CN201051603Y - Wall information socket capable of incoming line in any direction - Google Patents

Abstract

A wall information socket capable of leading in wires in any direction comprises a surface plate arranged on the wall surface, wherein the surface of the surface plate is provided with an information jack which is connected with an information connection socket in a lower cover arranged on the back surface of the surface plate, the lower cover is also internally provided with a connecting seat connected with the tail end of a buried cable in the wall, and the center of the lower cover is provided with a screw hole column protruding upwards; the upper cover is provided with a through hole in the center of the top surface, and a lock screw penetrates through the through hole and then is locked in the screw hole column, so that the upper cover can be combined in any direction relative to the lower cover according to the incoming line direction of the embedded cable in the wall. In addition, a plurality of grooves with equal width and equal spacing are arranged in the upper edge of the lower cover, a plurality of protruding teeth are formed downwards on the lower edge of the upper cover, and when the lower cover is combined, the protruding teeth are clamped in the corresponding grooves, so that the positioning effect is achieved. Therefore, the installation is simple, the wiring arrangement is clear, and the communication quality is improved.

Description

Wall information socket that can enter wires in any direction

technical field

The utility model relates to a wall socket structure, in particular to an information socket on the wall that can enter wires in any direction.

Background technique

Due to the advancement of telephone and network communication, it is a customary construction design to install information sockets on the walls of buildings, which will make indoor communication connections easier.

In a general wall information socket structure, a cover is installed on the back of a panel with jacks. The cover is provided with an information connection socket, such as an RJ45 module or a telephone socket, and a wiring hole is opened on the cover. , for the embedded cables in the wall to pass through the cover body through the wire hole, and make conductive connection with the information connection socket.

Due to the requirements of the circuit design in the building, the cables are often buried in the walls in different incoming directions. If the general information socket structure only has wire holes to fix the direction of the wires, it is often difficult to install or wire winding, or it is easy to cause poor contact and affect the quality of communication, which needs to be improved.

Contents of the invention

The purpose of the utility model is to provide an information socket on the wall that can enter wires in any direction, so as to overcome the above-mentioned defects of the traditional structure. Makes configuration wiring clear, thereby improving communication quality.

The technical solution of the utility model: an information socket on the wall that can enter wires in any direction, which is characterized in that it includes:

A panel for installation on a flat wall, with more than one information socket on its surface;

The lower cover is connected to the back of the above-mentioned panel, and there are information connection sockets corresponding to the number of information jacks on the above-mentioned panel and sockets connected to the end of the buried cable in the wall, and an upwardly protruding screw hole is provided in the center;

An upper cover that can be assembled in any direction relative to the lower cover according to the direction of the cable buried in the wall, a hole is formed in the center of the top surface, and a hole is provided on the side wall for the cable buried in the wall to pass through. wire hole; and

A locking screw passes through the hole above the top surface of the upper cover and is locked in the screw hole column of the lower cover.

Among them, the lower cover is provided with several grooves with equal width and equal intervals along its upper edge, and the lower edge of the upper cover is formed with several protruding teeth downwards, and the protruding teeth of the upper cover are engaged with the corresponding parts of the lower cover. corresponding to the groove.

Among them, a D-shaped step is formed on the top of the upper cover, and an upper top surface and a lower top surface are formed on the top surface, and a vertical surface is connected between the two; on the lower top surface, there is a place for the embedded cables in the wall. An arc groove, where the arc groove extends to the vertical surface, is provided with a wire hole for the cable embedded in the wall to pass through the inside of the upper cover.

Wherein, a wire harness for fixing the embedded cable in the wall to the arc groove is provided on the lower top surface.

Wherein, the information jack on the surface of the dial has a protective plate that can be lifted or covered.

Beneficial effects of the utility model: through the above-mentioned structure, the utility model has the adaptation effect of being able to adapt to any direction of incoming lines, which makes the layout clear and improves the communication quality.

Hereinafter, the structure and use effects of the present utility model will be described in detail according to the embodiments shown in the drawings.

Description of drawings

Fig. 1: is the perspective view of the utility model assembled on the wall,

Fig. 2: is the exploded view of the utility model,

Figure 3: is a combination diagram of the view direction of Figure 2,

Fig. 4: is the plane view of the utility model,

Fig. 5: is the sectional view of the utility model,

Figure 6: It is a top view of the cable of the utility model passing through the upper cover from the lower left,

Fig. 7: It is the plan view that the cable of the present utility model penetrates into the upper cover from the lower right.

Detailed ways

Please refer to Fig. 1 to Fig. 3, the wall information socket provided by the utility model that can enter wires in any direction has a panel 10, a lower cover 20, an upper cover 30 and a wire harness 40.

The panel 10 is installed on a flat wall, and has two information jacks 11 on its surface; outside the information jacks 11, there is a guard plate 12 that can be lifted or covered. On the back of the panel 10, a lower cover 20 is connected, which has two information connection sockets 21 (such as RJ45 modular connector sockets) corresponding to the number of information jacks 11 on the panel, and the end of the buried cable 50 in the wall. The connected socket 22 has an upwardly protruding threaded column 23 in the center; the lower cover 20 has several grooves 24 of equal width and equal intervals along its upper edge.

A perforation 31 is formed in the center of the top surface of the upper cover 30, and a line hole 32 is provided on the side wall for the penetration of the cable 50 embedded in the wall; a D-shaped step 33 is formed on the top of the upper cover 30 to form a An upper top surface 331 and a lower top surface 332 are connected by a vertical surface 333; the lower top surface 332 is provided with an arc groove 334 for placing the embedded cable 50 in the wall, and the arc groove 334 extends to the vertical surface 333 The position is provided for the line hole 32 that the embedded cable 50 in the wall penetrates into the inside of the loam cake. And a locking screw 34 passes through the perforation 31 from the top surface of the upper cover 30 and is locked in the screw hole column 23 of the lower cover 20, as shown in the cross section of Fig. 5; in addition, the lower edge of the upper cover 30 is formed downwards Four protruding teeth 35 . A wire harness 40 is provided on the lower top surface 332, and a screw 41 is used to fix the embedded cable 50 in the wall on the arc groove 334, as shown in FIG. 4 .

It is worth noting that the upper cover 30 of the utility model can be assembled in any direction relative to the lower cover 20 according to the incoming direction of the cable 50 buried in the wall, and then locked with the locking screw 34 so that the cable 50 buried in the wall can extend into the The lower cover 20 is electrically connected to the socket 22 , that is, electrically connected to the information connection socket 21 . For example, the cable 50 in FIG. 6 is inserted into the upper cover 30 from the lower left, while the cable in FIG. 7 is inserted into the upper cover 30 from the lower right.

In actual assembly, the cable 50 can be inserted into the wire hole 32 of the upper cover 30, and its end is assembled on the socket 22, and then the upper cover 30 is pushed down along the direction of the cable 50. The cover 20 is then locked to the threaded post 23 with the lock screw 34 to complete the assembly of the cable 50 . Since the upper cover 30 can be assembled in any direction relative to the lower cover 20, this will make the construction of the utility model easy, and the situation of winding wires will not occur, reducing the chance of bad contact and improving the communication quality.

Furthermore, the utility model is provided with several grooves 24 of equal width and equal intervals along the upper edge of the lower cover 20, and four protruding teeth 35 arranged at equal angles are formed downward on the lower edge of the upper cover 30. When the upper cover 30 is combined with the lower cover 20 , the protruding teeth 35 of the upper cover will engage with the corresponding grooves 24 of the lower cover 20 to achieve a positioning effect.

In summary, the utility model can indeed achieve the effect that the cable 50 is inserted in any direction.

Claims (5)

1. but information socket on the wall of an either direction inlet wire is characterized in that, comprising:

One is used to be installed in the dash board of plane metope, and its surface has more than one information jack;

One lower cover is linked to the back side of above-mentioned dash board, inside have corresponding above-mentioned dash board information jack quantity information gang socket and with bury the joint chair that cable end is connected within the walls, and its central authorities are provided with screw hole column prominent on;

One loam cake that can make up on any direction with respect to lower cover according to burying cable inlet wire direction within the walls, its end face central authorities are formed with a perforation, and are provided with for above-mentioned in its side wall and bury the line hole that cable penetrates within the walls; And

One lock spiral shell passes perforation from above-mentioned upper cover top surface top and is locked in the screw hole column of above-mentioned lower cover.

2. but according to information socket on the wall of the described either direction inlet wire of claim 1, it is characterized in that, lower cover is along offering several wide and equally spaced grooves in its upper peripheral edge, and the lower edge of loam cake is formed with several lobes downwards, and the lobe of this loam cake is sticked in the corresponding groove of this lower cover.

3. but according to information socket on the wall of the described either direction inlet wire of claim 1, it is characterized in that the top of loam cake is formed with D font rank portion, its end face is formed with end face and following end face on one, is connected with a vertical plane between the two; Being provided with at following end face can be for the above-mentioned arc groove that buries the cable arrangement within the walls, and the position that this arc groove extends to this vertical plane offers and supplies the above-mentioned line hole that cable penetrates loam cake inside of burying within the walls.

4. but according to information socket on the wall of the described either direction inlet wire of claim 3, its spy is, is provided with one in order to the above-mentioned cable that buries within the walls is fixed in cable buncher on the above-mentioned arc groove on end face down.

5. but according to information socket on the wall of the described either direction inlet wire of claim 1, it is characterized in that having the backplate that can start or cover on the information jack on dash board surface.

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