Patent Application
20220307209
The subject matter of the invention is a mobile spread-out separating and protecting barrier designed to protect the sites of accidents and breakdowns, to separate fire brigade access routes, outdoor events, to protect against adverse weather conditions, and/or to serve advertising purposes.
It is known from the description of the invention US20130008064 an inflatable signboard capable of easily coupling. An inflatable signboard capable of easily coupling an inflatable pillar includes a support which is put on the ground and a coupling bar which is a coupling medium positioned between the support and an inflatable pillar erected on the upper part of the support, wherein a pillar insertion groove into which the inflatable pillar is capable of being inserted is formed on an upper surface of the coupling bar, a gap of the pillar insertion groove is filled with a wooden lath, and the coupling bar, the wooden lath, and the inflatable pillar are penetrated and fixed simultaneously through a plurality of fixing pieces, thereby coupling the inflatable pillar easily.
It is known from the description of the invention number BE1017450 controls and a communication module including for controlling the height of the so-called sky-tubes, which are tubes through which air is blown in order to inflate them so that they adopt a vertical position. The base unit houses an energy source for at least one fan located inside a compartment which in turn is located beneath another compartment connected to at least one sky-tube. A grate is located between the two compartments.
It is known from the description of the invention number US4186912 an accident screen kit comprising an elongated fabric screen of light-reflective material, preferably of alternating stripes. The material is in the form of an elongated strip which is supported at each end by a folding post of a light weight tubular plastic material. The posts are each provided with mounting cables for supporting the same in a position obscuring the site of an accident from the view of passing motorists. The fabric is also provided with a plurality of elongated slots which permit passage of air and thus prevent wind damage. The use of this accident screen obscures accident sites and prevents the inevitable slowdown in traffic passing the site of an accident. The accident screen is highly portable and may be handled and erected by one person.
It is known from the description of the invention number US6036249 an accident shield device. The present invention is a low cost, easy to operate, and ever handy device of blocking views of accidents, stalled cars or other incidents. This is accomplished by an accident shield device unit installed in the trunk of official vehicles which can be assembled by a single person in a few minutes. The unit consists of a screen which is large enough to prevent most passersby (motorists or pedestrians) from viewing the scene. As a result, this device aids in maintaining traffic flow and safety by preserving the natural momentum of traffic and keeping other drivers focused on traffic conditions, rather than the accident scene or stalled vehicle.
It is known from the description of the invention number US2017167091 a portable traffic incident screen. A portable free-standing traffic incident screening assembly of flexible fabric (tarp, screen, etc.) stretched between at least two stanchions, each stanchion having at least three adjustable legs, flexible telescoping vertical extension portions, and removable ballast. The portable screens defend incident sites by establishing privacy, reduce the probability of secondary accidents due to an unprotected scene, and provide a secure environment for incident investigators.
The essence of the invention is the mobile spread-out separating and protecting barrier, which consists of air-filled side walls and a base, and which is characterized in that at least two side walls are hinged together in the upper part and connected with at least one plane that constitutes the base, wherein the side walls preferably have at least one hole. Preferably, the surface area of the hole in the side walls is 10% to 85% of the side walls′ total surface area.
Preferably, the angle between the side walls is 15° to 90°.
Preferably, the side walls are hinged together with the base at both connecting edges.
Preferably, the base consists of three transverse planes.
Preferably, the three transverse planes of the base make up 10% to 94% of its total surface area.
Preferably, the opposing walls have a hole that is positioned opposite itself.
Preferably, the opposing walls have a hole that is offset in relation to itself.
Preferably, one side wall has one hole and the other side wall has two holes located in different places in relation to each other.
Preferably, the side walls have two symmetrical holes.
Preferably, the side walls are hinged together with the base at both connecting edges.
Preferably, the height of the triangle formed by the side walls is greater than the width of the plane of the base.
Preferably, each side wall and the base have a filling valve.
Preferably, a side wall and the base have a shared filling valve that is connected to the individual side walls and to the planes of the base via a distributor.
Preferably, the side walls and the base are made of two layers of woven polyester fabric coated with synthetic polymers.
The invention allows to obtain a stable mobile spread-out separating and protecting barrier. As a result of the hinged connection of the side walls and the plane of the floor, after inflation the walls and the floor become interlocked, which results in obtaining a structure that is is able to maintain the set, designed shape regardless of weather conditions. The applied holes in the walls allow to achieve a lower weight of the whole structure, and reduce the space to be inflated, which reduces the surface area of the structure that is affected by external forces, thus increasing its resistance to adverse weather conditions.
Also the application of a divided plane of the base of the invention allows to reduce the weight of the structure, reduce its volume, and obtain space needed to attach ballasts that stabilize the structure and hold the structure in place.
With regard to gusts of wind, the angular inclination of the barrier's walls applied in the invention allows to reduce the force with which the wind acts on it, which translates into the structure's increased resistance to weather conditions.
The open space—i.e. no walls that would close the structure between the walls inclined toward each other—allows free flow of air inside/along the barrier, which increases its resistance to weather conditions too.
The application of drop-stitch material in the barrier, which material takes the form of a module after being inflated to the set pressure, and which material has a relatively rigid structure with the set shape and is able to maintain this shape over time, in adverse weather conditions. The barrier made of drop-stitch material can withstand high loads and deflections (deviations from the original shape). What is more, the application of material that becomes hard after inflation allows to fit the structure with additional equipment-mounting points and to achieve additional functions, e.g. lighting, or magnetic boards for holding tools.
The subject matter of the invention is shown in the drawing, where
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to one plane that constitutes the base 2, wherein the side walls 1 have one hole 3. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to one plane that constitutes the base 2, wherein the side walls 1 have one hole 3 that is positioned opposite itself. The surface area of the hole 3 in the side walls 1 is 10% of their total surface area. The angle between the side walls 1 is 15°. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to one plane that constitutes the base 2, wherein the side walls 1 have one hole 3 that is offset in relation to itself. The surface area of the hole 3 in the side walls 1 is 83% of their total surface area. The angle between the side walls 1 is 90°. The side walls 1 are hinged together with the base 2 at both connecting edges. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to one plane that constitutes the base 2, wherein the side walls 1 have two symmetrical holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 60% of their total surface area. The angle between the side walls 1 is 80°. The side walls 1 are hinged together with the base 2 at both connecting edges. The side walls 1 and the base 2 have a shared filling valve 4 that is connected, via a distributor, to the individual side walls 1 and the plane of the base 2. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to one plane that constitutes the base 2, wherein the side walls 1 have two holes 3 that are offset in relation to themselves. The surface area of the hole in the side walls 1 is 30% of their total surface area. The angle between the side walls 1 is 36°. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to two planes that constitute the base 2, wherein the side walls 1 have three symmetrical holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 85% of their total surface area. The angle between the side walls 1 is 60°. The side walls 1 are hinged together with the base 2 at both connecting edges. The side walls 1 and the base 2 have a shared filling valve 4 that is connected, via a distributor, to the individual side walls 1 and the planes of the base 2. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
Embodiment VII
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two symmetrical holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 43% of their total surface area. The angle between the side walls 1 is 36°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 46% of its total surface area. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two symmetrical holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 55% of their total surface area. The angle between the side walls 1 is 35°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 30% of its total surface area. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two symmetrical holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 60% of their total surface area. The angle between the side walls 1 is 36°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 35% of its total surface area. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two symmetrical holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 43% of their total surface area. The angle between the side walls 1 is 36°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 46% of its total surface area. The height of the triangle formed by the side walls 1 is greater than the width of the plane of the base 2. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two symmetrical holes 3 that are offset in relation to themselves. The surface area of the hole in the side walls 1 is 57% of their total surface area. The angle between the side walls 1 is 80°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 58% of its total surface area. The height of the triangle formed by the side walls 1 is greater than the width of the plane of the base 2. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 2.5% of their total surface area. The angle between the side walls 1 is 40°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 1% of its total surface area. The height of the triangle formed by the side walls 1 is greater than the width of the plane of the base 2. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein the side walls 1 have two holes 3 positioned opposite themselves. The surface area of the hole in the side walls 1 is 83% of their total surface area. The angle between the side walls 1 is 90°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 94% of its total surface area. The height of the triangle formed by the side walls 1 is greater than the width of the plane of the base 2. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
In the embodiment, the mobile spread-out separating and protecting barrier consists of the air-filled side walls and base. The two side walls 1 are hinged together in the upper part and connected to three transverse planes that constitute the base 2, wherein one side wall 1 has one hole 3, and the other side wall has two holes 3 located in different places in relation to each other. The surface area of the hole in the side walls 1 is 83% of their total surface area. The angle between the side walls 1 is 90°. The side walls 1 are hinged together with the base 2 at both connecting edges. The three transverse planes of the base 2 make up 94% of its total surface area. The height of the triangle formed by the side walls 1 is greater than the width of the plane of the base 2. Each side wall 1 and the base 2 have a filling valve 4. The side walls 1 and the base 2 are made using the drop-stitch technique, i.e. two layers of woven polyester fabric coated with synthetic polymers.
| Number | Date | Country | Kind |
|---|---|---|---|
| P.429914 | May 2019 | PL | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/PL2020/050039 | 5/13/2020 | WO |
