FR3103644A1 - RJ type connector male plug, RJ type connector female plug, and corresponding assembly. - Google Patents

Abstract

The invention relates to an RJ-type connector plug for forming an electrical connection with an RJ-type connector socket, said plug comprising a body (1) and pins (2) arranged on the body (1). , said body (1) having a front wall (10) connected to a lower wall so as to form an edge carrying said pins (2), two side walls (12) extending from two opposite free ends of said lower wall, and an upper wall (13) connecting said two side walls (12) and opposite to said lower wall, characterized in that said plug has at least one means for locking to said female RJ-type connector plug from among: - a tab of latch extending above said top wall of said body, substantially parallel to said top wall (13); - at least one magnetic element (4) able to cooperate with a magnetic element provided on said male connector plug of the RJ type. The invention also relates to an RJ-type connector socket. Figure 1.

Description

RJ type connector male plug, RJ type connector female plug, and corresponding assembly.

1. Field of the invention

The invention relates to the field of connectors, and more specifically the field of connectors for digital wired links used in networks.

It relates more particularly to RJ-type male and female connectors configured to interconnect electronic and/or computer equipment via a network.

2. Prior Art

The RJ-type male connection plugs, in particular of the RJ45 type, or RJ45 male connectors, of Ethernet cables are held in the RJ45-type female connection plugs, or RJ45 female connectors, by means of a plastic tab whose are equipped with male RJ45 connectors and which are housed in a groove in the female RJ45 connector.

However, when too much force is exerted on the cable, in particular on the Ethernet cable, for example when equipment connected via an Ethernet cable is moved (carried away hastily having forgotten to disconnect it beforehand, for example, or moved by someone tripping over the wire protruding from the floor), the equipment or the cable may be damaged.

Thus it may happen that the locking tab of the RJ45 connector breaks, subsequently causing poor attachment of the Ethernet cable to the equipment.

It can also happen that, as the cable becomes taut, nearby objects or equipment fall and deteriorate.

It can also happen that the equipment connected through the RJ45 connector falls to the ground.

Therefore, such retention of the RJ45 type male connection plug to the RJ45 type female connection plug is not satisfactory.

Furthermore, since the female RJ45 connection plugs of equipment, such as laptop PCs or desktop PCs, are most often located on the rear of the equipment, it is not always easy to connect or disconnect the equipment's Ethernet cable by disconnecting the RJ45 male plug from the RJ45 female plug.

There is therefore a need to improve the existing and in particular to implement a male plug of RJ type connector and a female plug of RJ type connector whose connection and disconnection are facilitated and whose resistance is increased.

The aim of the invention is in particular to at least partially overcome some of the drawbacks of the prior art.

3. Disclosure of Invention

The invention therefore meets this need at least in part by proposing a male RJ-type connector plug intended to form an electrical connection with a female RJ-type connector plug, said male plug comprising a body and pins disposed on said body, said body having a front wall connected to a bottom wall so as to form a ridge carrying said pins, two side walls extending from two opposite free ends of said bottom wall, and a top wall connecting said two side walls and opposite to said bottom wall. According to the invention, said male plug has at least one locking means to said RJ-type connector female plug from among:

- a locking tongue extending above said upper wall of said body, substantially parallel to said upper wall, said tongue having a rounded portion;

- At least a first magnetic element capable of cooperating with a second magnetic element provided on said RJ-type connector female plug.

Thus, the invention proposes a new and inventive approach making it possible to at least partially resolve the drawbacks of the prior art.

In particular, the invention makes it possible to implement a male RJ plug which is held to a female RJ plug by simple and inexpensive locking means which provide sufficient hold in a normal situation of use, but which allow disconnection in non-normal usage situations. For example, when a piece of equipment connected by means of an Ethernet cable, having a male plug of an RJ type connector according to the invention, is moved hastily or moved by someone tripping over the wire sticking out at the ground, the locking means are provided so that the male plug is disconnected from the female plug in which it is without damaging either the equipment or the interconnected connector plugs.

It should be noted that the first magnetic element presented by the male plug can, for example, be a magnet capable of cooperating with the second magnetic element of the female plug of the RJ type connector which is then a magnet of opposite polarity provided on said female plug. The first magnetic element can also be a magnet capable of cooperating with the second magnetic element of the RJ-type connector female plug which is then a magnetizable metal part formed on said female plug. The first magnetic element can also be a magnetizable metal part presented by the male plug and capable of cooperating with the second magnetic element of the female plug of the RJ type connector which is then a magnet made on said female plug.

According to a particular aspect of at least one embodiment, the male plug further comprises a boss provided at least in part on the upper wall and forming a polarizer.

According to a characteristic of at least one embodiment of the invention, the boss has a projection extending beyond said front wall and carrying at least one magnetic element.

This magnetic element can, for example, be a magnet or a magnetizable metal part.

According to another aspect of at least one embodiment of the invention, the male plug has two magnetic elements provided on each of the side walls.

These two magnetic elements can, for example, be magnets or magnetizable metal parts.

According to another characteristic of at least one embodiment of the invention, the tab is held at the location of the boss and/or at the location of a protuberance formed on the upper wall of the male plug, in the extension of the tab.

In this case, the tongue can be formed from metal.

According to another characteristic of at least one embodiment of the invention, the male connector plug is of the RJ45 type.

The invention also relates to a female plug of an RJ type connector intended to form an electrical connection with a male plug of an RJ type connector, the female plug comprising a female plug body and pins disposed on the body, the body having a front wall connected to a bottom wall so as to form a ridge carrying the pins, two side walls extending from two opposite free ends of said bottom wall, and a top wall connecting said two side walls and opposite said bottom wall. According to the invention, the female plug has at least one magnetic element capable of cooperating with a magnetic element provided on the male plug of the RJ type connector.

As before, the magnetic element presented by the female plug can, for example, be a magnet capable of cooperating with a magnet of opposite polarity arranged on said male plug of the RJ type connector. This can also be a magnet capable of cooperating with a magnetizable metal part provided on said RJ-type connector male plug. This can also be a magnetizable metal part presented by the female plug and capable of cooperating with a magnet provided on said RJ type connector male plug.

According to a characteristic of at least one embodiment, the female plug has a magnetic element placed on the front wall as well as two magnetic elements arranged on each of the side faces of this plug.

According to another characteristic of at least one embodiment of the invention, the female connector plug is of the RJ45 type.

The invention also relates to an RJ-type connection assembly comprising at least one RJ-type connector male plug according to one of the aforementioned embodiments and/or an RJ-type connector female plug according to one of the aforementioned achievement.

According to one aspect of at least one embodiment of the assembly, the latter comprises a one-piece body inside which are formed two RJ-type female connector plugs according to one of the aforementioned embodiments, the two plugs being positioned opposite each other.

4. List of Figures

The invention, as well as the various advantages which it presents, will be more easily understood, in the light of the following description of an illustrative and non-limiting embodiment thereof, and of the appended drawings, among which:

is a perspective view of a male RJ45 type connector plug according to a first embodiment of the invention;

is a side view of an RJ45 type connector male plug according to the first embodiment of the invention;

is a perspective view of a male RJ45 type connector plug according to a second embodiment of the invention;

is a side view of an RJ45 type connector male plug according to the second embodiment of the invention;

is a perspective view of a male RJ45 type connector plug according to a third embodiment of the invention;

is a side view of an RJ45 type connector male plug according to the third embodiment of the invention;

is a perspective view of a male RJ45 type connector plug according to a fourth embodiment of the invention;

is a side view of an RJ45 type connector male plug according to the fourth embodiment of the invention;

is a perspective view of a male RJ45 type connector plug according to a fifth embodiment of the invention;

is a side view of an RJ45 type connector male plug according to the fifth embodiment of the invention;

is a front view of a female RJ45 type connector plug according to a first embodiment of the invention;

is a side view of a female RJ45 type connector plug according to the first embodiment of the invention;

is a side view of a female plug of an RJ45 type connector according to the first embodiment of the invention connected to a male plug of a conventional RJ45 type connector;

is a front view of a female RJ45 type connector plug according to a second embodiment of the invention;

is a side view of a female RJ45 type connector plug according to the second embodiment of the invention;

is a side view of an RJ45-type connection assembly according to a first embodiment of the invention connected on one side to an RJ45-type connector socket according to the second embodiment of the invention and of the other side to a standard RJ45 connector male plug;

is a side view of a female plug of an RJ45 type connector according to the first embodiment of the invention connected to a male plug of an RJ45 type connector according to the first embodiment of the invention;

is a side view of an RJ45 type connection assembly according to a second embodiment of the invention connected on one side to a conventional RJ45 type connector female plug and on the other side to a male plug of RJ45 type connector according to the first embodiment of the invention;

is a side view of a female RJ45 type connector plug according to the first embodiment of the invention connected to a male RJ45 type connector plug according to the fifth embodiment of the invention;

is a side view of a female RJ45 type connector plug according to the second embodiment of the invention connected to a male RJ45 type connector plug according to the fifth embodiment of the invention;

is a side view of a conventional RJ45 type connector female plug connected to an RJ45 type connector male plug according to the fifth embodiment of the invention;

is a side view of an RJ45 type connection assembly according to a third embodiment of the invention comprising two RJ45 type connector sockets according to a first embodiment of the invention, and

is a side view of an RJ45-type connection assembly according to a fourth embodiment of the invention comprising two RJ45-type female connector plugs according to a second embodiment of the invention.

5. Detailed description of embodiments of the invention

Several embodiments of the invention are illustrated below, treated as simple illustrative examples, and not limiting, in support of Figures 1 to 23.

The principle of the invention is based on the implementation of a male connector plug, in particular of the RJ type, intended to form an electrical connection with a female connector plug, in particular of the RJ type.

In all the embodiments presented below, at least one RJ45-type connector male plug and/or one RJ45-type connector female plug is implemented.

However, the principle of the invention can also be applied to other types of connectors, such as RJ9, RJ11, RJ12, RJ15 connectors, or even any type of standardized network connection for connecting telecommunications and telephony equipment. .

The male plug has new means for locking the female plug of the RJ45 type connector, and more particularly at least one means for locking the female plug of the RJ45 type connector from among:

- a locking tongue extending above said upper wall of said male plug body, substantially parallel to the upper wall, said tongue having a rounded portion;

- At least a first magnetic element capable of cooperating with a second magnetic element made on said female plug of the RJ45 type connector.

As already discussed, the first magnetic element presented by the male plug can, for example, be a magnet capable of cooperating with the second magnetic element of the female plug of the RJ45 type connector which is then a magnet of opposite polarity provided on said plug. RJ45 type connector female. This can also be a magnet capable of cooperating with a magnetizable metal part provided on said female plug of the RJ45 type connector. This may also be a magnetizable metal part presented by the male plug and capable of cooperating with a magnet made on said female plug of the RJ45 type connector.

In the various embodiments presented below, the magnetic element presented by the male plug, when present, is a magnet and the magnetic element presented by the female plug, when present, is also a magnet.

The principle of the invention is also based on the implementation of a female plug of an RJ45 type connector intended to form an electrical connection with a male plug of an RJ45 type connector, the female plug having at least one magnetic element capable of cooperate with a magnetic element provided on said RJ45 type connector male plug.

Five embodiments of a male RJ45 type connector are presented below, in relation to FIGS. 1 to 10.

In these different embodiments, the male plug of the RJ45 type connector, which is intended to form an electrical connection with a female plug of the RJ45 type connector, comprises a male plug body 1 and pins 2 arranged on the body 1 male plug. These pins are used to generate electrical contact when plugged into a female RJ45 type connector.

The body 1 has a front wall 10 connected to a lower wall 11 so as to form an edge carrying the pins 2, two side walls 12 extending from two opposite free ends of the lower wall 11, and an upper wall 13 connecting the two side walls 12 and opposite the bottom wall 11.

This body 1 has a substantially parallelepipedal shape.

As illustrated in the various figures, according to the embodiments, the male plug has at least one locking means to the female plug of the RJ45 type connector from among:

- a locking tongue 3 or 3' or 3'' or 3''' extending above said upper wall of the male plug body, substantially parallel to the upper wall 13, this tongue 3 having a portion 30 rounded;

- At least one magnetic element, for example a magnet 4, capable of cooperating with a magnetic element provided on said female plug of the RJ45 type connector, for example a magnet having an opposite polarity.

Here, as described above, the various magnetic elements are magnets.

Furthermore, in the different embodiments illustrated, the male plug further comprises a boss 14 provided at least in part on the upper wall 13 and forming a polarizer.

More particularly, in these embodiments, the boss has a substantially perpendicular shape extending over the upper wall, at the level of an edge between the upper wall 13 and the front wall 10.

This boss 14 also has a projection 140 extending beyond the front wall 10, and beyond the top wall 13.

As illustrated, this projection 140 generates a portion of the boss which is in contact with the front portion at the edge between the upper wall 13 and the front wall 10.

We now present, in relation to FIGS. 1 and 2, a first embodiment of a male connector plug of the RJ45 type.

In this embodiment, the male plug M1 has three magnets 4 capable of cooperating with magnets having an opposite polarity, formed on a facing female plug of the RJ45 type connector.

More particularly, the male plug M1 comprises a magnet 4 placed at the location of the projection 140, in a plane substantially parallel to the front wall 10, and two magnets 4 placed on each of the side walls 12.

The magnets 4 placed on each of the side walls 12 are placed near the edge between each of the side walls 12 and the front wall 10.

These magnets can be of different shape. For example, in this first embodiment, the magnet placed at the location of the projection 140 is of substantially rectangular shape while the two magnets placed on each of the side walls are of substantially circular shape.

We now present, in relation to FIGS. 3 and 4, a second embodiment of a male connector of the RJ45 type.

In this embodiment, in addition to the three magnets similar to the magnets implemented in the first embodiment, the male plug M2 has a locking tongue 3 extending above the upper wall 13 of the male plug body M2, substantially parallel to this upper wall 13.

In this embodiment, the tongue 3 is connected to the boss 14 and provided in the continuity of the latter.

Extending substantially parallel to the upper wall 13, it extends in the extension of the boss, and more precisely in the extension of the part of the boss carried by the upper wall 13, in a plane substantially parallel to the upper wall 13.

This tab 3 also has a rounded portion 30 which is here provided in the vicinity of the boss 14, in the continuity of the latter.

In the second embodiment, a protuberance 130 is formed on the upper wall 13 of the male plug M2.

This protrusion 130 here has a substantially parallelepipedal shape, the height of which is substantially equal to the height of the boss 14.

In other words, the protrusion 130 and the boss 14 here have a height such that they extend to the same plane, which is substantially parallel to the upper wall 13.

The protrusion 130 can here have the purpose of protecting the tongue 3, so as to avoid tearing it off for example.

As more particularly visible in dotted lines in Figure 4, the male plug M2 also has a cavity 131 formed at the location of the upper wall 13.

Such a cavity 131 allows, when a user wishes to press on the tongue 3, and more particularly on the rounded portion 30 of the tongue 3, that the tongue lowers sufficiently and comes into the cavity 131 so as to allow, for example , the disconnection of the M2 male plug and a female plug.

This cavity here has a straight prismatic shape with a longitudinal and substantially triangular base.

We now present, in relation to FIGS. 5 and 6, a third embodiment of a male connector of the RJ45 type.

In this embodiment, the M3 plug also has a locking tab. However, unlike the tongue 3 that the male plug M2 has, the male plug M3 has a tongue 3′ which is connected to the protrusion 130, and is provided in the continuity of the latter.

As more particularly visible in dotted lines in Figure 6, the male plug M3 according to this embodiment also has a cavity 132 formed at the location of the upper wall 13.

Such a cavity 132 likewise allows, when a user wishes to press on the tongue 3′, and more particularly on the rounded portion 30 of the tongue 3′, that the tongue lowers sufficiently and comes into the cavity 132.

This cavity 132 here has a straight prismatic shape with a longitudinal base and substantially triangular inverted to the cavity 131 of the male plug M2 due to the fact that the tongue 3' is connected to the protuberance 130 while the tongue 3 is connected to the boss 14.

We now present, in relation to FIGS. 7 and 8, a fourth embodiment of a male connector of the RJ45 type.

In this embodiment, the male plug M4 has, as for the second and third embodiments, a locking tab. Here, the M4 male plug has a 3'' tongue which is connected both to the boss 14 and to the protuberance 130, and is made in the extension of the boss 14 and the protrusion 130.

As more particularly visible in dotted lines in Figure 8, the male plug M4 according to this embodiment also has a cavity 133 formed at the location of the upper wall 13.

This cavity 133 here has a rounded shape corresponding to maximum support of a user on the tongue 3″ at the level of the rounded portion of this tongue.

Figures 9 and 10 illustrate a fifth embodiment of an RJ45 type connector male plug.

In this embodiment, the M5 male plug has a 3" tab which is formed in the extension of the boss 14 and the protuberance 130, as for the M4 male plug.

The 3" tab is here held by the boss 14 and the protuberance 130. It can for example be held in the boss 14 and the protuberance 130 by overmolding or by force insertion.

As more particularly visible in dotted lines in Figure 10, the M5 male plug according to this embodiment also has a cavity formed at the location of the upper wall 13, which is identical to the cavity 133 of the M4 male plug.

In this embodiment, the 3" tab is formed from metal.

However, other embodiments could be provided in which the tongue would be formed from another material. For example, one could provide an embodiment in which the tab is formed from a flexible plastic.

As already explained, the invention also relates to a female RJ45 type connector plug.

Thereafter, in relation to FIGS. 11 to 15, two embodiments of a female connector of the RJ45 type are presented.

In these various embodiments, the female plug of the RJ45 type connector, which is intended to form an electrical connection with a male plug of the RJ45 type connector, comprises a female plug body 9 and pins 8 arranged on the body 9 of the female plug.

This body 9 has a front wall 90 connected to a lower wall 91 so as to form an edge carrying the pins 8, two side walls 92 extending from two opposite free ends of the lower wall 91, and an upper wall 93 connecting the two side walls 92 and opposite the bottom wall 91.

According to the invention, the female plug has at least one magnetic element, here a magnet 94, capable of cooperating with a magnetic element, here a magnet having an opposite polarity, provided on the male plug of the RJ45 type connector.

We now present, in relation to FIGS. 11 to 13, a first embodiment of a female connector of the RJ45 type.

In this embodiment, the female plug F1 has three magnets 94 capable of cooperating with magnets having an opposite polarity provided on a male plug of the facing RJ45 type connector.

More particularly with reference to Figures 12, the female plug F1 comprises a magnet 94 placed at the location of the front wall 90, and two magnets 94 placed on each of the side walls 92.

The magnets 4 placed on each of the side walls 92 are placed near an edge between each of the side walls 92 and the front wall 90.

These magnets can be of different shape. For example, in this first embodiment, the magnet placed at the location of the front wall 90 is of substantially rectangular shape while the two magnets placed on each of the side walls 92 are of substantially circular shape.

Such a female plug F1, called “high profile”, also has a groove 95 so that it can cooperate, as more particularly illustrated in FIG. 13, with a male plug MC of a conventional RJ45 connector. Indeed, such a groove 95 allows the tongue of the male plug MC to be fixed so that the male plug MC is kept locked in the female plug F1.

We now present, in relation to FIGS. 14 and 15, a second embodiment of a female connector of the RJ45 type.

In this embodiment, the female plug F2, called "low profile", does not include a groove.

As illustrated, the female plug F2 has three magnets 94 capable of cooperating with magnets having an opposite polarity formed on a male plug of the facing RJ45 type connector.

More particularly the female plug F2 comprises a magnet 94 placed at the location of the front wall 90, and two magnets 94 (only one being shown in Figure 15) placed on each of the side walls 92.

The magnets 4 placed on each of the side walls 92 are placed near an edge between each of the side walls 93 and the front wall 90.

The different embodiments illustrated above of R45-type connector plugs and R45-type connector sockets can be combined.

We now present, in relation to Figures 16 to 23, several combinations of R45-type connector male plugs and R45-type connector female plugs, as well as RJ45-type connection assemblies comprising at least one male connector plug of the RJ45 type according to one of the aforementioned embodiments and/or a female connector plug of the RJ45 type according to one of the aforementioned embodiments.

FIG. 16 illustrates an RJ45 type connection assembly E1 according to a first embodiment of the invention which is connected on one side to a female plug F2 of an RJ45 type connector according to the second embodiment of the invention and on the other side to an MC male plug with a classic RJ45 type connector.

This E1 assembly comprises a one-piece body inside which, at one end, is formed a classic RJ45 female plug. It further comprises, at the other end, a male plug according to the embodiment shown in Figures 9 and 10.

As visible in this figure 16, the magnets of the female plug F2 are placed opposite the magnets of the end of the assembly E1 where the male plug is formed according to the fifth embodiment.

FIG. 17 illustrates a side view of a female plug F1 of an RJ45 type connector according to the first embodiment of the invention connected to a male plug M1 of an RJ45 type connector according to the first embodiment of the invention .

As visible in this figure 17, the magnets of the male plug M1 are placed opposite the magnets of the female plug F1.

FIG. 18 illustrates, in side view, an RJ45 type connection assembly E2 according to a second embodiment of the invention which is connected on one side to a conventional RJ45 type connector FC female plug and on the other side. other side to a male connector M1 of the RJ45 type according to the first embodiment of the invention.

This assembly E2 comprises a one-piece body inside which, at one end, is formed an RJ45 female plug according to the embodiment shown in Figures 14 and 15. It further comprises, at the other end, a male plug according to the embodiment shown in Figures 9 and 10.

FIG. 19 illustrates, in side view, a female plug F1 of an RJ45 type connector according to the first embodiment of the invention connected to a male plug M5 of an RJ45 type connector according to the fifth embodiment of the invention .

As visible in this figure 19, the magnets of the male plug M5 are placed opposite the magnets of the female plug F1.

However, and as visible in this figure 19, such a configuration makes it possible to ensure maintenance by the tongue and a set of magnets.

FIG. 20 illustrates, in side view, a female plug F2 of an RJ45 type connector according to the second embodiment of the invention connected to a male plug M5 of an RJ45 type connector according to the fifth embodiment of the invention .

As visible in this figure 20, the magnets of the male plug M5 are placed opposite the magnets of the female plug F2.

In addition, and as can be seen in this figure 20, such a configuration can only be held by the magnets because the female plug has a “low profile”.

FIG. 21 illustrates, in side view, a conventional RJ45 type connector FC female plug connected to an RJ45 type connector M5 male plug according to the fifth embodiment of the invention.

As visible in this figure 21, the rounded part of the tongue of the male plug M5 hooks the groove 95 of the female plug FC.

FIG. 22 illustrates, in side view, an E3 connection assembly of RJ45 type according to a third embodiment of the invention comprising two female plugs F1 of RJ45 type connector according to a first embodiment of the invention.

As illustrated in this figure, the assembly comprises a one-piece body 7 inside which are formed two female connector plugs of the RJ45 type.

Here, the two female plugs formed are two F1 female plugs of RJ45 type connector according to the first embodiment of the invention. These two F1 plugs are positioned opposite each other here.

It should be noted that a set comprising more than two sheets could be provided. For example, one could provide a set comprising four female plugs.

One could also provide an assembly comprising a plurality of female plugs and male plugs, which can be implemented according to different embodiments.

As for FIG. 23, it shows a side view of an E4 connection assembly of the RJ45 type according to a fourth embodiment of the invention comprising two female plugs F2 of the RJ45 type connector according to the second embodiment of the invention. 'invention.

Claims (12)

Male RJ-type connector plug intended to form an electrical connection with a female RJ-type connector plug, said male plug comprising a body (1) and pins (2) disposed on the body (1), said body (1 ) having a front wall (10) connected to a bottom wall (11) so as to form an edge carrying said pins (2), two side walls (12) extending from two opposite free ends of said bottom wall (11) , and an upper wall (13) connecting said two side walls (12) and opposite to said lower wall (11),
characterized in that said male plug has at least one locking means to said RJ-type connector female plug from among:
- a locking tongue (3) extending above said upper wall of said body, substantially parallel to said upper wall (13), said tongue (3) having a rounded portion (30);
- at least a first magnetic element (4) capable of cooperating with a second magnetic element made on said RJ-type connector female plug. RJ-type connector male plug according to claim 1, said plug further comprising a boss (14) made at least in part on said upper wall (13) and forming a polarizer. RJ-type connector plug according to claim 2, said boss (14) having a projection (140) extending beyond said front wall (10) and carrying at least one magnetic element (4). RJ-type connector male plug according to one of the preceding claims, said plug having two magnetic elements (4) provided on each of said side walls (12). RJ-type connector male plug according to one of the preceding claims 2 to 4, said tongue (3) being held at the location of said boss (14) and/or at the location of a protuberance (130) formed on said upper wall (13) of said male plug, in the extension of said tongue (3). RJ-type connector plug according to claim 5, said tongue (3) being formed of metal. Male connector plug according to one of the preceding claims, characterized in that it is of the RJ45 type. Female RJ-type connector plug intended to form an electrical connection with a male RJ-type connector plug, said female plug comprising a body (9) and pins (8) disposed on said body (9), said body (9 ) having a front wall (90) connected to a bottom wall (91) so as to form an edge carrying said pins (8), two side walls (92) extending from two opposite free ends of said bottom wall (91) , and an upper wall (93) connecting said two side walls (92) and opposite to said lower wall (91),
characterized in that said female plug has at least one magnetic element (94) capable of cooperating with a magnetic element provided on said male plug of RJ type connector. RJ-type female connector plug according to the preceding claim, said plug having a magnetic element (94) placed on said front wall (90) and two magnetic elements (94) arranged on each of said side faces (92). Female connector plug according to one of Claims 8 or 9, characterized in that it is of the RJ45 type. RJ-type connection assembly comprising at least one RJ-type connector male plug according to one of Claims 1 to 7 and/or one RJ-type connector female plug according to one of Claims 8 to 10. Assembly according to the preceding claim, comprising a one-piece body (7) inside which are formed two female RJ-type connector plugs according to one of Claims 8 to 10, the said two plugs being positioned facing each other.