FR2778213A1 - ASSEMBLY FOR REALIZING A FLANGE, FLANGE COMPRISING THIS ASSEMBLY AND CONSTRUCTION COMPRISING A MAT ASSOCIATED WITH AT LEAST ONE HAMPER BY THIS FLANGE - Google Patents

Abstract

Assembly (67) intended for producing a flange (1), itself intended to allow rigidly associating at least one pole (2) with a mast (3), the assembly (67) comprising a body (4 ) comprising means contributing to allow its rigid attachment to the mast (3) and an opening (14) intended for the passage of at least one pole (2), and a subassembly of association (65), integrated in the body (4), to hold the pole (2) and be rigidly fixed to the body (4), and rigid fixing means (19) of the association subassembly (65) to the body (4) in a certain position. The assembly (67) comprises adjustment means (7) of the position for fixing the association sub-assembly (65) to the body (4), the opening (14) of the body (4) is shaped, dimension and position allowing the deflection of the pole (2) resulting from its different inclinations.

Description

The invention relates to a flange intended to allow

  the association of at least one pole on a mast.

  It relates more particularly to an assembly intended for the production of a flange, to the flange comprising this assembly and to a construction comprising a mast associated with at least

a shank by this bridle.

  The invention also relates to a method of mounting the

  bridle and at least one pole at the mast.

  Document FR-A-2 612 575 relates to a junction device making it possible to removably connect a tubular element supporting a lighting body to an element

fixed tubular.

  The junction device comprises a junction element with double handle, associated with each of its handles to another

single handle junction element.

  Two clamping rings are thus formed, one for the fixed tubular element, the other for fixing the element.

  tubular support for the lighting body.

  Such a device does not allow to add to the fixed element

  only one support element of an illuminating body.

  In addition, the latter can only have one possible position relative to the fixed element, the device does

  not allowing to vary this position.

  The object of the invention is to solve the above drawbacks

  above. It proposes, for this purpose, a flange made so as to allow the association of at least one pole or more to a mast, and at the same time to obtain configurations

  different from the pole (s) on the mast.

  According to a first object, the invention relates to an assembly intended for the production of a flange, itself intended to allow rigidly associating at least one pole with a mast, the assembly comprising in the first place a body in general shape a hollow half-shell shaped to have at least one recess to allow the body to be placed on the periphery of the mast, the body comprising means contributing to allow its rigid attachment to the mast and an opening intended for the passage of at least one pole , and secondly a subassembly of association, integrated in the body, to on the one hand maintain the pole and on the other hand, to be rigidly fixed to the body, and in third place of the rigid fixing means of the assembly association with the body in a certain position so that the pole crosses the opening of the body and is found to be rigidly associated with the mast in a certain orientation thanks to the

  association subassembly and fixing means.

  On the one hand, this set includes fourthly

  means for adjusting the fixing position of the sub

  assembly association with the body, the different fixing positions corresponding to different inclinations of the pole relative to the mast and, on the other hand, the opening of the body is of shape, size and position allowing the movement of the pole resulting from its different inclinations.

  The adjustment means are an integral part of the body.

  According to a variant, the adjustment means are attached to the body. According to other characteristics, the adjustment means comprise at least one wall of substantially circular shape, the wall comprising a toothing made up of hollows and projections arranged circumferentially, alternately and regularly following each other. The recesses and the projections of the wall have a pitch of at least

degrees.

  According to a variant, the hollows and the protrusions of the wall have a pitch of less than 10 degrees. The association sub-assembly comprises at least one jaw capable of holding the pole and of cooperating with the

adjustment means.

  The jaw comprises at least one set of teeth made up of recesses and projections arranged alternately and

  regularly following each other.

  The teeth of the jaw cooperate with the teeth of the

adjustment means.

  Its pitch is identical to the toothing of the adjustment means

cooperating with it.

  The opening is arranged opposite the recess.

  It is ovoid or oblong in shape.

  The body comprises, opposite the opening, at least one

  frangible appendage projecting towards the recess.

  The appendix is intended firstly, to prevent rotation of the flange on the mast once mounted, and secondly to be a support for guiding a cable, by

example, electric.

  A second object of the invention is a part specially intended to form part of the adjustment means, comprising at least one wall comprising a toothing, consisting of hollows and projections arranged alternately and

  regularly as a result of each other.

  According to a variant, the part has two walls forming a disc extending parallel and adjoining one to

  the other, each wall having teeth.

  The teeth are arranged circumferentially, on each wall, the hollows of the first wall being in opposition

protrusions of the second wall.

  A third object of the invention is a jaw specially intended to be part of an association sub-assembly comprising at least one part forming a housing for receiving a part of the pole, and at least one substantially planar wall disposed at the opposite of the housing wall, intended to cooperate with the means

adjustment.

  The wall is substantially circular and has a toothing consisting of recesses and projections, arranged

  alternately and regularly around its circumference.

  The jaw comprises at its extreme part opposite the elongated part, a curved cutout intended to allow

  the passage of a cable, for example, electric.

  A fourth object of the invention is a flange comprising at least one assembly as described above and means

tightening the flange to the mast.

  According to one embodiment, the flange comprises two assemblies rigidly assembled to one another by means of

  tightening, their recesses facing each other.

  Alternatively, the two assemblies are arranged so that the upper longitudinal walls of the

  bodies are parallel and merged into one plane.

  According to another variant, the two assemblies are arranged so that the upper longitudinal wall of one of the bodies is parallel and coincides in the same plane with the

  lower longitudinal wall of the other body.

  The clamping means include screws and spacers. According to a variant, the clamping means comprise at

minus a belt.

  A fifth object of the invention is a construction comprising a mast and at least one pole, the mast being

  associated with the pole by a flange as described above

  above. The mast has a conical, octagonal, cylindrical or similar shape. A sixth object of the invention is a method of mounting a flange intended to associate at least one pole with a mast comprising the following steps: - mounting the jaws around the pole; - Assemble the adjustment means to the jaws, so as to obtain a subassembly of association;

  - introduce this subset of association into the open-

  body size, jaws and shaft protruding from the opening to the outside; - Fix this association subassembly to the body so as to obtain an assembly as described above;

- associate the assembly thus obtained.

  Before the introduction of the subset of asso-

  ciation and the pole in the body, the inclination of the pole relative to the mast is adjusted by the adjusting means. The strap is removable and adjustable at any time, on the

mounting location for example.

  The association sub-assembly is adapted to the shape of the mast by removing at least one appendage at the place of

mounting for example.

  Other characteristics of the invention result from the

  description which follows and refer to the figures

  attached, in which: - Figure 1 is a schematic perspective view from below of the external face of an embodiment of a body of the flange; - Figure 2 is a schematic perspective view from below of the internal face of the body of Figure 1; - Figure 3 is a schematic perspective view from above of the internal face of the body of Figure 1; - Figure 4 is a schematic perspective view from above of the external face of another embodiment of a body of the flange; - Figure 5 is a schematic perspective view from below of the internal face of the body of Figure 4; - Figure 6 is a schematic side perspective view of the outer face of an embodiment of a jaw; - Figure 7 is a schematic side perspective view of the internal face of the jaw of Figure 6; - Figure 8 is a schematic rear side perspective view of one embodiment of the adjustment means; - Figure 9 is a schematic rear view of the adjustment means of Figure 8; - Figure 10 is a schematic front side perspective view of the adjustment means of Figure 8; - Figure 11 is a schematic exploded perspective view of an embodiment of the elements of the flange at the time of the association of the pole on the mast; - Figure 12 is a schematic elevational perspective view of a first embodiment of a flange holding a pole, fixed to the mast; - Figures 13 to 16 are schematic views in longitudinal section of an embodiment of a flange according to different inclinations of the shaft respectively 0, 40 and 45 degrees; - Figure 17 is a schematic elevational perspective view of a second embodiment of a flange holding two poles, fixed to the mast; - Figure 18 is a schematic view in longitudinal section along the line XVIII-XVIII of the flange of Figure 17; - Figure 19 is a schematic elevational perspective view of a third embodiment of a flange holding two poles, fixed to the mast; - Figure 20 is a schematic view in longitudinal section along the line XX-XX of the flange of Figure 19; - Figure 21 is a schematic perspective view of elevation of a flange holding a pole, fixed to the mast

by a belt.

  The embodiments which will be described apply more particularly to the attachment of sticks of the

  street lighting fixtures, at a candelabra.

  They can also be applied to the attachment of flagship brackets, carrying banners or the like. The lower and upper terms used below are considered to indicate the side of the ground and

  opposite the ground in a flange mounted on a mast.

  The invention therefore relates to a flange 1 intended to allow rigidly and removably to associate at least one

pole 2 to mast 3.

  The shank 2 is in the form of a section tube

  substantially oval, square, polygonal or the like.

  It can be more commonly called lacrosse.

  According to an embodiment illustrated in FIGS. 1 to 16, the flange 1 comprises a first and a second body respectively, 4 and 5, and, arranged inside the body 4, jaws 6 intended to hold the pole 2, and means 7 for adjusting the inclination of the shaft 2 by

relative to mast 3.

  The first and second bodies 4 and 5 are rigid and intended to be assembled together around the mast 3

  as will be described later.

  To .. The first and second bodies 4 and 5 have a general shape inscribed in a hollow rectangular parallelepiped. They each have two upper and lower longitudinal walls 8a, 8b and two side walls 9, the walls being arranged substantially parallel and in opposition

  two by two, as well as a transverse wall 10.

  Each side wall 9 is extended, opposite the transverse wall 10, by means 13 for assembling the bodies 4

and 5 between them.

  The bodies 4 and 5 are shaped so as to present,

  opposite the transverse wall 10, a recess 11.

  This recess 11 is delimited on the one hand laterally by the assembly means 13 and on the other hand by the edges 12a and 12b respectively of the longitudinal walls

upper 8a and lower 8b.

  These edges 12a and 12b are of curved shape and substantially

parallel to each other.

  In the embodiment illustrated in Figure 1, the first body 4 has an opening 14 formed in both the transverse wall 10 and the longitudinal wall

upper 8a.

  This opening 14 has a general ovoid or oblong shape.

  On the one hand it extends transversely between the walls

side 10.

  It is on the other hand, delimited by a lower transverse edge 16 adjoining the lower longitudinal wall 8b and by an upper transverse edge 17, the latter being disposed substantially in the middle region of the

upper longitudinal wall 8a.

  This opening 14 is intended to allow the passage of

jaws 6 and shaft 2.

  The first body 4 also comprises two housings 18

  formed in the transverse wall 10.

  These housings 18 are located substantially in the middle region of the transverse wall 10, directly adjoining

  and on either side of the opening 14.

  They are arranged symmetrically with respect to the axis

median longitudinal A of the body 4.

  These housings 18 pass through from the external face 15a to

  the internal face 15b of the transverse wall 10.

  They also have a substantially semi-circular shape,

  concavity facing the opening 14.

  These housings 18 are intended to cooperate with the means

  for fixing 19 of the adjustment means 7 to the first body 4.

  On the internal face 15b of the transverse wall 10, are

  provided with shims 20 projecting towards the recess 11.

  These are directly adjacent to housing 18.

  These wedges 20 are two in number per housing 18 and surrounding it. They have a substantially trapezoidal shape, the small base of the trapezoid adjoining the

housing 18.

  They extend from the housing 18, the first towards the lower longitudinal wall 8b, the second towards the upper longitudinal wall 8a. These wedges 20 are intended for

  cooperate with the adjustment means 7.

  A recess 21 is formed in each side wall 9, at its face. external 22. It is attached to the housing 18 and extends longitudinally from the latter up to approximately the

  median region of the lateral wall 9.

  This recess 21 has the general shape of a U. It corresponds to a projection 23 on the internal face 24 of the

side wall 9.

  This recess 21 is terminated by a wall 25 substantially planar in a direction substantially parallel to the

transverse wall 10.

  In this wall 25, a housing 26 is formed.

  This housing 26 is intended to cooperate with the means of

  clamping 27 from the first body 4 to the second body 5.

  The recess 21 can serve as a guide support for

the clamping means 27 in particular.

  The clamping means 27 of the first and second body 4 and consist of screws 32 and spacers 33. According to an alternative embodiment, these clamping means 27

are a belt 34.

  The side wall 9 of the first body 4 extends away from the transverse wall 10, by means

13 to the second body 5.

  The assembly means 13 comprise two projections 28, 29 extending longitudinally towards the outside. These projections 28, 29 have a general shape of an inverted L, with concavity

facing the recess 11.

  The projections 28 and 29 are arranged parallel one above the other and offset from each other. The first projection 28 is aligned and parallel to the internal face 24 of the side wall 9. While the second projection 29 is aligned with the external face 22 of

the side wall 9.

  In the embodiment illustrated in FIGS. 1 to 3, the internal projection 28 of one of the two side walls 9 is opposite and in opposition to the external projection 29 of

the other side wall 9.

  This particular configuration of the projections 28 and 29 allows the first body 4 to be mounted to the mast 3 upside down,

  as explained below.

  The first body 4 further comprises at least one appendage 30 disposed in the middle region of the edge 12b of the lower longitudinal wall 8b. This appendage 30 extends longitudinally, in the extension and parallel to the lower longitudinal wall 8b, projecting towards

the recess 11.

  In an alternative embodiment illustrated in the figures, the first body 4 comprises two appendages 30 disposed in the median region of the edges 12a and 12b respectively of the upper and lower longitudinal walls 8a and 8b, symmetrically with respect to the median longitudinal axis

A of the first body 4.

  These appendages 30 can be formed into chutes, their

  concavity being turned opposite one another.

  They are intended on the one hand, by their shape in a chute, to be a support for guiding a cable 31, by

example, electric.

  The electric cable 31 makes it possible to supply, for example, a public lighting luminaire arranged at the free end of the pole 2. On the other hand, these appendages 30 have a sufficient first section thus making it possible to avoid the rotation of

  the flange 2 on the mast 3 once it has been mounted.

  Each appendage 30 also has a weaker or weakened second section, with an axis perpendicular to the first. When a shock or pressure with a hammer or pliers

  is exercised on this section, Appendix 30 is deleted.

  This allows a quick adaptation, on the assembly site

  for example, from the flange 2 to any type of mast 3.

  The first body 4 is assembled and fixed to the second body 5

to form the flange 1.

  The second body 5 comprises housings 35, arranged in

its transverse wall 10.

  There are two of these housings 35 here, arranged substantially in the middle region of the wall.

  transverse 10, in the vicinity of the side walls 9.

  These housings 35 are of substantially circular shape and crossing from the external face 15a to the internal face 15b of the transverse wall 10. They are intended to cooperate with

  the clamping means 27 of the two bodies 4 and 5.

  The assembly means 13 are identical to those of the

first body 4.

  The internal face 15b of the transverse wall 10 comprises at

  besides two walls 36 projecting towards the recess 11.

  These walls 36 are arranged in the vicinity of the housings 35, symmetrically with respect to the median longitudinal axis A '

of the second body 5.

  These walls 36 extend between the upper and lower longitudinal walls 8a, 8b in a direction

  substantially perpendicular to the latter.

  The first body 4 is intended to enclose the jaws 6

and the adjustment means 7.

  The jaws 6 are intended to hold the pole 2.

  In the embodiment illustrated in FIGS. 11 to

  21, the jaws 6 are two in number.

  These jaws 6 have a general shape of a six. The elongated part 38 of the six is intended to enclose the shaft 2 and the curved part 39 is intended to cooperate with the means

adjustment 7.

  The elongated part 38 has substantially the shape of a longitudinally extending half cylinder, with internal concavity

  37 facing the pole 2, once mounted.

  Its internal concavity 37 has grooves 40.

  These extend longitudinally parallel to the

elongated part 38.

  Ribs 41 are arranged on the convex part of the elongated part 38 directly in opposition to these grooves 40. The ribs 41 extend longitudinally

  and parallel to these.

  According to the embodiment illustrated in Figure 6, these ribs 41 and grooves 40 are two in number per jaw 6. These grooves 40 are intended to allow

  to adapt the jaws 6 to the shape of the pole 2.

  The elongated part 38 extends on the side opposite the pole

2, by a curved part 39.

  This curved portion 39 has at its end portion 42 substantially opposite to the elongated portion 38, a

cutout 43.

  This cutout 43 is intended to allow the passage of a cable 31, for example, electrical. Cutout 43 has here a

semi-circular shape.

  The curved portion 39 further comprises, on its external face

44 a substantially planar wall 45.

  This wall 45 has a substantially circular shape.

  It has a toothing 46 consisting of recesses 47 and projections 48. The latter are arranged alternately and

  regularly at the circumference of this wall 45.

  The pitch between the recesses 47 and the projections 48 is, on the

Figure 6, 10 degrees.

  This wall 45 further comprises at its center a through housing 49. This housing 49 is intended to cooperate with the fixing means 50 of the adjustment means 7 to

jaws 6.

  These jaws 6 cooperate with the adjustment means 7 by the wall 45, in particular by the toothing 46.

  The adjustment means 7 are reported here.

  The adjustment means 7 are then two in number, each cooperating with a jaw 6. They have the shape

general of a disc 51.

  The disc 51 is formed of two walls 55, 56 respectively

  extending parallel and adjoining one another.

  The disc 51 also has a slice 52 which is substantially circular over approximately three quarters of the

disc 51.

  The edge 52 extends into two walls 53 substantially

  flat, converging towards a third wall 54.

  The walls 53 and 54 delimit, in lateral view of the disc 51, a trapezoid shape, the wall 54 delimiting the small

base of the trapezoid.

  In the wall 54 is formed a housing 57 opening towards the outside. It is intended to cooperate with the means of

  fixing 19 of the adjustment means 7 to the first body 4.

  The edge 52 formed in a trapezoid is intended to come

  cooperate with the shims 20 of the first body 4.

  The first and second walls 55, 56 each have a toothing 58. Each toothing 58 consists of recesses 59 and projections 60 arranged alternately and

  regularly on the circumference of the disc 51.

  Each recess 59 of the wall 55 is arranged in opposition

  a projection 60 from the wall 56 and vice versa.

  According to the embodiment illustrated in Figures 8 to 10, the pitch between the recesses 59 and the projections 60 of the walls

and 56 is 10 degrees.

  The angle offset between the two walls 55 and 56 is

then 5 degrees.

  Thus, the alternative use of one or the other wall or 56 makes it possible to adjust the relative position of the discs 51 with respect to the jaws 6 from 5 degrees to 5 degrees and thus to adjust the inclination of the shaft 2 so very

fine.

  The disc 51 further comprises a housing 61 formed in its center. It is intended to allow the passage of the means of

  fixing 50 of the adjustment means 7 to the jaws 6.

  These fixing means 50 are here a through bolt 62

cooperating with a nut 63.

* According to an alternative embodiment, the adjustment means 7 are an integral part of the first body 4. The internal face 24 of at least one side wall 9 then has a

toothing 58.

  The latter then cooperates with the toothing 46 of one of the

jaws 6.

  The mounting of the flange 1 will be described below.

  allowing to associate at least one pole 2 on the mast 3.

  Initially, the jaws 6 and the adjustment means 7 are assembled to each other thus forming

  a subset of association 65 of the shaft 2.

  The two jaws 6 are arranged in parallel, their internal concavities 37 facing one another. The pole

  2 then takes place in the housing 66 thus formed.

  The adjustment means 7 are assembled to these jaws 6. A

  each jaw 6 corresponds to a disc 51.

  Each disc 51 is nested by its toothing 58, of one of its walls 55 or 56, in the toothing 46 of the wall 45

jaw 6.

  The wall 54 of each disc 51 is then on the side of the

  elongated parts 38 of the jaws 6.

  A through bolt 62 is introduced into the housings 49

  and 61, and cooperates with the nut 63 so as to fix the sub-

  association set 65 and the pole 2 in a given position. Thus, the axis of rotation C of the association subset

  attachment 65 coincides with the axis of the bolt 62.

  Then this subset of association 65 now the shaft

  2 is introduced into the first body 4.

  The elongated parts 38 of the jaws 6 holding the shaft 2, are introduced into the opening 14. The sections 52 formed as a trapezoid of the discs 51, then come into abutment against the wedges 20 of the transverse wall 10 of the

body 4.

  The wall 54 is then in abutment against the housing 18 while

  that each wall 53 bears against each wedge 20.

  The housings 57 of the discs 51 are thus directly in

  look of the housings 18 of the transverse wall 10.

  The median longitudinal axis A of the body 4 is then perpendicular to the axis C of rotation passing through the bolt

crossing 62.

  The association sub-assembly 65 is fixed to the body 4 by fixing means 19, such as screws, passing through both the housings 18 and the housings 57. They form a

together 67.

  Thus, it is understood that the mounting position of the means of

  setting 7 on the body 4 is invariable.

  While the mounting position of the means 7 on the jaws 6 is angularly variable via

teeth (58), (46).

  The jaws 6 and therefore the shaft 2 have a position which varies around the axis of rotation C. Thus, the position of the shaft 2 is adjusted according to

  the desired inclination relative to the mast 3.

  By alternately cooperating the wall 56 or the wall of the discs 51 with the wall 45 of the jaw 6, due to the pitch shift of the teeth 58, it is possible to very finely adjust the inclination of the shaft 2, 5

degrees in 5 degrees.

  The assembly of the fastening assembly 65 in the body 4 is thus made so that, for an adjustment of the inclination of the pole 2 in the interval from 0 to 40 degrees, or 0 degrees represents an inclination of the pole 2 perpendicular to the longitudinal axis D of the mast 3, the pole 2 is substantially

  flush with the upper transverse edge 17 of the body 4.

  On the other hand, for an inclination interval between 45 and 90 degrees, the shaft 2 is substantially flush and tangent to the lower transverse edge 16 of the

body 4.

  The first body 4 containing the sub-assembly 65 and the second body 5 are then placed at the periphery of the mast 3. The edges 12a and 12b are then pressed against

the mast 3.

  The appendages 30 are housed in holes 64 of the

mast 3 provided for this purpose.

  The assembly means 13 of the first and second bodies 4 and respectively, come to nest one in the

others, around the mast 3.

  The projections 29 of the first body 4 then overlap the projections 28 of the second body 5 and vice versa. The flange 1 thus mounted, is fixed to the mast 3 by clamping means 27. The screws 32 and spacers 33 are

  introduced into housings 26 and 35.

  The screws 32 allow the bodies 4 and 5 to be pressed against the

  mast 3 by screwing them into the spacers 33.

  In an alternative embodiment illustrated in FIG. 21,

  the clamping means 27 are a belt 34.

  This then includes the two bodies 4 and 5 and the mast 3 with a clamping system (not shown) which applies a tensile force to the two free ends of this

belt 34.

  According to another embodiment of the invention illustrated in Figures 17 to 20, the flange 1 comprises two bodies 4 each containing an association sub-assembly 65. This flange 1 then allows the association of two shafts 2

at mast 3.

  According to an alternative embodiment illustrated in Figures 17 and 18, the bodies 4 are assembled to each other

  around the mast 3 each holding a pole 2.

  The bodies 4 are arranged at the periphery of the mast 3 so that their upper longitudinal walls 8a

  are parallel and merged into one plane.

  Such an assembly allows two shafts 2 to be associated with the mast 3. In addition, the inclination of each shaft 2 is variable and

  adjusted by the adjusting means 7.

  Many configurations can be obtained in this way.

  According to another alternative embodiment illustrated in FIGS. 19 and 20, one of the bodies 4 is mounted, overturned by

compared to each other.

  The lower longitudinal wall 8b is then arranged on the opposite side of the ground, while the longitudinal wall

  upper 8a is arranged on the ground side.

  The two bodies 4 are then arranged so that the upper longitudinal wall 8a of one of the bodies 4 is parallel and coincides in the same plane with the wall

  longitudinal 8b of the other body 4.

  In the same way as above, many

configurations are obtained.

  For example, for inclines of shanks 2 set between 10 and 20 degrees, and depending on the diameter of the mast 3, a configuration called shank 2 through is obtained

  as illustrated in Figures 19 and 20.

  This configuration gives the impression that the same single pole 2 crosses the mast 3. In fact the longitudinal axes

  F, F 'of the stems 2 of the bodies 4 are then aligned.

  Thus, by the combination of the different positions of the body 4 associated with the mast 3, with the adjustment means 7, the pole 2 can take all the possible configurations.

  in the range of 0 to 180 degrees.

Claims (32)

  1. Assembly intended for producing a flange (1), itself intended to allow rigidly associating at least one pole (2) with a mast (3), the assembly (67) comprising   first a body (4) in the general form of a half   hollow shell shaped to have at least one recess (11) to allow the body (4) to be placed on the periphery of the mast (3), the body (4) comprising means contributing to allow its rigid attachment to the mast (3) and a opening (14) intended for the passage of at least one pole (2), and secondly an association sub-assembly (65), integrated in the body (4), on the one hand to maintain the pole (2 ) and on the other hand be rigidly fixed to the body (4), and   third place rigid fixing means (50) of the sub   assembly assembly (65) to the body (4) in a certain position so that the shaft (2) passes through the opening (14) of the body (4) and is found to be rigidly associated with the   mast (3) in a certain orientation thanks to the   association assembly (65) and the fixing means (19), characterized in that on the one hand the assembly (67) comprises fourthly adjustment means (7) of the fixing position of the sub-assembly association (65) with the body (4), the different fixing positions corresponding to different inclinations of the pole (2) relative to the mast (3) and in that, on the other hand, the opening (14) of the body (4) is of shape, size and position allowing the deflection of the pole (2) resulting from its different inclinations. 2. Assembly according to claim 1, characterized in that the adjustment means (7) are an integral part of the body (4). 3. Assembly according to claim 1, characterized in that   the adjustment means (7) are attached to the body (4).   4. An assembly according to any one of claims 1 to   3, characterized in that the adjustment means (7) comprise at least one wall (55 or 56) of substantially circular shape, the wall (55 or 56) comprising a toothing (58) consisting of hollows (59) and projections (60) arranged circumferentially, alternately and   regularly as a result of each other.   5. An assembly according to any one of claims 1 to   4, characterized in that the recesses (59) and the projections (60) of the wall (55 or 56) have a pitch of at least 10 degrees.   6. An assembly according to any one of claims 1 to   4, characterized in that the recesses (59) and the projections (60) of the wall (55 or 56) have a pitch of less than 10 degrees.   7. An assembly according to any one of claims 1 to   6, characterized in that the association sub-assembly (65) comprises at least one jaw (6) capable of maintaining the   pole (2) and to cooperate with the adjustment means (7).   8. An assembly according to claim 7, characterized in that the jaw (6) comprises at least one toothing (46) consisting of recesses (47) and projections (48) arranged alternately and regularly following each other. 9. The assembly of claim 8 characterized in that the toothing (46) of the jaw (6) cooperates with a toothing (58) adjustment means (7).   10. The assembly of claim 9, characterized in that the teeth (46) of the jaw (6) has a pitch identical to the teeth (58) of the adjustment means (7) cooperating with it.   11. An assembly according to any one of claims 1 to   , characterized in that the opening (14) is arranged at the opposite of the recess (11).   12. Assembly according to claim 11, characterized in that   that the opening (14) is ovoid or oblong.   13. An assembly according to any one of claims 1 to   12, characterized in that the body (4) comprises, opposite the opening (14), at least one breakable appendage (30) projecting towards the recess (11).   14. The assembly of claim 13, characterized in that the appendix (30) is intended firstly, to prevent rotation of the flange (1) on the mast (3) once mounted, and secondly to be a cable guide support (31), for example, electric.   15. Part specially intended to form part of the adjustment means (7), comprising at least one wall (55 or 56) comprising a toothing (58), consisting of recesses (59) and projections (60) arranged alternately and regularly at following each other.   16. Part according to claim 15, characterized in that it comprises two walls (55, 56) forming a disc (51) extending parallel and adjoining one another,   each wall (55, 56) comprising a toothing (58).   17. Part according to claim 15 or 16, characterized in that each toothing (58) is arranged circumferentially on each wall (55, 56), the recesses (59) of the first wall (55) being in opposition to the   protrusions (60) of the second wall (56).   18. Jaw specially intended to be part of an association sub-assembly (65), comprising at least one part forming a housing (66) for receiving a part of the shaft (2), characterized in that it comprises at . at least one substantially flat wall (45) disposed opposite the housing wall (66), intended to cooperate with the adjustment means (7).   19. Jaw according to claim 18, characterized in that the wall (45) is substantially circular and has a toothing (46) consisting of recesses (47) and projections (48), arranged alternately and regularly at its circumference.   20. Jaw according to any one of claims 17 to   19, characterized in that it comprises at its end part (42) opposite the elongated part (38), a curved cutout (43) intended to allow the passage of a cable (31), for example, electric.   21. Flange intended to allow at least one pole (2) to be associated with a mast (3), characterized in that it comprises at least one assembly (67) conforming to any one of   claims 1 to 14 and clamping means (27) of the flange (1) to the mast (3).   22. Flange according to claim 21, characterized in that it comprises two assemblies (67) rigidly assembled to one another by clamping means (27), their   recesses (11) being opposite one another.   23. Flange according to claim 21 or 22, characterized in that the two assemblies (67) are arranged so that the upper longitudinal walls (8a) of the bodies   (4) are parallel and merged into the same plane.   24. Flange according to claim 21 or 22, characterized in that the two assemblies (67) are arranged so that the upper longitudinal wall (8a) of one of the bodies (4) is parallel and coincides in the same plane with the wall   longitudinal lower (8b) of the other body (4).   25. Flange according to claim 22, characterized in that the clamping means (27) comprise screws (32) and spacers (33) 26. Flange according to claim 22, characterized in that the clamping means (27) comprise at least one belt (34).   27. Construction comprising a mast (3) and at least one pole (2), characterized in that the mast (3) is associated with the pole (2) by a flange (1) conforming to one of the claims 21 to 26.   28. Construction according to claim 27, characterized in that the mast (3) has a conical, octagonal shape, cylindrical or the like.   29. Method for mounting a flange (1) intended to allow at least one pole (2) to be associated with a mast (3) according to one   any of claims 21 to 28, characterized in   that it comprises the following stages: - mounting the jaws (6) around the shaft (2), - assembling the adjustment means (7) to the jaws (6), so as to obtain a subassembly of association ( 65), - introduce this association sub-assembly (65) into the opening (14) of the body (4), the jaws (6) and the shaft (2) projecting from the opening (14) towards the exterior, - attach this association sub-assembly (65) to the body (4) so as to obtain an assembly (67),   - assemble the assembly (67) to the mast (3).   30. The method of claim 29, characterized in that prior to the introduction of the association subassembly (65) and the pole (2) in the body (4), the inclination of the pole (2) relative to the mast (3) is   adjusted by the adjusting means (7).   31. The method of claim 29 or 30, characterized in that the flange (1) is removable to allow to adjust at any time the inclination of the pole (2) relative to the   mast (3), at the mounting location for example.   32. Method according to any one of claims 29 to   31, characterized in that the association sub-assembly (65) is adapted to the shape of the mast (3) by removing at least one appendage (30) at the mounting location by example.