The invention relates to an outdoor advertising structure with a tilting, lowerable screen, formed by a pedestal and a screen whereon the advertisement is placed, and which does not put up resistance to the passage of wind. The invention has a mechanism that allows the screen to tilt during strong winds and to return to the vertical position when the wind stops or loses strength. It also has a mechanism that allows the advertising material exhibited on the screen to be constantly and uniformly held taut, especially when said advertising material is made of a type of canvas or similar material. The pedestal is formed by two tubes of different diameters, which, by means of a lifting mechanism, allow the upper screen to be lowered in order to replace the exhibited advertisement, or to carry out repairs and/or maintenance. The invention reduces to minimum accidents that occur when carrying out any intervention, as well as the likelihood of the structure collapsing. It also reduces costs relating to materials, production, cranes, transportation, lying of foundations and maintenance. The invention also reduces the amount of graffiti and undoubtedly improves the aesthetics of the urban landscape.

A modular poster print stretch frame for displaying a variety of sizes of poster prints. The modular poster print stretch frame may comprise a plurality of modular frame sections, each having a section body and two or more connectors disposed on at least two faces of the section body, each connector being configured to link the modular frame section to at least one other modular frame section. Modular frame sections may also include a plurality of retaining structures which may be used to retain a fabric sheet, such as a poster print. Some or all of the modular frame sections may be substantially identical to and interchangeable with each other, allowing for simple and easy assembly of the modular poster print stretch frame to a variety of sizes.

The present disclosure is directed to a mounting bracket assembly for displaying a banner including a base plate having a proximal end and a distal end. The base plate includes a first clamping surface, an upwardly-extending stretch arm at the distal end of the base plate, and a vertical channel disposed between the first clamping surface and the upwardly-extending stretch arm. Additionally, the mounting bracket assembly includes a clamping arm removably coupled to the base plate. The clamping arm has a proximal end and a distal end. In some examples, the clamping arm includes a second clamping surface and a downwardly-extending stretch arm disposed at the distal end of the clamping arm. The downwardly-extending stretch arm may be configured to extend into the vertical channel of the base plate. The mounting bracket assembly may further include a cover configured to couple to the base plate over the clamping arm.

A display sign and a method of disposing the display sign are disclosed in which the display sign includes a first panel made of a first flexible substrate having a first side portion, a second panel made of a second flexible substrate having second side portion, and a strap having an elastic portion. A first end of the strap is secured to the first panel, a second end of the strap is secured to the second panel, and the strap couples the first side portion and the second side portion.

A communicating board includes: a display medium including a sheet of fabric, the sheet of fabric comprising, on at least one surface, loops intended to cooperate with a gripping strip provided with hooks; at least one first gripping strip provided with hooks enabling to hold in position the display medium, and at least one substantially rectilinear profile including a first planar connecting surface having the at least one first gripping strip provided with hooks positioned thereon. The first planar connecting surface is inclined towards a rear surface of the display medium when the latter cooperates with the at least one first gripping strip provided with hooks, the first planar connecting surface forming with a visible planar surface of the display medium an angle greater than 30.

A communicating board includes: a display medium including a sheet of fabric, the sheet of fabric comprising, on at least one surface, loops intended to cooperate with a gripping strip provided with hooks; at least one first gripping strip provided with hooks enabling to hold in position the display medium, and at least one substantially rectilinear profile including a first planar connecting surface having the at least one first gripping strip provided with hooks positioned thereon. The first planar connecting surface is inclined towards a rear surface of the display medium when the latter cooperates with the at least one first gripping strip provided with hooks, the first planar connecting surface forming with a visible planar surface of the display medium an angle greater than 30.

The invention discloses a popup display, including at least one freely combinable tension fabric popup display, wherein the tension fabric popup display includes an exhibit grid frame, and aluminum grooved straight rods. The eight sides on the two planes of the exhibit grid frame are connected to the aluminum grooved straight rods. A popup display with a preset size and shape is provided by combining a plurality of tension fabric popup displays as needed. The aluminum grooved straight rods for the adjacent tension fabric popup displays are locked by a plurality of fasteners. The display before or after the combination is formed by inserting the silicon strips at the edges of the display into the grooves of grooved straight rods. The tension fabric popup displays of the invention can be combined freely to form various shapes, which are seamlessly attached by the fasteners.

A method of providing information on an interior of a shelter via a sail is presented. The method includes attaching a first fastener of the sail to a peak bracket of the shelter and attaching a second fastener of the sail to a leg bracket of the shelter. The method also includes attaching a third fastener of the sail to a first joint of the shelter and attaching a fourth fastener of the sail to a second joint of the shelter.

Disclosed herein are implementations, including a system comprising an advertising structure comprising a first board and a second board pivotably coupled to the first board along respective top edges of the boards such that when the boards are pivotably actuated from a folded to an unfolded position, the boards define a tent-shaped structure. The system further includes one or more handles coupled to the advertising structure at a first side of the advertising structure, and a cover structure comprising two sheets coupled to form an enclosure comprising a first opening of a first size to receive the advertising structure and the handles, and a second opening through which the handles displaced through the enclosure are received. The second opening is of a second size smaller than the first size to inhibit the advertising structure from passing through the second opening.

In one example, a quadrilateral display includes a shroud including a first section, a second section, a third section and a fourth section, the first section, the second section, the third section and the fourth section being rotatably disposed relative to adjacent ones of the first section, the second section, the third section and the fourth section and a plurality of anchors including a first anchor attached to the first section, a second anchor attached to the second section, a third anchor attached to the third section and a fourth anchor attached to the fourth section, the plurality of anchors being disposed in a first position within the shroud in a stowed position and a second position within the shroud in a deployed position. A first elastic member connects the first anchor and the second anchor to bias the first section and the second section toward one another about the first joint and a second elastic member connects the third anchor and the fourth anchor to bias the third section and the fourth section toward one another about the second joint. The first elastic member and the second elastic member bias the shroud from a stowed position to a deployed position with the first section, the second section, the third section and the fourth section forming a quadrilateral shape when the plurality of anchors are positioned in the second position.