WO2007124630A1

WO2007124630A1 - Rotatably regulated installation structure

Info

Publication number: WO2007124630A1
Application number: PCT/CN2006/003204
Authority: WO
Inventors: Shunqing Deng; Changlin Liu
Original assignee: Huawei Technologies Co., Ltd.
Priority date: 2006-04-29
Filing date: 2006-11-28
Publication date: 2007-11-08
Also published as: CN2901503Y

Abstract

A rotatably regulated installation structure includes a horizontally rotating member (8) and a middle jointing element (9) that can rotate with respect to each other, and a longitudinally rotating member (10) that can rotate with respect to the middle jointing element (9). The rotatable plane of the longitudinally rotating member (10) is different from the rotating plane of the horizontally rotating member (8) and the middle jointing element (9). The horizontally rotating member (8) is connected with one end of the middle jointing element (9), and the other end of the middle jointing element (9) is connected with the longitudinally rotating member (10).

Description

Rotatable adjustment mounting structure

Technical field

The present invention relates to the field of mechanical installation, and in particular to a rotationally adjustable mounting structure. Background of the invention

The mounting structure currently applied to a communication device such as a radio frequency device is generally as shown in FIG. 1 and FIG. 2, wherein the mounting structure in FIG. 1 serves as a connecting body, and the communication device is fixed with the pole; the mounting structure in FIG. The connector secures the communication device to the wall.

Referring to Fig. 1, Fig. 1 shows a mounting structure applied to a pole in the prior art. The mounting structure mainly includes a pole fastener 1, a stabilizer fastener 2, a fastening bolt 3, and a stabilizer 4. In actual installation, the fastening bolt 3 is passed through the pole fastener 1 and the stabilizer fastener 2 and the pole is surrounded by the pole fastener 1, the stabilizer fastener 2 and the fastening bolt 3, and the fastening bolt 3 is tightened. The nut on the upper side clamps the pole fastener 1 and the solid fastener 2 to each other, and finally ensures that the clamped fastener 1 and the solid fastener 2 clamped to each other can fasten the pole; and, further, the fixed buckle is fixed The screw provided on the stabilizing sheet 4 on the piece 2 fastens the communication device to the stabilizing sheet 4.

It can be seen that the mounting structure shown in Figure 1 can secure the communication device to the pole. Referring to Fig. 2, Fig. 2 shows a mounting structure applied to a wall in the prior art, which mainly includes a wall fastener 5, a mounting side bolt 6 and a wall side bolt 7. In actual installation, the wall fastener 5 is fastened to the wall by the wall side bolts 7 provided on the wall fastener 5; also through the mounting side bolts 6 provided on the wall fastener 5 The wall fastener 5 is fastened to the communication device.

It can be seen that the mounting structure shown in Figure 2 can secure the communication device to the wall. Although the mounting structure shown in Figures 1 and 2 can fix the communication device with a fixture such as a pole or a wall, the mounting structure shown in Figures 1 and 2 has an insurmountable Defects: After the communication device is mounted on the pole or wall, the installation posture of the communication device is fixed; however, in practical applications, it is often necessary to adjust the installation posture of the communication device to ensure that the communication device has the best transmission and reception. Signal effect.

It is obvious that if the mounting structure shown in Figs. 1 and 2 is applied, when it is necessary to adjust the mounting posture of the communication device, it is necessary to remove the mounting structure from the fixture and then reinstall it. This extremely inflexible installation method is obviously time consuming and laborious, but if it is not reinstalled, it will inevitably affect the effect of the signal transmitted and received by the communication device, thereby reducing user satisfaction.

It can be seen from the above that the installation structure of the communication device currently applied causes the installation posture of the communication device to be fixed after the installation of the communication device; the subsequent adjustment of the installation posture of the communication device is also inflexible and time-consuming, and it is difficult to meet the usual The need to adjust the installation posture of the communication device. Summary of the invention

In view of this, it is a primary object of embodiments of the present invention to provide a rotationally adjustable mounting structure that allows for flexible and convenient installation posture adjustment of a device including a communication device mounted on a mounting structure.

In order to achieve the above object, the technical solution of the embodiment of the present invention is implemented as follows: The embodiment of the present invention discloses a rotationally adjustable mounting structure, the mounting structure comprising: a lateral rotating member 8 and an intermediate connecting member that are rotatable relative to each other 9, and a longitudinal rotating member 10 which is rotatable relative to the intermediate connecting member 9, but rotatable, different from the plane of rotation of the lateral rotating member 8 and the intermediate connecting member 9;

The lateral rotating member 8 is connected to one end of the intermediate connecting member 9, and the other end of the intermediate connecting member 9 is connected to the longitudinal rotating member 10.

The connection of the transverse rotating member 8 and the intermediate connecting member 9 is achieved by a shaft connection. The axial connection relationship of the lateral rotating member 8 and the intermediate connecting member 9 is: Horizontal rotating member 8 The lateral rotating member upper pressing piece 43, the lateral rotating member lower pressing piece 44, and the intermediate connecting piece upper pressing piece 19 provided on the intermediate connecting piece 9 and the intermediate connecting piece lower pressing piece 20 are laterally rotated and tightened by the shaft 11 Pass through.

The connection of the intermediate connector 9 and the longitudinal rotary member 10 is achieved by a shaft connection. The axial connection relationship between the intermediate connecting member 9 and the longitudinal rotating member 10 is: the intermediate connecting member left pressing piece 45 provided on the intermediate connecting member 9, the intermediate connecting member right pressing piece 46, and the longitudinal direction provided on the longitudinal rotating member 10. The rotating member left pressing piece 22 and the longitudinal rotating member right pressing piece 23 are passed through the longitudinal rotation fastening shaft 12.

The lateral rotating member 8/intermediate connecting member 9 is further provided with one or more lateral rotation angle fastening holes 17, and the intermediate connecting member 9/lateral rotating member 8 is further provided with a fastening hole 17 which can restrict the lateral rotation angle. The lateral rotation angle limiting groove 18 of the movable range of the installed rotation angle adjusting member.

The intermediate connecting member 9/longitudinal rotating member 10 is further provided with one or more longitudinal rotation angle fastening holes 32, and the longitudinal rotating member 10/intermediate connecting member 9 is further provided with a fastening hole 32 which can restrict the longitudinal rotation angle. The longitudinal angle of rotation of the installed range of rotation angle adjustment member limits the slot 16 .

The intermediate connecting member left pressing piece 45 and the intermediate connecting piece right pressing piece 46 disposed between the lateral rotating member upper pressing piece 43 and the lateral rotating member lower pressing piece 44 provided on the lateral rotating member 8 or the intermediate connecting member 9 are provided. Further, a longitudinal support sleeve 21 for preventing deformation of the device is further provided.

The intermediate connecting member left pressing piece 45 disposed on the intermediate connecting member 9, the intermediate rotating member right pressing piece 46 or the longitudinal rotating member left pressing piece 22 provided on the longitudinal rotating member 10, and the longitudinal rotating member right pressing piece 23 Further, a lateral support sleeve 24 for preventing deformation of the device is further provided.

The lateral rotating member 8 is provided with a flat mounting piece 25 for easy installation and/or a holding rod fastening groove

26.

The transverse rotating member 8 is further connected to a pole fastener for fixing the pole. The longitudinal rotating member 10 is provided with a longitudinal rotating member side mounting surface for fixing the mounted object

47.

One or more of the lateral rotating member 8, the intermediate connecting member 9, and the longitudinal rotating member 10 are provided with scale marks for indicating the angle of rotation between the connected devices.

The transverse rotating member 8, the plane of relative rotation of the intermediate connecting member 9 and the intermediate connecting member 9, and the plane of relative rotation of the longitudinal rotating member 10 are perpendicular to each other.

Compared with the prior art, the mounting structure provided by the embodiment of the present invention includes a lateral rotating member 8 and an intermediate connecting member 9 which are rotatable relative to each other, and a plane and a lateral direction which are rotatable relative to the intermediate connecting member 9, but rotatable The longitudinal rotating member 10 of the rotating member 8 and the intermediate connecting member 9 having different rotation planes makes it possible to flexibly and conveniently perform the mounting posture adjustment of the device including the communication device mounted on the mounting structure. BRIEF DESCRIPTION OF THE DRAWINGS

1 is a mounting structure applied to a pole in the prior art;

2 is a mounting structure applied to a wall in the prior art;

3 is an assembled view of a mounting structure in accordance with a preferred embodiment of the present invention;

Figure 4 is a split view of some parts in Figure 3;

Figure 5 is a schematic view showing the installation of the mounting structure of Figure 3 when applied to a pole;

Fig. 6 is a schematic view showing the installation of the mounting structure of Fig. 3 when applied to a wall. Mode for carrying out the invention

The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

The mounting structure provided by the embodiment of the invention comprises a lateral rotating member 8 and an intermediate connecting member 9 which are rotatable relative to each other, and a planar and lateral rotating member 8 and an intermediate connecting member which are rotatable relative to the intermediate connecting member 9, but are rotatable 9 has a different plane of rotation of the longitudinal rotating member 10. Referring to Figure 3, Figure 3 is an assembled view of a mounting structure in accordance with a preferred embodiment of the present invention. In Fig. 3, the transverse rotating member 8 and the intermediate connecting member 9 are pivotally connected by a longitudinal lateral rotation fastening shaft 11 such that the lateral rotating member 8 and the intermediate connecting member 9 are rotatable relative to each other; the intermediate connecting member 9 and the longitudinal rotating member 10 The shaft connection is achieved by laterally rotating the fastening shaft 12 such that the intermediate link 9 and the longitudinal rotary member 10 are rotatable relative to the longitudinal direction.

Specifically, the lateral rotation fastening shaft 11 can be passed through the lateral rotation member pressing piece 43 of the lateral rotating member 8, the lateral rotating member lower pressing piece 44, and the intermediate connecting piece of the intermediate connecting member 9 on the pressing piece 19. The lower pressing piece 20 is connected to ensure that the lateral rotating fastening shaft 11 can axially connect the lateral rotating member 8 with the intermediate connecting member 9; similarly, the intermediate rotating connecting shaft 12 can be passed through the intermediate connection of the intermediate connecting member 9. a left pressing piece 45, an intermediate connecting piece right pressing piece 46, and a longitudinal rotating piece left pressing piece 22 of the longitudinal rotating member 10, and a longitudinal rotating piece right pressing piece 23, to ensure that the longitudinal rotating fastening shaft 12 can connect the intermediate connecting piece 9 with The longitudinal rotating members 10 are axially coupled. In general, the lateral rotation fastening shaft 11 and the longitudinal rotation fastening shaft 12 are bolts such as ordinary bolts, shoulder bolts and the like. Moreover, the nut is also tightened by the end of the bolt with a nut to ensure that the lateral rotating member 8 and the intermediate connecting member 9 are relatively fixed when the relative lateral direction is rotated to a certain angle, and the intermediate connecting member is also ensured by the tightening of the bolt; 9 When the longitudinal rotary member 10 is rotated to a certain angle in the longitudinal direction, it can be relatively fixed by the tightening of the bolt.

Of course, it is also possible to provide two nuts on the longitudinal rotation fastening shaft 12, and tighten one of the nuts to the end of the longitudinal rotation fastening shaft 12 so that the nut can be clamped together with the aforementioned nut tightened by the bolt. The longitudinal rotating member of the rotating member 10 is the left connecting piece 22 of the left pressing piece 22 and the intermediate connecting member 9; the other one of the nuts is also tightened to the head end of the longitudinal rotating fastening shaft 12 so that the nut can be longitudinally The head end of the rotary fastening shaft 12 collectively clamps the longitudinal rotating member right pressing piece 23 of the longitudinal rotating member 10 and the intermediate connecting member right pressing piece 46 of the intermediate connecting member 9. Obviously, this arrangement provides a more secure attachment of the intermediate connector 9 and the longitudinal rotation member 10. Further, this arrangement is also applicable to the lateral rotation fastening shaft 11. In practical application, regardless of whether the two nuts are further disposed on the longitudinally rotating fastening shaft 12, the longitudinal rotation angle adjusting member 15 may be disposed as shown in FIG. 3, and the longitudinal rotation angle adjusting member 15 clamps the longitudinal rotation. The longitudinal rotating member of the member 10 and the intermediate connecting member of the intermediate connecting member 9 and the right pressing member 46 also clamp the longitudinal rotating member of the longitudinal rotating member 10 and the intermediate member of the intermediate connecting member 9 is pressed to the left. The sheet 45; the specific position of the clamping is not limited, such as: clamping on the side of the longitudinal rotating member left pressing piece 22, the longitudinal rotating member right pressing piece 23, and the intermediate connecting piece left pressing piece 45, the intermediate connecting piece right pressing piece Waiting for the edge of 46. It can be seen that the arrangement of the longitudinal rotation angle adjusting member 15 ensures that the intermediate connecting member 9 and the longitudinal rotating member 10 can achieve true relative fastening. Of course, it is also possible to further open the longitudinal rotation angle restricting groove 16 on the intermediate connecting piece left pressing piece 45 and the intermediate connecting piece right pressing piece 46 of the intermediate connecting member 9, and to cause the longitudinal rotation angle adjusting member 15 to pass the longitudinal rotation angle restricting groove 16 The longitudinal rotating member right pressing piece 23 and the intermediate connecting piece right pressing piece 46 are clamped, and the longitudinal rotating member left pressing piece 22 and the intermediate connecting piece left pressing piece 45 are also clamped by the longitudinal rotation angle restricting groove 16; The adjusting member 15 is blocked by the longitudinal rotation angle limiting groove 16 when the relative rotation angle of the intermediate connecting member 9 and the longitudinal rotating member 10 is too large, so as to ensure that the angle of relative rotation of the intermediate connecting member 9 and the longitudinal rotating member 10 is limited to a safe and reasonable one. Within the scope.

Similarly, the lateral rotation member 8 and the intermediate connection member 9 can be relatively fastened in a manner similar to the provision of the longitudinal rotation angle adjustment member 15, such as: a rotation angle adjustment member similar to the longitudinal rotation angle adjustment member 15 is provided, by which rotation The angle adjusting member clamps the intermediate rotating piece upper pressing piece 43 of the lateral rotating member of the lateral rotating member 8 and the intermediate connecting member 9 of the intermediate connecting member 9, and also clamps the lateral rotating member lower pressing piece 44 and the intermediate connecting piece of the lateral rotating member 8. The intermediate connector of 9 is pressed down the sheet 20. Also, the manner of opening the longitudinal rotation angle restricting groove 16 can also be applied to the lateral rotating member 8, for example, opening the lateral rotation angle restricting groove 18 similar to the longitudinal rotation angle restricting groove 16 on the lateral rotating member 8, and making it longitudinal The rotation angle adjusting member 15 similarly rotates the lateral angle rotating member by the lateral rotation angle P and the lateral rotation angle fastening hole 17 The upper pressing piece 43 and the intermediate connecting piece upper pressing piece 19 are clamped, and the lateral rotating member lower pressing piece 44 and the intermediate connecting piece lower pressing piece 20 are also clamped by the lateral rotation angle restricting groove 18 and the lateral rotation angle fastening hole 17; The rotation angle adjusting member is blocked by the lateral rotation angle restricting groove 18 when the relative rotation angle of the lateral rotating member 8 and the intermediate connecting member 9 is excessively large, so as to ensure that the angle of relative rotation of the lateral rotating member 8 and the intermediate connecting member 9 is limited to safety. Within a reasonable range.

In fact, the lateral rotation fastening shaft 11 and the longitudinal rotation fastening shaft 12 may be other devices capable of axially connecting the two objects.

It should be noted that the bolt cannot be over-tightened; as this would cause the lateral rotating member of the lateral rotating member 8 to press on the intermediate piece of the pressing piece 43, the lateral rotating piece lower pressing piece 44 and the intermediate connecting piece 9. The sheet 19, the intermediate connecting piece lower pressing piece 20 is deformed by excessive force, and also causes the intermediate connecting piece left pressing piece 45 of the intermediate connecting piece 9, the intermediate connecting piece right pressing piece 46, and the longitudinal rotating piece of the longitudinal rotating member 10 The left pressing piece 22 and the longitudinal rotating piece right pressing piece 23 are deformed by excessive force.

In order to overcome the above-mentioned problem of the deformation of the part, a longitudinal support sleeve 21 may be disposed between the intermediate piece of the intermediate connecting piece 9 and the intermediate piece lower pressing piece 20, and the longitudinal supporting sleeve 21 is subjected to the pressing from the intermediate connecting piece. The sheet 19 and the intermediate connecting member press the pressure of the pressing piece 20 to ensure that the pressing piece 19 on the intermediate connecting piece and the intermediate connecting piece lower pressing piece 20 are not deformed; in fact, the longitudinal supporting sleeve 21 may also be disposed on the lateral rotating member 8. The lateral rotating member upper pressing piece 43 and the lateral rotating member lower pressing piece 44, which requires the longitudinal supporting sleeve 21 to pass through the intermediate connecting piece upper pressing piece 19 of the intermediate connecting piece 9 and the intermediate connecting piece lower pressing piece 20, top Between the pressing piece 43 and the lateral rotating piece lower pressing piece 44 on the lateral rotating member of the lateral rotating member 8; of course, the longitudinal supporting sleeve 21 may be disposed on the lateral rotating member of the lateral rotating member 8 on the pressing piece 43 and the intermediate connection The intermediate connector of the member 9 is between the lower pressing members 20, or between the pressing member 44 of the lateral rotating member of the lateral rotating member 8 and the pressing member 19 of the intermediate connecting member of the intermediate connecting member 9. In any case, the longitudinal support sleeve 21 is provided for the purpose of preventing the lateral rotation of the lateral rotary member 8 from being pressed. 43. The lateral rotating piece lower pressing piece 44 and the intermediate connecting piece upper pressing piece 19 of the intermediate connecting piece 9 and the intermediate connecting piece lower pressing piece 20 are deformed by excessive force.

Similarly, a lateral support sleeve 24 may be disposed between the longitudinal rotating member left pressing piece 22 and the longitudinal rotating member right pressing piece 23 of the longitudinal rotating member 10, and the lateral supporting sleeve 24 receives the left pressing piece 22 from the longitudinal rotating member and the longitudinal rotation. The pressure of the right pressing piece 23 is such that the longitudinal rotating piece left pressing piece 22 and the longitudinal rotating piece right pressing piece 23 are not deformed; in fact, the lateral supporting sleeve 24 can also be disposed at the intermediate connection piece of the intermediate connecting piece 9 left pressing The sheet 45, the intermediate connecting member between the right pressing sheets 46, requires the lateral supporting sleeve 24 to pass through the longitudinal rotating member of the longitudinal rotating member 10, the left pressing piece 22 and the longitudinal rotating member, the right pressing piece 23, and the intermediate connecting member 9 The intermediate connecting piece between the left pressing piece 45 and the intermediate connecting piece right pressing piece 46; of course, the lateral supporting sleeve 24 may also be disposed at the intermediate connection of the longitudinal rotating piece of the longitudinal rotating member 10, the left pressing piece 22 and the intermediate connecting piece 9. Between the right pressing pieces 46, or between the longitudinal rotating piece right pressing piece 23 of the longitudinal rotating member 10 and the intermediate connecting piece left pressing piece 45 of the intermediate connecting piece 9. Regardless of how the lateral support sleeve 24 is provided, the purpose is to prevent the intermediate connector left pressing piece 45 of the intermediate connecting member 9, the intermediate connecting member right pressing piece 46, and the longitudinal rotating member of the longitudinal rotating member 10 from rotating the left pressing piece 22, and rotating longitudinally. The right pressing piece 23 is deformed by excessive force.

The longitudinal support sleeve 21 and the lateral support sleeve 24 may be disposed by welding, bonding, ordinary placement, etc.; of course, the welding and bonding are generally for the longitudinal support sleeve 21 and the lateral support sleeve 24; In part.

In a practical application, the laterally rotating piece on the lateral rotating member 8 may not be pressed on the intermediate connecting piece on the intermediate connecting piece 9 as shown in Fig. 3, but on the intermediate connecting piece. Under the same reason, the lateral rotating member lower pressing piece 44 of the lateral rotating member 8 may not be located under the intermediate connecting piece lower pressing piece 20 of the intermediate connecting member 9 as shown in Fig. 3, but under the intermediate connecting member. Above the tablet 20. This arrangement is equally applicable to the intermediate connector left tab 45, the intermediate connector right tab 46 and the longitudinal rotary member 10 of the intermediate connector 9. The longitudinal rotating member left pressing piece 22 and the longitudinal rotating member right pressing piece 23 are merely changed in positional relationship from top to bottom.

In Fig. 3, the elastic spacer 13 and the flat washer 14 are shown in an exploded view with respect to the lateral rotation fastening shaft 11, in order to illustrate that the lateral rotation fastening shaft 11 and the longitudinal rotation fastening shaft 12 can be further padded. Elastomeric gasket 13 and/or flat gasket 14.

As can be seen from the description of Fig. 3, the connection relationship between the parts in Fig. 3 fully supports the lateral rotation of the transverse rotating member 8 and the intermediate connecting member 9, and the intermediate connecting member 9 is relatively longitudinally rotated with the longitudinal rotating member 10.

Referring to Fig. 4, Fig. 4 is a split view of a part of Fig. 3, which is mainly used to indicate how the lateral rotating member 8 and the longitudinal rotating member 10 are tightly mounted with objects such as fixtures and communication devices. In Fig. 4, the lateral rotating member 8 is provided with a lateral rotating member longitudinal perforation 27, and the intermediate connecting member 9 is provided with an intermediate connecting member longitudinal perforation 28 to ensure lateral rotation of the lateral rotating fastening shaft 11 through the lateral rotating member 8. The upper pressing piece 43, the transverse rotating piece lower pressing piece 44 and the intermediate connecting piece upper pressing piece 19 and the intermediate connecting piece lower pressing piece 20 are connected to the intermediate rotating piece 8 and the intermediate connecting piece 9; The intermediate connecting member 9 is provided with an intermediate connecting member transverse through hole 29, and the longitudinal rotating member 10 is provided with a longitudinal rotating member transverse through hole 31 to ensure that the longitudinal rotating fastening shaft 12 can pass through the intermediate connecting member of the intermediate connecting member 9 The pressing piece 45, the intermediate connecting member right pressing piece 46, and the longitudinal rotating member left pressing piece 22 of the longitudinal rotating member 10 and the longitudinal rotating member right pressing piece 23 axially connect the intermediate connecting member 9 with the longitudinal rotating member 10.

Actually, as shown in FIG. 4, the lateral rotation angle restricting groove 18 is disposed on the lateral rotating member 8, and the lateral rotation angle fastening hole 17 is disposed on the intermediate connecting member 9. The lateral rotating angle restricting groove may also be provided. 18 and the position of the lateral rotation angle fastening hole 17 are interchanged, that is, the lateral rotation angle restricting groove 18 is provided on the intermediate link 9, and the lateral rotation angle fastening hole 17 is provided on the lateral rotary member 8, as long as the lateral direction The rotation angle adjusting member mounted on the rotation angle fastening hole 17 is when the relative rotation angle of the lateral rotation member 8 and the intermediate connection member 9 is excessively large It can be blocked by the lateral rotation angle restricting groove 18, so that the angle of relative rotation of the lateral rotating member 8 and the intermediate connecting member 9 can be limited to a safe and reasonable range. Similarly, the longitudinal rotation angle restricting groove 16 provided on the intermediate link member 9 can also be interchanged with the longitudinal rotation angle fastening hole 32 provided on the longitudinal rotary member 10. In a practical application, a plurality of lateral rotation angle fastening holes 17 and a lateral rotation angle limiting groove 18 may be separately provided, or only one lateral rotation angle fastening hole 17 and one lateral rotation angle limiting groove 18 may be provided; similarly, A plurality of longitudinal rotation angle restricting grooves 16, longitudinal rotation angle fastening holes 32 are respectively provided, and only one longitudinal rotation angle restricting groove 16 and one longitudinal rotation angle fastening hole 32 may be provided.

A planar mounting piece 25 may be provided on the lateral rotating member 8, and a fastening means is used to fasten the planar mounting piece 25 with an object such as a wall-like fixture to ensure that the lateral rotating member 8 can be fixed to the object. Further, the shape of the planar mounting piece 25 is not limited, and may be a pure plane, a wave surface, a concave/convex curved surface, etc. Further, the number of the planar mounting pieces 25 may be one or more, as long as the plane can be mounted. The sheet 25 can be fastened together with an object such as a fixture. The fastening means may be a screw which is used to fasten the flat mounting piece 25 with an object such as a fixture through the lateral rotating member side mounting hole 40 on the flat mounting piece 25.

It is also possible to provide a holding rod fastening groove 26 on the lateral rotating member 8, and fasten the holding rod fastening groove 26 with a fixing object such as a holding rod with a fastening means to ensure that the lateral rotating member 8 can be Fixed to the object; and the shape of the pole fastening groove 26 is not limited, and may be V-shaped, U-shaped, W-shaped, etc.; further, the number of the fastening grooves 26 may be one, two or A plurality of, as long as the pole fastening groove 26 can be fastened together with other objects.

Similar to the planar mounting piece 25 on the lateral rotating member 8, a longitudinal rotating member side mounting surface 47 may be provided on the longitudinal rotating member 10, and the longitudinal rotating member side mounting surface 47 and the communication device or the like are fixed by the fastening means. Fixing together to ensure that the fixed object can be fixed to the longitudinal rotating member 10; and, the shape of the longitudinal rotating member side mounting surface 47 is not limited, and It is a pure plane, a wave surface, a concave/convex arc surface, and the like. The fastening means may be a screw that is fastened together with the fixed object using the swivel 10.

For convenience of application, an intermediate angle between the intermediate connector piece 26 and/or the intermediate connector right tab 46 on the intermediate connector 9 and the longitudinal rotation angle limiting groove 16 may be indicated at an angle. A scale mark 30 of the range is used to show the angle of rotation between the intermediate link 9 and the longitudinal ring 10. Of course, the scale marks can also be set at other positions of the lateral rotating member 8 and/or the intermediate connecting member 9, as long as the set scale mark can be seen and the angle of rotation between the two devices can be displayed.

3 and FIG. 4, it can be seen that the lateral rotating member 8 and the intermediate connecting member 9 included in the mounting structure of the embodiment of the present invention are relatively rotatable in the lateral direction, and the intermediate connecting member 9 and the longitudinal rotating member 10 are relatively rotatable in the longitudinal direction. Further, the lateral rotating member 8 may be fixed to an object such as a wall or a fixed object such as a pole, and the fixed object such as a communication device may be fixed to the longitudinal rotating member 10. Of course, in the practical application, the longitudinal rotary member 10 may be fixed to an object such as a wall or a fixed object such as a pole, and the fixed object such as a communication device may be fixed to the lateral rotary member 8.

Next, a method of fixing the lateral rotating member 8 to an object such as a fixed object, and a method of fixing a fixed object such as a communication device to the longitudinal rotating member 10 will be described with reference to Figs. 5 and 6 as an example.

Referring to FIG. 5, FIG. 5 is a schematic view showing the installation of the mounting structure of FIG. 3 when applied to >1⁄2^f. In Fig. 5, the pole fasteners 39 pass through the lateral rotating member 8 and the opposite end fasteners 34 and surround the holding rod 35 with the lateral rotating member 8, the opposite end fastener 34 and the pole fasteners 39, and then tightened The nut on the rod fastener 39 clamps the lateral rotating member 8 and the opposite end fastener 34 to each other, and finally ensures that the mutually rotating lateral rotating member 8 and the opposite end fastener 34 can fasten the holding rod 35; Preferably, the end fastener 34 is provided with a groove similar to the pole fastening groove 26 to ensure the lateral rotating member 8 and the opposite end. The fastener 34 can secure the holding lever 35 more properly. In fact, the end fastener 34 and the pole fasteners 39 can be collectively referred to as: a pole fastener.

Further, the longitudinal rotary member side mounting member 36 is passed through the longitudinal rotary member side mounting hole 33 on the longitudinal rotary member side mounting surface 47 (not visible in Fig. 5, see Fig. 4), and the longitudinal rotary member 10 is mounted. The bodies 38 are fastened together. The longitudinal rotary member side mounts 36 are generally screws that can be fastened to the mounted body 38 similarly to the structure in which the fastening base points 37 are mounted.

It can be seen that the mounting structure of the embodiment of the present invention can be fixed on the pole 35 by means of the lateral rotating member 8 contained therein, and can also fix the mounted body 38 by means of the longitudinal rotating member 10 contained therein; When the mounting body 38 is in the mounting posture, the lateral rotating member 8 and the intermediate connecting member 9 can be rotated laterally relative to each other flexibly and conveniently, and the intermediate connecting member 9 and the longitudinal rotating member 10 can be rotated relative to each other to obtain the desired installation. Gesture; does not need to be reinstalled as in the prior art.

Referring to Figure 6, Figure 6 is a schematic view of the installation of the mounting structure of Figure 3 when applied to a wall. The device mounting method in Fig. 6 is basically similar to that in Fig. 5, except that the lateral rotating member 8 and the wall 42 are fastened differently than the lateral rotating member 8 and the holding lever 35 in Fig. 5.

The manner in which the lateral rotating member 8 and the wall 42 are fastened is specifically: the lateral rotating member 8 is fastened to the wall 42 by the lateral rotating member side mounting member 41. The lateral rotating member side mounting member 41 may be a screw that is used to pass the lateral rotating member side mounting hole 40 (not visible in Fig. 6, see Fig. 4) through the lateral rotating member 8 on the lateral rotating member 8 The bodies 42 are fastened together.

It can be seen that the mounting structure of the embodiment of the present invention can be fixed to the wall 42 by means of the lateral rotating member 8 contained therein, and can also be fixed by means of the longitudinal rotating member 10 (not visible in FIG. 6 , see FIG. 5 ). The mounted body 38 is accommodated; and, when the mounting posture of the mounted body 38 is to be adjusted, the lateral rotating member 8 and the intermediate connecting member 9 can be flexibly and conveniently rotated laterally, and the intermediate connecting member 9 and the longitudinal rotating member can also be rotated. 10 is rotated relative to the longitudinal direction to ultimately achieve the desired mounting attitude; there is no need to reinstall as in the prior art. In practical applications, it should be ensured that the plane of relative rotation of the lateral rotating member 8 and the intermediate connecting member 9 is not the same plane as the plane of relative rotation of the intermediate connecting member 9 and the longitudinal rotating member 10, as shown in FIG. 3, The plane in which the lateral rotating member 8 and the intermediate connecting member 9 are relatively rotated is perpendicular to the plane in which the intermediate connecting member 9 and the longitudinal rotating member 10 are relatively rotated. Of course, it is also possible to adjust the mounting angle of the lateral rotation fastening shaft 11 and/or the longitudinal rotation fastening shaft 12 so that the plane in which the lateral rotation member 8 and the intermediate connection member 9 relatively rotate is opposite to the intermediate connection member 9 and the longitudinal rotation member 10. The plane of rotation is not perpendicular but at an angle. In fact, no matter how it is set, the purpose is to ensure that the installed communication device and the like can realize flexible and convenient installation posture adjustment by the installation structure of the embodiment of the present invention.

In the above description, the longitudinal rotation angle adjusting member 15 is usually a screw; the longitudinal rotation angle ash restricting groove 16, and the lateral rotation angle restricting groove 18 are generally sector-shaped grooves.

It can be seen from the above that the mounting structure provided by the embodiment of the present invention makes it possible to flexibly and conveniently adjust the installation posture of the device including the communication device mounted on the mounting structure. .

Claims

Claims -

A rotationally adjustable mounting structure, characterized in that the mounting structure comprises: a transverse rotating member 8 and an intermediate connecting member 9 rotatable relative to each other, and a plane rotatable relative to the intermediate connecting member 9, but rotatable a longitudinal rotating member 10 different from the plane of rotation of the lateral rotating member 8 and the intermediate connecting member 9;

2. A mounting structure according to claim 1, characterized in that said connection of the transverse rotating member 8 and the intermediate connecting member 9 is achieved by a shaft connection.

The mounting structure according to claim 2, wherein the axial connection relationship between the lateral rotating member 8 and the intermediate connecting member 9 is: a lateral rotating member on the lateral rotating member 8; The rotating member lower pressing piece 44 and the intermediate connecting piece upper pressing piece 19 and the intermediate connecting piece lower pressing piece 20 provided on the intermediate connecting piece 9 are passed through the lateral rotation fastening shaft 11.

4. Mounting structure according to claim 1, characterized in that the connection of the intermediate connecting piece 9 and the longitudinal rotating element 10 is achieved by a shaft connection.

The mounting structure according to claim 4, wherein the axial connection relationship between the intermediate connecting member 9 and the longitudinal rotating member 10 is: the intermediate connecting member disposed on the intermediate connecting member 9 is left pressed 45, in the middle The connector right pressing piece 46 and the longitudinal rotating member left pressing piece 22 and the longitudinal rotating member right pressing piece 23 provided on the longitudinal rotating member 10 are passed through the longitudinal rotation fastening shaft 12.

The mounting structure according to any one of claims 1 to 5, characterized in that the lateral rotating member 8/intermediate connecting member 9 is further provided with one or more lateral rotation angle fastening holes 17, and the intermediate connecting member 9 The lateral rotating member 8 is further provided with a lateral rotation angle restricting groove 18 which can restrict the range of movement of the rotational angle adjusting member mounted on the lateral rotation angle fastening hole 17.

The mounting structure according to any one of claims 1 to 5, characterized in that The connecting member 9/longitudinal rotating member 10 is further provided with one or more longitudinal rotation angle fastening holes 32, and the longitudinal rotating member 10/intermediate connecting member 9 is further provided with a fastening hole 32 which can be restrained from the longitudinal rotation angle. The rotation angle adjusts the range of motion of the longitudinal rotation angle limiting slot 16.

The mounting structure according to any one of claims 1 to 5, characterized in that the lateral rotating member upper pressing piece 43, the lateral rotating member lower pressing piece 44 or the intermediate connecting member provided on the lateral rotating member 8 A longitudinal support sleeve 21 for preventing deformation of the device is further provided between the intermediate connector left pressing piece 45 and the intermediate connecting member right pressing piece 46 provided on the upper portion.

The mounting structure according to any one of claims 1 to 5, characterized in that the intermediate connecting piece left pressing piece 45, the intermediate connecting piece right pressing piece 46 or the longitudinal rotating piece provided on the intermediate connecting piece 9 Between the longitudinal rotating member left pressing piece 22 and the longitudinal rotating member right pressing piece 23 provided on the 10, a lateral supporting sleeve 24 for preventing deformation of the device is further provided.

The mounting structure according to any one of claims 1 to 5, characterized in that the lateral rotating member 8 is provided with a flat mounting piece 25 and/or a holding rod fastening groove 26 which are easy to mount.

11. A mounting structure according to any one of claims 1 to 5, characterized in that the transverse rotating member 8 is further connected to a pole fastener for fixing the pole.

The mounting structure according to any one of claims 1 to 5, characterized in that the longitudinal rotary member 10 is provided with a longitudinal rotary member side mounting surface 47 for fixing the mounted object.

The mounting structure according to any one of claims 1 to 5, characterized in that one or more of the lateral rotating member 8, the intermediate connecting member 9, and the longitudinal rotating member 10 are provided for displaying between the connected devices The scale indicator of the angle of rotation.

The mounting structure according to any one of claims 1 to 5, characterized in that the plane of the relative rotation of the lateral rotating member 8 and the intermediate connecting member 9 is perpendicular to the plane of the intermediate connecting member 9 and the longitudinal rotating member 10 relative to each other. .