Classifications

• • G—PHYSICS
  • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
  • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
  • G09F15/00—Boards, hoardings, pillars, or like structures for notices, placards, posters, or the like
  • G09F15/0006—Boards, hoardings, pillars, or like structures for notices, placards, posters, or the like planar structures comprising one or more panels
  • G09F15/0037—Boards, hoardings, pillars, or like structures for notices, placards, posters, or the like planar structures comprising one or more panels supported by a post
• • E—FIXED CONSTRUCTIONS
  • E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
  • E01F—ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
  • E01F9/00—Arrangement of road signs or traffic signals; Arrangements for enforcing caution
  • E01F9/60—Upright bodies, e.g. marker posts or bollards; Supports for road signs
  • E01F9/696—Overhead structures, e.g. gantries; Foundation means specially adapted therefor
• • G—PHYSICS
  • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
  • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
  • G09F15/00—Boards, hoardings, pillars, or like structures for notices, placards, posters, or the like
  • G09F15/0006—Boards, hoardings, pillars, or like structures for notices, placards, posters, or the like planar structures comprising one or more panels
  • G09F15/0025—Boards, hoardings, pillars, or like structures for notices, placards, posters, or the like planar structures comprising one or more panels display surface tensioning means

Definitions

• the present invention relates to an information display device.
• This invention relates to the field of the manufacture of street furniture, more particularly that of the manufacture of display devices.
• Such a lollipop has many disadvantages.
• car or pedestrian traffic in front of such a pacifier often obscures the message displayed.
• such a pacifier has a reduced display surface and easy access to malicious individuals likely to cause damage.
• an information display device comprising, on the one hand, two mats implanted, each on one side of the roadway and, on the other hand, an information carrier, adopting the shape a calico, a banner or the like, and extending in height, above the floor, and between these two mats.
• Such a device substantially improves the visibility of the information to be displayed but still presents, and still for the replacement of the information medium, the disadvantage of requiring a risky, long and tedious height intervention, more particularly by involving two operators. taking place in two nacelles mounted on two gears positioned on either side of the roadway.
• the present invention is intended to overcome the disadvantages of information display devices of the state of the art.
• the invention relates to an information display device comprising:
• At least a first vertical mat extending along an axis, and intended to be anchored to the ground and / or in the ground;
• a horizontal cross extending from the first vertical mat, and provided with means for receiving at least one information carrier, including a calico, a banner or the like;
• Means for mounting the cross member on the first vertical mat comprising, on the one hand, a means for mounting the cross member in longitudinal displacement relative to the first mat and, secondly, a means for mounting the cross in rotation with respect to this first mat, this along an axis parallel to the axis of extension of the first mat.
• This information display device also comprises a second vertical mat, extending along an axis parallel to the axis of extension of the first vertical mat, intended to be anchored to the ground and / or in the ground, and provided with means for receiving a free end, which comprises the cross member, and which is opposite a first end of the crossbar mounted on the first vertical mat through the mounting means, this in the service position of the cross member.
• the device comprises means for mounting the cross member receiving the information carrier, this also in longitudinal displacement relative to the first vertical mat in rotation relative thereto.
• the mounting means comprises a motor associated with a base, or even a jack associated with a console.
• a base and such a console are movable relative to the first mat and, in the service position of the information carrier (that is to say when it extends over the road), are out of reach of an ill-intentioned individual and likely to cause damage.
• the motor and / or the cylinder are of electrical type and, on the other hand, the device comprises a means for the electrical connection of this engine and this cylinder to a source of electrical energy.
• a source of energy in the form of a power supply equipping a response vehicle or a dedicated battery, in particular a mobile battery, more particularly carried on board such an intervention vehicle.
• FIG. 2 is a diagrammatic perspective and dive view of the device illustrated in FIG. 1;
• FIG. 3 is a schematic view, corresponding to a detail of Figure 1, and illustrating mounting means of the cross member on the first vertical mat;
• FIG. 5 is a schematic view in section along the V-V of the crosspiece that comprises the device according to the invention and illustrated in Figure 1.
• the present invention relates to the field of the manufacture of street furniture, more particularly that of the manufacture of information display devices.
• This invention will find a particularly suitable application when it comes to display information on an information medium, on the one hand, consisting of a calico, a banner or the like and on the other hand, intended for s extend a few meters above the ground and between two distant points, especially over a roadway or taxiway.
• the invention relates, then, to such an information display device 1 comprising, on the one hand, at least a first vertical mat 2, extending along an axis 20, and intended to be anchored to the ground 3 and / or in the ground 3 and, on the other hand, a horizontal crossbar 4, extending from this first vertical mast 2, and provided with means 40 (described below) to receive at least one information carrier 5, plus particularly constituted by a calico 50, a streamer or the like.
• This device 1 also comprises means 6 for mounting such a crossbeam 4 (more particularly a first end 41 that includes such crossbeam 4) on the first vertical mat 2.
• the means 6 for mounting such a cross member 4 on such a first mat 2 comprise, on the one hand, a means 7 for mounting the cross member 4 in longitudinal displacement relative to the first mat 2 and, on the other hand, part, a means 8 for mounting the crosspiece 4 in rotation relative to the first mat 2, this along an axis parallel to the axis 20 of extension of the first mat 2.
• the latter comprises, on the one hand, at least one base (70; 70 ') which is slidably mounted along first mat 2
• this mounting means 7 preferably comprises two bases (70; 70 ') spaced along said first vertical mat 2.
• Such a base (70; 70 ') has an opening, on the one hand, receiving, internally and in a through manner, the first vertical mat 2 and, on the other hand, having a section (in particular polygonal, preferably square) corresponding at the section of the first mat 2 and / or permitting only a sliding of such a base (70; 70 ') with respect to this first mat 2 (excluding any rotation).
• an element 9 that comprises the device 1, which comprises at least one such base (70; 70 '), and which is made integral ( more particularly in rotation) the horizontal crossbar 4.
• this means 7 for mounting the cross member 4 in longitudinal displacement relative to the first mat 2 comprises at least one means 71 for slidably driving at least one such base (70; 70 ') with respect to the first mat 2.
• such sliding means 71 comprises, on the one hand, a plurality of notches (more particularly in the form of a rack or the like ) fitting longitudinally the first mat 2 and, on the other hand, equipping a base (70; 70 '), at least one motor and at least one toothed gear, each driven in rotation by such a motor, and cooperating with the notches equipping the first mast 2.
• such a sliding drive means 71 preferably comprises two motors, which advantageously makes it possible to increase the security of the display device 1 according to the invention.
• a preferred embodiment is that such a motor is of the electric type and comprises a speed reducer which has the advantage, in case of power failure and / or motor failure, of preventing an involuntary movement of descent of the crossing 14.
• the means 6 for mounting a cross member 4 on the first mat 2 comprise a means 8 for mounting the crosspiece 4 in rotation relative to the first mat 2.
• this means 8 of rotational mounting is designed to allow a rotation of the crosspiece 4 between, on the one hand, a first position corresponding to a service position in which the cross member 4 extends over and across of the roadway or of a traffic lane, this to allow the public consultation of the information on the information carrier 5 and, secondly, a second position corresponding to a position of intervention in which the cross 4 extends parallel to the roadway or to a traffic lane (more particularly above a sidewalk or a shoulder), this to allow the intervention of an operator on the crosspiece 4, particularly with a view to replacing the information carrier 5.
• this means 8 for mounting said crosspiece 4 in rotation relative to said first mat 2 the latter 8 comprises at least one bracket (80; 80 ') on which or on which is mounted in rotation said crossbar 4.
• an element 9 which comprises the device 1, which comprises at least one such console (80; 80 '), and which is secured (more particularly in sliding) of the first mat 2.
• such an element 9 is in the form of a moving part (preferably only in sliding) relative to the first mat 2 and comprising, on the one hand, at least one base (70; 70 ') of the means 7 for mounting the cross member 4 in longitudinal displacement relative to the first mat 2 and having the characteristics described above and, secondly, at least one bracket (80; 80') of the means 8 for mounting 4 cross in rotation and having, again, the characteristics described above.
• this means 8 for mounting the crosspiece 4 in rotation can be designed to allow manual control of the rotation of this crosspiece 4, more particularly with the aid of a tool (particularly in the form of a boom) operated by an operator.
• this means 8 for mounting the crosspiece 4 in rotation also comprises at least one means 81 for rotating this cross member 4 relative to such a bracket (80; ').
• Such a rotary drive means 81 is constituted by a jack comprising, on the one hand, a cylinder body associated with a bracket (80; 80 ') and, on the other hand, a movable jack rod. relative to the cylinder body, and associated with the crossbar 4.
• the sliding drive means 71 (more particularly a motor as mentioned above and that includes such a sliding drive means 71) and / or the drive means 81 in rotation (more particularly a cylinder as mentioned above and that includes such a drive means 81 in rotation) are of the electric type.
• the device 1 further comprises means for electrically connecting such a drive means (71; 81), more particularly an electric motor or an electric jack that includes such a drive means (71; ), this to a source of electrical energy.
• connection means comprises at least one electrical cable and at least one means for connecting such an electric cable to a source of electrical energy.
• connection means may be designed to provide a connection, either with a power supply cable of the public lighting, or with a complementary connection means (socket) fitted to a vehicle intervention, either with a dedicated battery (especially nomadic, more particularly carried on board such a vehicle intervention), or with an autonomous photovoltaic panel equipping the device 1.
• the device further comprises means 10 for preventing the longitudinal displacement of the cross member 4 with respect to the first mat 2, this at least in the service position of this crosspiece 4.
• Such means 10 advantageously make it possible to prevent a fall and / or a maneuvering of the crossmember 4, when this crossmember 4 is in the service position, that is to say, when the latter 4 extends over the roadway.
• these means 10 to prevent the longitudinal displacement of the cross member 4 relative to the first mat 2 may, and additionally, be designed to prevent such displacement for a given angular stroke of the crossbar 4 during the rotation of this crossbar 4 from this service position.
• such means 10 prevent a descent of the crossbar 4 along the first mat 2 while this cross 4 extends further over the roadway and, secondly, allow such a descent only when the cross 4 extends over a sidewalk or a shoulder bordering such a roadway.
• such means 10 for preventing longitudinal displacement comprise, on the one hand, a bearing surface 100 which is provided with the first mat 2 (more particularly near or at its upper end) and, on the other hand, on the other hand, a stop 101 of which the cross member 4 is provided (more particularly near or at its first end 41) and which cooperates with said bearing surface 100 of the first mat 2 while bearing against it 100, this in service position as well as for the determined angular travel of this crossbar 4.
• this crosspiece 4 comprises a structure made by assembling, in particular by welding and / or screwing, a plurality of longitudinal brackets 42 and transverse plates 43.
• this structure comprises a plurality of transverse plates 43, parallel to each other, triangular (more particularly isosceles), respectively (and preferably as shown in Figure 5) trapezoidal, and having a base, respectively a large one. base and a small base.
• such a transverse plate 43 consists of two plane elements (430; 430 ') of rectangular triangular shape, respectively (and preferably as shown in FIG. 5) trapezoidal rectangle, whose bases, respectively perpendicular sides. at the bases, are juxtaposed, even assembled.
• the base respectively the perpendicular side of the bases, of at least one right triangular or rectangular trapezoidal element (430; 430 ') comprises a longitudinal wing 431 extending from this base respectively from this side, this so perpendicular to the plane in which such an element extends (430; 430 ').
• the side perpendicular to the base, respectively at least one base, of at least one rectangle-shaped triangular, respectively trapezoidal, element (430; 430 ') comprises a transverse wing 432 extending from this side perpendicularly, respectively from such a base, this perpendicular to the plane in which such an element (430; 430 ') extends.
• longitudinal wing 431 and / or the transverse wing 432 may advantageously be defined by folding of said element (430; 430 ') of the transverse plate 43
• This structure also comprises a plurality of longitudinal angles 42, extending in the direction of the length of the cross member 4 and transversely to the transverse plates 43, and comprising:
• a first wing extending in a plane parallel to the plane in which the transverse wing 432 extends, and is made integral with this transverse wing 432 (more particularly of a median part of this transverse wing);
• transverse plate 43 (more particularly of the small base of such a transverse plate 43);
• a second wing perpendicular to the first wing, and either juxtaposed (or leaned against) with the second wing of another longitudinal bracket secured to a transverse wing 432, or secured to the longitudinal wing 431 of an element; (430; 430 ') triangular rectangle or trapezoidal rectangle of a transverse plate 43.
• this crossbar 4 may, again, comprise means (more particularly in the form of bracons or the like) designed to prevent the buckling of this crossbar 4, more particularly to prevent the buckling of the angles
• means for preventing buckling are constituted by the transverse plates 43, more particularly by the assembly of the two right triangular, respectively trapezoidal rectangular planar elements (430; 430 ') constituting, at least in part such a transverse plate 43.
• the crosspiece 4 comprises a protective cover 44, surmounting the structure of the crossbar 4, and having two longitudinal edges made integral, each, of the second wing of a longitudinal bracket 42 whose first wing is secured to the end of the transverse flange 432 of an element (430; 430 ') of the transverse plate 43.
• the cross member 4 of the device 1 according to the invention comprises means 40 for receiving at least one information carrier 5.
• such receiving means 40 are constituted by at least one pair of grooves (400; 400 '), and that the two grooves (400; 400') of such a pair of grooves (400; 400 '), on the one hand, extend parallel to one another (400; 400') and longitudinally relative to the cross-member 4 and, on the other hand, are intended to cooperate, each (400; 400 '), with a rod (51; 51') fitting, longitudinally, the two opposite longitudinal edges (52; 52 ') of the information carrier 5.
• grooves (400; 400 ') are integral with the structure of the crossbar 4. More particularly and as can be seen in FIG. 5:
• One 400 of these grooves (400; 400 ') is secured to a longitudinal edge of the protective cover 44 and / or a longitudinal angle 42 secured to a transverse flange 432 of a member (430; 430 ') of a plate 43 (more particularly of the second wing of a longitudinal angle 42 whose first flange is secured to the end of such a transverse flange 432) of the structure of the crossbar 4; while the other groove 400 'is integral with a longitudinal angle 42 (more particularly the first wing of such a longitudinal angle 42) secured to a transverse plate 43 (more particularly the small base of such a transverse plate 43) and / or the longitudinal flange 431 of a right triangular or trapezoidal triangular element (430; 430 ') of such a transverse plate 43.
• the device 1 comprises at least one means 11 for tensioning the information carrier 5, in order to immobilize this information carrier 5 with respect to the cross member 4.
• this means 11 for tightening is constituted by means 110 for rotating, on the crossbar 4 (more particularly on the structure of this crossbar 4), at least one groove (400; 400 ') d at least one pair of grooves (400; 400 ') of the receiving means 40, this, on the one hand, along an axis parallel to the extension direction of such a groove (400; 400') and, d on the other hand, between a folded position (corresponding to a relaxed position of the information carrier 5 and illustrated in FIG. 5 in dashed lines) and an unfolded position (corresponding to an extended position of the information carrier 5 illustrated in FIG. ) of such a groove (400; 400 ').
• such a rotational mounting means 110 is constituted by a hinge comprising, on the one hand, a first portion secured to the cross member 4 (more particularly a longitudinal angle 42 of the structure of this cross member 4) and on the other hand, a second part, articulated with respect to the first part, and receiving a groove (400; 400 ') of the receiving means 4 of the information carrier 5.
• the crosspiece 4 further comprises means for illuminating the information carrier 5.
• Such means for illuminating are positioned at the rear of this information carrier 5, this for a backlight of that 5.
• a preferred embodiment consists of in that these means for illuminating are constituted by electroluminescent diodes (LEDs).
• the invention relates to an information display device 1 comprising at least one vertical mat 2.
• This device 1 comprises, then and as described above, a first vertical mat 2.
• this device 1 comprises, again, a second vertical mat 12, in particular constituted by a vertical pole 12.
• This second vertical mat 12 on the one hand, is intended to be anchored to the ground 3 and / or in the ground 3 and, on the other hand, completes the first vertical mat 2 and extends along an axis 120 parallel to this first mat 2.
• This second vertical mat 12 is provided (more particularly near its upper end) with means 121 for receiving a free end 45, which comprises the cross member 4, and which is opposite the first end 41 of this cross member 4 mounted on the first mat 2 through the mounting means 6 described above, this in the service position of this cross 4.
• Such means 121 for receiving the free end 45 of the crosspiece 4 comprise means for locking the crosspiece 4 in its operating position.
• Such locking means advantageously make it possible to maintain this crossmember 4 in this service position, more particularly against a phenomenon (for example the wind) or an action (in particular exerted by a unauthorized or ill-intentioned individual) who would tend to bring this cross 4 out of this service position.
• such means for locking may consist of a hook attachment with which cooperates, in its operating position, said crossbar 4, more particularly an opening that includes such a cross 4 (especially near its free end 45 ), through which a such hook attachment is likely to extend, and which has a border which attaches this hook hook (Figure 4).
• Such a receiving means 121 can be completed by a ramp for access to the hooking hook along which the free end 45 of the crosspiece 4 progresses, this during the rotation and / or the rise of this crossbar 4 and during a maneuver intended to bring this cross 4 to the service position.
• the maneuver to bring the cross 4 into the service position is to ensure the mounting of the crossbar 4, in particular to a position in which the crossbar 4 is positioned above the locking means, or is in abutment with means forming abutment (including equipping the first vertical mat 2).
• the maneuver consists, then, in ensuring the descent (in particular preceded by a rotation) of such crossbeam 4 for it to cooperate with these locking means.
• the maneuver is to ensure the rise of this cross 4, in particular to a position in which this cross 4 is positioned above the locking means, or is in abutment (as described above). The maneuver is then to ensure the rotation of the cross 4 and the descent of the cross 4 to the intervention position.
• these maneuvers can be controlled from a control panel that includes the device 1 and which equips, in particular, the first vertical mat 2.
• these maneuvers are then performed without intervening either on the cross member 4 or on the second mat 12, in particular without intervention in height.
• the device 1 comprises a first vertical mat 2 and a second vertical mat 12, intended to be anchored to the ground 3 and / or in the ground 3.
• the device 1 comprises at least one sole 13 intended to be anchored to the ground 3 and / or in the ground 3.
• Such a sole 13 comprises a structure 132 (in particular of the metal type) intended to be engaged in the ground (3), or even (and preferably) to be concreted in the ground (3).
• Such a sole 13 further includes a means 130 designed to provide protection, particularly peripheral, of the vertical mat (2; 12).
• a means 130 is, more particularly, designed to provide protection against an impact that may be caused by a vehicle traveling on the roadway over which extends the crossbar 4 of the device 1 of information display according to the invention.
• such a means 130 for providing protection for the vertical mat (2; 12) can be constituted by a belt and / or a strapping of this vertical mat (2; 12), in particular made of sheet metal (more particularly constituted by a sheet metal plate or sheet metal plate assembly), defining a volume that can be filled with soil.
• such a sole 13 comprises a means 131 for receiving, in particular by interlocking, the lower end of such a vertical mat (2; 12), as the case may be, the lower end of the first vertical mat 2 or the second mat. vertical 12.
• the display device 1 further comprises means (more particularly in the form of stays with the analogue) for connecting such a sole 13 to an upper end that includes such a vertical mat (2; 12). .

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• Engineering & Computer Science (AREA)
• Physics & Mathematics (AREA)
• General Physics & Mathematics (AREA)
• Theoretical Computer Science (AREA)
• Architecture (AREA)
• Civil Engineering (AREA)
• Structural Engineering (AREA)
• Road Signs Or Road Markings (AREA)
• Devices For Indicating Variable Information By Combining Individual Elements (AREA)

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• 2011
  • 2011-01-28 FR FR1150673A patent/FR2971077B1/fr not_active Expired - Fee Related
• 2012
  • 2012-01-24 WO PCT/FR2012/050146 patent/WO2012101370A1/fr active Application Filing
  • 2012-01-24 EP EP12705363.5A patent/EP2668648A1/de not_active Withdrawn

Non-Patent Citations (1)

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