DE102023108404A1 - Device for protecting, especially people, in outdoor areas from environmental influences - Google Patents

Abstract

The device for protecting, in particular people, outdoors from environmental influences such as wind, sand, sun, precipitation, insects and other animals, in particular from drifting sand, is characterized in that the device has a rectangular floor surface (7) and trapezoidal walls (9) attached to the sides of the floor surface (7), which adjoin the sides of the floor surface (7) with their shorter base sides, that the adjacent trapezoidal legs of the trapezoidal walls (9) can be detachably connected to one another and that the outer corners of the trapezoidal walls (9) can be fixed to the floor when the trapezoidal legs are connected to one another.

Description

The invention relates to a device for protecting, in particular, people, outdoors from environmental influences such as wind, sand, sun, precipitation, insects and other animals, in particular from drifting sand.

State of the art

In this world, there are individuals in the wild who want to protect themselves, others and objects from environmental influences. They are therefore inclined to stay in larger groups for longer periods of time, for example to enjoy nature, and if necessary to protect themselves from environmental influences such as wind, sand, sun, precipitation, insects and other creatures, especially from drifting sand. It is state of the art to use so-called umbrella stands that have already been invented for this purpose. These are intended for UV protection and are misused as wind sails, but then fail. But professional wind protection sail constructions or roof constructions are also known that only provide shade or stop precipitation.

There are also semi-dome-shaped beach shells, formed by divisible fiberglass poles, which, when erected, only offer protection in one direction and only have space for up to two people. There are also recently also throwing shells, where fiberglass jointed poles are used for erection, or recently air-arch chambers that have to be guyed.

There are also tubes and dome-shaped tents that are also used as pop-up tents, which all have to be guyed out because of their height and unstable construction because of the wind. In these cases, the construction has to be secured to the ground on all sides with long cords and pegs to ensure stability even with the air arch or fiberglass construction. There is a risk of tripping here, although this construction has doors that can be opened on the sides as an entrance or for sunbathing, but which have to be adjusted as the sun moves, and all-round protection when the wind changes direction can only be found inside the construction. On the beach, all doors are closed when there is drifting sand, whereby the fiberglass poles and joints give way alarmingly and do not always hold up, and the foil noises of the construction inside have a loud impact on those seeking shelter. In addition, these systems are brought in a separate transport bag that has no fixed place and other purposes and often flies around unused.

In addition, protective wall devices have long existed in which poles are driven into the ground at the four corners of a rectangle. These poles are connected to one another with wall foil or fabric, mainly for visual protection and sometimes also for wind protection, or they are secured to the ground with cords and pegs distributed in all directions to ensure stability. In addition, a series of connected protective walls, which are also secured with cords protruding outwards, can also protect against sand and wind in half-open forms, but cannot prevent insects and sand from entering. Even with a completely closed or rectangular arrangement, the penetration of insects from below cannot be prevented due to the lack of a floor, and insects and precipitation from above cannot be prevented due to the lack of a ceiling. These systems are also delivered in a separate transport bag, which is easily blown away by the wind. Modularity is possible, but an effect in all directions cannot be achieved.

Of course, today's wind protection systems also have strengths, such as being quick to set up. But the shortcomings of previous construction are obvious, for example, the difficult-to-recycle fiberglass constructions used in the half-open dome-shaped beach shelters and body tunnel tents. They only protect against flying sand and insects on the inside when closed, and must be turned when the wind direction changes in order to still provide protection. To ensure stability, many distributed cords in all directions must be secured to the ground with pegs.

Problems arise particularly with beach shells, throw shells, but also tents or pop-up tents when they are closed in extreme winds and drifting sand. In this case, the plastic joints of the fiberglass pole construction tend to overstretch in very small spaces. In addition, the dome shapes made of air or fiberglass constructions give way in a frightening way, and extreme tent tarpaulin noises are threatening, making sunbathing impossible. In addition, these systems are also introduced in a separate transport bag without a fixed place and additional tasks, which tend to fly away in the wind when empty.

From the document DE 20 2007 011 208 U1 A system in the form of a trapezoid prism is known. It has used the shape, using a holistic tarpaulin. In addition, the 60° walls were erected with eight split aluminum rods of equal length, which were previously vertically driven into the ground. The walls are only hung and held in place, so that only an unstable slope is created all around and in windy conditions the walls flap and are only moderately stable. The construction is open at the top. It was planned with a shade dome.

In contrast, it was recognized in the invention that an improved shape from a cross-shaped floor film is achieved by a new base film shape made of composite PVC films and aids, and with a sewn-on flat roof film via eyelet holding points on closed wall elements with a telescopic stand tensioning system, improved film tension and stability is now achieved by counter-tensioning the floor. A protective flat roof, sewn along one side of the wall, can be rolled out and stretched over the construction on the Y-heads of the telescopic stands.

Task and solution of the invention

Object of the invention: The above-mentioned disadvantages of the prior art should be avoided.

This object is achieved according to the invention in a device for protecting people, in particular outdoors, from environmental influences of the type mentioned at the outset in that the device has a rectangular floor surface (7) and trapezoidal walls (9) attached to the sides of the floor surface (7), which adjoin the sides of the floor surface (7) with their shorter base sides, that the adjacent trapezoidal legs of the trapezoidal walls (9) can be detachably connected to one another and that the outer corners of the trapezoidal walls (9) can be fixed to the floor when the trapezoidal legs are connected to one another.

The invention relates in particular to two basic types, namely the Solo type for 1 to 2 people with a base area of 120 x 240 cm and the Duo type with a base area of 240 x 240 cm for 2 to 4 people. Both base area dimensions are used in the hammock industry! Two Solo models can be coupled on the 240 cm side to achieve a base area of 240 x 240 cm. This creates four outer sides with a length of 240 cm. This means that any number of models, whether Solo or Duo models, can now be coupled on all sides. In the modular formation of 2 Solo models, a full roof, half roof or a 1/4 roof with tensioning cables can be created.

Advantages of the invention

• 1) Zur Lösung der Aufgabe sind Wege in dieser Erfindung gefunden worden, wobei eine besondere Bodenfolie, verbunden mit einer besonderen, mit Ösen versehenden Dachfolie, genutzt wird, die so eine besondere Faltschachtel-Funktion erlaubt, um aus einer flach auf dem Boden liegenden Grundfolie durch angebrachte Halteschlaufen einen 3D-Schutzraum zu schaffen. Dabei sind besonders wichtig die zusammengesetzten Folien und die gesamte Folienform.
• 2) Dadurch, dass fünf vernähte Boden- und Wandflächen eine zusammengesetzte kreuzförmige Bodenfolie bilden und nach dem Verschließen der Trapez-Wand-Ecken ein Teleskop-Ständer-Spann-System beim Aufrichten genutzt wird, wird eine Gegenspannung zur fixierten Bodenfläche und eine verbesserte Spannkraft erzeugt und dadurch eine höhere Standfestigkeit erreicht, bei gleichzeitig reduzierten Flatter-Geräuschen. Dabei sind besonders wichtig die Haltepunkte für Boden, Wände und die gespiegelten WandHaltepunkte (Kopplung).
• 3) Ein schützendes Flachdach, an einer Seitenlänge aufgerollt, ist dort fixiert gelagert und wird erst bei Bedarf ausgerollt und fixiert. Es bietet einen vollumfänglichen Schutz und wird an den Mehrfach-Enden der Teleskop-Ständer mit aufgespannt (2). Diese Konstruktion bietet einen wirkungsvollen Schutz bei Niederschlag, Wind, Sand und Sonne sowie einen Schutz vor Insekten aus allen Richtungen. In der freien Natur ist ein Sonnenbad bei Wind und Sand hervorragend möglich, ohne Abspann-Seile und Glasfiber-Konstruktionen. Dabei sind besonders wichtig die Eckverschlüsse der Seitenwände.
• 4) Ein besonderes Merkmal der Erfindung liegt in der verbesserten Standfestigkeit. Es wird erreicht durch ein in der Höhe feststellbares Teleskop-Spann-Trage-System aus Recycling-Aluminium und -Kunststoff. So ist das Aufrichten und Spannen der Trapez-Wände rundum in verschiedenen Höhen und Winkel-Maßen gewährleistet, wobei das Gestänge unten spitz zum Einbringen in den Untergrund ist. Da, wo der Boden härter ist, wird der zweiteilige Teleskop-Stab getrennt, wobei nun das untere spitze Teilstück senkrecht mit Schlag-Werkzeugen in den Untergrund getrieben werden kann. Dann wird das Teilstück oben wieder eingeführt. Der Teleskop-Stab mit Y-Kopf dient zur Aufnahme der Schlaufen und Ösen auf die gewünschte Höhe der Seitenwände und Flachdächer. Dabei existiert die Möglichkeit eines regendichten langlebigen Flachlagers. Die Teleskop-Stäbe können an den gespannten Wänden und zusätzlich an den Enden mit einer darüber liegenden Abspann-Leine zusätzlich gesichert werden. Dabei sind besonders wichtig die Angelständer als Teleskop-Spann-Ständer.
• 5) In einer Ausgestaltung der Erfindung ist die Öffnung eines nach oben gedrehten Pyramiden-Stumpfes schützend zu schließen, indem eine angenähte Dachfolie, z.B. aus UV-Schatten-Ripstop-PVC-Zelt-Flach-Dachplanen, blickdicht und wasserdicht, vorgesehen ist. Ripstop bezeichnet Stoffe, die in einer speziellen Technik gewebt und besonders reißfest sind. Dabei sind besonders wichtig der doppelte Boden mit abgenähten, verschließbaren Bodenkammern.

Among other things, the following advantages are achieved:

• 1) Ways have been found to solve the problem in this invention, whereby a special floor film, connected to a special roof film with eyelets, is used, which allows a special folding box function in order to create a 3D protective space from a base film lying flat on the floor by means of attached holding loops. The combined films and the entire film shape are particularly important here.
• 2) Because five sewn floor and wall surfaces form a composite cross-shaped floor sheet and a telescopic stand tensioning system is used when erecting after the trapezoidal wall corners are closed, a counter tension to the fixed floor surface and an improved tensioning force are generated, thus achieving greater stability while at the same time reducing fluttering noises. The holding points for the floor, walls and the mirrored wall holding points (coupling) are particularly important.
• 3) A protective flat roof, rolled up on one side, is stored there in a fixed position and is only rolled out and fixed when required. It offers complete protection and is stretched on the multiple ends of the telescopic stands ( 2 ). This construction offers effective protection from rain, wind, sand and sun, as well as protection from insects from all directions. In the great outdoors, sunbathing in wind and sand is perfectly possible without guy ropes and fiberglass constructions. The corner closures of the side walls are particularly important.
• 4) A special feature of the invention is the improved stability. This is achieved by a height-adjustable telescopic tensioning and carrying system made of recycled aluminum and plastic. This ensures that the trapezoid walls can be erected and tensioned all around at different heights and angles, with the rods being pointed at the bottom for insertion into the ground. Where the ground is harder, the two-part telescopic rod is separated, whereby the lower pointed section can now be driven vertically into the ground with impact tools. The section at the top is then reinserted. The telescopic rod with Y-head is used to hold the loops and eyelets at the desired height of the side walls and flat roofs. There is also the option of a rainproof, long-lasting The telescopic rods can be secured to the tensioned walls and additionally at the ends with a guy line above them. The fishing stands as telescopic tension stands are particularly important here.
• 5) In one embodiment of the invention, the opening of a pyramid truncated upwards is to be closed protectively by providing a sewn-on roof sheet, e.g. made of UV shade ripstop PVC tent flat roof tarpaulin, opaque and waterproof. Ripstop refers to materials that are woven using a special technique and are particularly tear-resistant. The double floor with sewn, closable floor chambers is particularly important.

• 6) Die Lösung der Kopplung anderer gleich großer Konstruktionen nach allen Seiten wird dadurch erreicht, dass durch Eckverschlüsse die Wandseiten geöffnet werden können. So sind die am Boden anhängenden Trapez-Wände auszuhängen und flach nach außen abzulegen. Eine zweite Konstruktion mit unterschlagender Trapez-Wand ist unter die Bodenplane zu führen, um so die anliegenden Bodenplanen an den Eckpunkten über Kreuz neu zu fixieren. So werden die Spitzen der zwei geöffneten trapezförmigen Wände, in Zweier-Konstruktion, beidseitig ineinander geschoben, wo an den Oberkanten mit Gurt-Schlaufen die vorhandenen Haltepunkte weiter genutzt werden. Dann gibt es nun auch gegenüberliegende neue Haltepunkte an der Oberkante der gekoppelten Konstruktion, die so zusammen genutzt, den erweiterten Wandflächen einen zusätzlichen Halt geben. Ferner gibt es zusammengefügt nun noch an der Oberkante einen neuen Haltepunkt für die neue Mitte an allen Trapez-Wänden, wo nun die dabei eingesparten Teleskop-Spann-Ständer eine zusätzliche tragende Rolle einnehmen. Dabei ist besonders wichtig der doppelte Boden mit Kammern und vierfach abgenähten Seilkanälen.
• 7) Ein weiteres neues Merkmal liegt in der Ausgestaltung der Erfindung, die eine beidseitige Benutzung aller PVC-Folien-Flächen ermöglicht. Insbesondere an der Bodenfolie gibt es für die Bodenheringe gespiegelte Haltepunkte, nun auf der Ober- und Unterseite, um so mit den Haltepunkten an den Oberkanten der Wände eine zweiseitige Funktion und so eine beidseitige Nutzung zuzulassen. Die Benutzung der Eckverschlüsse, z.B. durch Klett- oder Reißverschlüsse, ist einmal von innen oder außen weiter gegeben, sowie es auch dem Flachdach egal ist, wie herum es aufgebracht wird. So kann ein Wechsel z.B. im Design farblich modisch oder nützlich, gewählt werden. Dabei sind besonders wichtig die auf dem Fußboden gespiegelten Bodenfolien-Halteschlaufen für die zweiseitige Nutzung.
• 8) In einer neuen bequemen Ausgestaltung dieser Erfindung gibt es bei härteren Untergründen die doppelwandige Ausführung der Bodenfolie, bei der eine oder mehrere Kammern zu öffnen und zu schließen sind, um Füllmaterial wie z.B. Matten, Laub, Heu, usw. aufzunehmen und um einen weicheren Boden zu gestalten. Weitere offene Kammern mit verstärkten Nähten sind vorhanden für die Aufnahme eines Hängematten-Seilsystems, um auch eine bodenlose bequeme Nutzung zu gewährleisten. Dabei sind besonders wichtig die abnehmbare, an einer inneren Seitenwand fest haftende Funktionstasche für Transport und Stautasche mit Tragegurt, Badetuch-Gurt.
• 9) In besonderer Ausgestaltung gibt es eine Multi-Stau- und-Transport-Tasche in einem, mit Tragriemen, die am oberen Rand einer PVC-Seitenwand eine verschließbare Stautasche in ausreichender Größe angebracht werden kann, um als Innentasche, z.B. für Fliegenklatschen oder Sonnencreme, zu dienen. Als leere Transporttasche ist sie in Breite und Volumen so gewählt, dass alle Konstruktions-Materialien inklusive PVC-Dachfolie hineinpassen, indem die in den Ecken geschlossene PVC-Boden-Folie mit der darauf gelegten PVC-Dachfolie, die nach dem Entfernen der Teleskop-Spann-Trage-Systeme und Boden-Heringe überbleibt, dann auf das breite Maß der Transport-Tasche zusammengelegt wird, so zur Tasche hin aufgefaltet wird, dass die Heringe und das Spann-System schützend in den Auffalt- oder Wickellagen Platz finden und so ein geringes Packmaß und Gewicht zu Stande kommt.
• 10) Darüber hinaus gibt es weitere Merkmale der Erfindung. So sind die kreuzförmigen Bodenflächen als Bodendecken, trotz aufgerolltem Dach, zu jeder Seite unendlich ineinander zu schieben, um unendliche Flächenformen zu bilden, und mit aufgespannten Wänden bei Wind so widerstandsfähig, dass nur bei stärkeren Winden oder zur Sicherung der Dachfolien abgespannt wird. So kann das Voll-Dach auch teilgesichert zurückgeschlagen werden, um so ein umgeschlagenes Doppel-Halb-Dach zu erzeugen. Doch grundsätzlich ragen in der nach oben offenen Konstruktion nicht ständig Schnüre oder sonstige Gegenstände über die Seitenränder der Erfindung hinaus, wie dies bei herkömmlichen Vorrichtungen der Fall ist.
• 11) Es wird auch kein Glasfiber verwendet und trotzdem ist diese Erfindung standfest, was insbesondere auf die Gegenkraft-Spannung der Wandflächen zur fest verankerten Bodenfläche zurückzuführen ist. Des Weiteren bietet die Höhe der Wand-Planen, z.B. mit 60 cm, einen guten Einstieg und den darin liegenden schutzsuchenden Personen viel Platz und einen vollständigen Wind- und Sandschutz. So wird die spitzwinkelige Ausstellung aller Seitenwände benutzt, um gegen die Windrichtung den Wind und den Sandstrom aus allen Himmelsrichtungen zu brechen. Daher bleibt Flugsand, fliegend bis zur Oberkante, davor liegen. Erreicht er doch die Oberkante, ist er so kräftig und schnell, dass auch bei Verwendung ohne Dach die Windschutz-Konstruktion vom Sand überflogen wird und sandfrei bleibt.
• 12) Bei erheblich geringeren Zeltplanen-Geräuschen erfolgt gleichzeitig grundsätzlich für Sonnenhungrige die volle Sonneneinstrahlung von oben. In Jahreszeiten, in denen die Sonne tief am Horizont entlang wandert und die Wände selber Schatten werfen, diese ausgelöst und am Boden fixiert werden und - an welcher Seite auch immer - die drei stehenden Wände mit einem möglichen Dach eine Strandkorb-Funktion bewirken und das mit einer erweiterten Nutzfläche. So können in der Konstruktion z.B. Klappstühle und Liegen ohne Flachdach aufgestellt werden oder mit Dach im geschlossenen Zustand gelagert werden.
• 13) So ist die Verwendung dieser Erfindung in den Bereichen z.B. Freizeit, Sport, Beruf, Militär oder als Lager zu sehen, wo die Auswahl der Folien-Material-Eigenschaft, wie z.B. superleicht, schwer entflammbar, wärmedämmend, blickdicht, Teflon, Neon, Camouflage, Ripstop-Nylon-Folien und Aramid-Faser-Gewebe erreicht wird. Eine vorteilhafte Material-Ausführung wäre außerdem auch ein Klapp-Modell aus starren Leichtbau-Wänden oder aus anderen Materialien der Zukunft. Für Nachhaltigkeit können beschädigte Folien, da sie nicht mit einer Glasfiber-Konstruktion wie bei Wurfkonstruktionen verbunden sind, bei Beschädigung selbst genäht werden oder ganze Grundfolien ausgetauscht und recycelt werden. Alle weiteren Konstruktionsteile, wie z.B. Y-Kopf-Teleskope-Ständer, Zeltnägel, Abspannseile sind langlebig und finden weiter Verwendung.

Roofs can also be added later, e.g. PVC tensioned net ceilings for insect protection, which are designed over the edge of the overall structure, with valance sections that are heavier and double-stitched, and then protrude over the structure at a gradient. The ceiling can also be a half-roof that provides access, or a full roof that can be closed from the inside after access, e.g. in the event of precipitation or insect infestation. This is only made possible when required, using a spanned roof tarpaulin (29) that is equipped with fastenings as holding points or belt loops, eyelets, rubber O-rings and pull ropes, and is then attached to the multiple tip of the tele-tensioning support system. In this way, the flat roof is tensioned upwards, and the ability to adjust the height and angle means that a roof slope can be created, e.g. to accommodate precipitation.

• 6) The solution for connecting other structures of the same size on all sides is achieved by opening the wall sides using corner fasteners. The trapezoid walls attached to the floor are unhooked and laid flat on the outside. A second structure with a trapezoid wall is placed under the floor tarpaulin in order to re-fasten the adjacent floor tarpaulins at the corner points in a crosswise manner. The tips of the two opened trapezoidal walls are pushed into each other on both sides in a two-part construction, where the existing holding points on the upper edges with belt loops are still used. There are now also new holding points opposite each other on the upper edge of the coupled structure, which, when used together, give the extended wall surfaces additional support. Furthermore, when joined together, there is now a new holding point on the upper edge for the new middle on all trapezoid walls, where the telescopic tensioning stands saved in this way now take on an additional supporting role. The double bottom with chambers and four-stitched rope channels is particularly important.
• 7) Another new feature is the design of the invention, which allows all PVC foil surfaces to be used on both sides. In particular, there are mirrored holding points for the ground pegs on the floor foil, now on the top and bottom, so that with the holding points on the upper edges of the walls a two-sided function and thus two-sided use is possible. The use of the corner fasteners, e.g. with Velcro or zippers, is possible from the inside or the outside, and it does not matter which way the flat roof is attached. This means that a change in design, e.g. in terms of color, can be chosen to be fashionable or useful. The floor foil holding loops mirrored on the floor for two-sided use are particularly important.
• 8) In a new, convenient embodiment of this invention, there is a double-walled version of the floor sheet for harder surfaces, in which one or more chambers can be opened and closed to accommodate filling material such as mats, leaves, hay, etc. and to create a softer floor. Additional open chambers with reinforced seams are available for accommodating a hammock rope system to ensure comfortable use without a floor. Particularly important here are the removable functional bag for transport, which is firmly attached to an inner side wall, and the storage bag with carrying strap and bath towel strap.
• 9) In a special design, there is a multi-storage and transport bag in one, with carrying straps, which can be attached to the upper edge of a PVC side wall with a lockable storage pocket of sufficient size to serve as an inner pocket, e.g. for fly swatters or sun cream. As an empty transport bag, the width and volume are selected so that all construction materials including PVC roof foil fit in. The PVC floor foil, which is closed in the corners, is then folded together with the PVC roof foil placed on top of it, which remains after the telescopic tensioning carrying systems and ground pegs have been removed, to the width of the transport bag, and then unfolded towards the bag in such a way that the pegs and the tensioning system find protective space in the unfolded or wrapped layers, thus achieving a small pack size and weight.
• 10) In addition, there are other features of the invention. For example, the cross-shaped Floor surfaces as floor coverings, despite the rolled-up roof, can be pushed into each other infinitely on each side to form infinite surface shapes, and with stretched walls, they are so resistant to wind that they only need to be braced in strong winds or to secure the roof foils. The full roof can also be partially folded back to create a folded-over double-half roof. However, in principle, in the construction that is open at the top, there are no cords or other objects constantly protruding over the side edges of the invention, as is the case with conventional devices.
• 11) No glass fibre is used and yet this invention is stable, which is mainly due to the counterforce tension of the wall surfaces to the firmly anchored floor surface. Furthermore, the height of the wall tarpaulins, e.g. 60 cm, makes it easy to get in and provides plenty of space for the people seeking shelter lying inside and complete protection from wind and sand. The acute-angled arrangement of all the side walls is used to break the wind and the flow of sand from all directions against the direction of the wind. This means that flying sand, which flies up to the top edge, remains in front of it. If it does reach the top edge, it is so strong and fast that even when used without a roof, the sand flies over the wind protection structure and remains sand-free.
• 12) With significantly less noise from the tent canvas, sun lovers can enjoy full sunlight from above. In seasons when the sun is low on the horizon and the walls themselves cast shadows, these are released and fixed to the ground and - on whichever side - the three standing walls with a possible roof can function as a beach chair and with an extended usable area. Folding chairs and loungers can be set up in the structure without a flat roof or stored with the roof closed.
• 13) This invention can be used in areas such as leisure, sport, work, military or as a storage facility, where the choice of film material properties, such as super light, flame retardant, heat insulating, opaque, Teflon, neon, camouflage, ripstop nylon films and aramid fiber fabric, is achieved. An advantageous material design would also be a folding model made of rigid lightweight walls or other materials of the future. For sustainability, damaged films can be sewn up if they are damaged, as they are not connected to a fiberglass construction like in throw-away structures, or entire base films can be replaced and recycled. All other construction parts, such as Y-head telescope stands, tent pegs, guy ropes are durable and can continue to be used.

1

Folienfläche

2

Doppelter Boden (Kammern und Kanäle)

3

Haltepunkte Boden

4

Haltepunkte Wand-Oberkanten

5

Haltepunkte Dachauflage

6

Eckverschlüsse

7

Strandkorb: Auslösen von Wandflächen

8

Unendliche Modulbildungen

9

Haltepunkte Wand-Oberkante: Modulbildung neue Mitte

11

Haltepunkte gespiegelt, Trapezwandspitzen zu gekoppelten Wandflächen

12

Haltepunkte für doppelseitige Nutzung

13

Multifunktionale Stautasche

The most important thing is the base foil construction after 3 and their stopping points, since everything results from this:

1

foil surface

2

Double bottom (chambers and channels)

3

ground stopping points

4

anchor points wall top edges

5

roof support anchor points

6

corner closures

7

Beach chair: Release of wall surfaces

8

Infinite Module Formations

9

Stop points wall top edge: module formation new center

11

Holding points mirrored, trapezoidal wall tips to coupled wall surfaces

12

holding points for double-sided use

13

Multifunctional storage bag

In developing the invention, the inventor has overcome the following technical difficulties in a non-obvious manner.

When replicating a known system, it was noticed that a holistic film can be better formed from joined films in a cross shape, and that releasing all four side walls with Velcro or zippers not only offers an expanded usable area, but also enables an infinite number of modules to be assembled on each side.

Furthermore, a sewn-on, roll-up, overhanging (valance sections) roof surface was constructed, which is held in place and tensioned via eyelets on the Y-head of a telescopic tensioning stand system, especially if storm security is created via the eyelets with guy ropes.

Since the construction easily allows for a double floor, sewn-in, lockable chambers for padding and four-fold reinforced, sewn-in, open chambers have been developed as a rope channel for a hammock function, where in function the gathered side walls hang down like two tails at the ends and lengthwise like a wide flounce.

The difficulty of double-sided use was overcome by mirroring the eight floor attachment points, which are now also on the floor. When turning, it does not matter on which side the loops and fasteners, even the eyelets on the roof, are located and perform their function.

A removable functional bag with a carrying strap was ideal for the wall surface positions, which is attached to the walls with Velcro fasteners and also functions as a storage bag and bath towel holder.

Advantageous embodiments of the invention are set out in the subclaims.

• - dass die Fixierung der äußeren Ecken der Wände (9) mit Stäben (13) erfolgt, die an ihrem oberen Ende, insbesondere Y-förmig, gegabelt und vorzugsweise als Teleskop-Stäbe ausgebildet sind,
• - dass die Einrichtung ein aufbringbares Flachdach (11, 26) aufweist,
• - dass die Einrichtung eine Transporttasche (40) umfasst, welche als Aufbewahrungsfach an einer der trapezförmigen Wände befestigbar ist,
• - dass die Bodenflächen (7) aneinander grenzen und die an dieser Grenze benachbarten Wände (32, 38) unter den Bodenflächen (33, 34) angeordnet sind.

It is proposed that

• - that the fixing of the outer corners of the walls (9) is carried out with rods (13) which are forked at their upper end, in particular Y-shaped, and preferably designed as telescopic rods,
• - that the facility has an attachable flat roof (11, 26),
• - that the device comprises a transport bag (40) which can be attached as a storage compartment to one of the trapezoidal walls,
• - that the floor surfaces (7) adjoin one another and the walls (32, 38) adjacent to this boundary are arranged below the floor surfaces (33, 34).

implementation examples

In the following, several embodiments of the invention are described in more detail with reference to drawings. In all drawings, the same reference symbols have the same meaning and are therefore only explained once if necessary.

• 1 in einer perspektivischen Seitenansicht eines ersten Ausführungsbeispiels der Erfindung ein Modul, aufgebaut als Vollschutz-Outdoor-System, mit Fenster und Tasche, in Form einer umgedrehten Pyramide, dessen Stumpf von oben mit einer Deckenfolie geschlossen ist,
• 2 in einer frontalen Seitenansicht nach 1 im aufgebauten Zustand den Einsatz des Teleskop-Spann-Ständer-Systems in Verbindung mit den Folien-Haltepunkten,
• 3 in einer flach ausgebreiteten Form-Ansicht nach einem zweiten Ausführungsbeispiels der Erfindung alle verbundenen Folien mit allen relevanten Haltepunkten,
• 4 ein Modul nach einem dritten Ausführungsbeispiels der Erfindung in einer Ansicht von oben in aufgebauter Form, mit einer ausgelösten Seitenwand und einem aufgerolltem Schutz-Dach,
• 5 zwei Module gemäß der Erfindung in der Form nach 4 in einer Ansicht von oben, die mit einer zur Modul bildenden Kopplung mit ausgelösten und unterschlagenden Seitenwände ineinander gebaut sind,
• 6 eine frontale Seitenansicht der Darstellung nach 5, mit der Kopplung zweier Module im aufgebauten Zustand sowie mit dem Einsatz des Teleskop-Spann-Ständer-Systems, in Verbindung mit den Folien-Haltepunkten, und
• 7 in einem Rundausschnitt der Ausführung nach 1 die multifunktionale Stautasche mit Zurr-Gurt an fester Position abnehmbar an einer Seitenwand.

It shows

• 1 in a perspective side view of a first embodiment of the invention, a module, constructed as a full protection outdoor system, with window and pocket, in the form of an inverted pyramid, the stump of which is closed from above with a cover foil,
• 2 in a frontal side view 1 when assembled, the use of the telescopic clamping stand system in conjunction with the film holding points,
• 3 in a flat spread-out form view according to a second embodiment of the invention all connected films with all relevant holding points,
• 4 a module according to a third embodiment of the invention in a view from above in assembled form, with a released side wall and a rolled-up protective roof,
• 5 two modules according to the invention in the form of 4 in a view from above, which are built into each other with a modular coupling with released and overlapping side walls,
• 6 a frontal side view of the illustration according to 5 , with the coupling of two modules in the assembled state and with the use of the telescopic clamping stand system, in conjunction with the film holding points, and
• 7 in a round cutout of the execution according to 1 The multifunctional storage bag with lashing strap in a fixed position can be removed from one side wall.

Construction of the facility for protection, especially of people, in outdoor areas from environmental influences

1 shows the outdoor protection system 1, which has the shape of an inverted truncated pyramid. It consists of a sewn-together floor film 7 and wall films 9 as well as a sewn-on roof film 29 with an overhanging valance 12.

When the corner closures 10 are closed, with holding points 15, 16 attached along the upper edges of the wall via the loops, a counter-tension is created on the Y-heads 14 of the telescopic rods 13 when telescoping to the previously fixed floor foil 8, 21.

The counter tension is also used to fix a rolled-out roof 29 to the second Y-head tip by means of eyelets 20, which was located along a wall surface before use with a binding 30, and thus together shows a 3D body erected, which in a special design of the walls with window 42 and a removable 39 storage bag 40 with lashing strap 41 and also the floor in a special design shows a double floor 24, the chambers of which can be opened and closed 23 and open reinforced sewn 44 rope chambers 43 ensure more comfortable, even floorless use.

2 shows the front view of an outdoor full protection system in the same scale as in 1 The above-mentioned advantage 2 is achieved on a tensioned wall side 9 by fixing the trapezoidal wall foils closed in the corners to the holding points 8 with ground nails 21 and in that the trapezoidal wall foils are closed in the corners 10 and the wall holding points are connected in the middle 16 and in the tips 15 at the Y-head 14 of the vertically 17 fixed telescopic tension stand 13 and when telescoping 25 at approximately half the distance to the floor foil a 60 degree angle position 18 creates a counter tension 19 on all wall sides.

For a comfortable design, a double bottom 24 is provided, the chambers of which can be opened and closed with zippers 23 and which also has open rope chambers 43, reinforced with stitching 44, for the hammock function.

An applied roof 29 with protruding sloping and divided valance 12, which is held in place by means of eyelet holding points 20 on the second tip of the Y-head 14 of the telescopic tension stand during erection 25 or subsequently.

The height adjustment can create a roof slope of 25 in the event of precipitation. The entire structure is secured in the event of heavy rain and wind using a guy rope 22 via the eyelets on the Y-head.

3 shows the foil skin in a flat, spread-out form, consisting of a composite floor foil 7 and wall foils 9 as well as a sewn-on roof foil 11 with an overhanging valance 12.

All attachment points are in the form of loops and eyelets to fix them to the floor 8, where these mirrored attachment points 28 on the floor ensure double-sided use.

The double anchor points 15 in the tips and the wall anchor points 16, in the middle of the trapezoidal walls, have corner locks 10, which in the closed state can be secured by raising ( 2 ) create a 3D shape that is open at the top. The 3D shape is completely closed via the eyelets 20 (holding points) with flat roofs 11 with attached valance 12 ( 1 ). Additional anchor points on the upper edges of all walls show new central anchor points 36 for module coupling. Mirrored anchor points 37 together with the trapezoidal wall surfaces form tips 15 (anchor points) for the inserted tips ( 6 ).

4 shows the view from above in the assembled form of a trapezoid prism. The trapezoid walls 9 sewn to the floor foil 7 end in the corners and are closed with Velcro 10. The double holding points 15 at the wall tips and the central 16 holding points for erecting ( 2 ) are shown, as well as a rolled-up flat roof 26, which is sewn and tied 30 along the upper edge of a wall surface. An enlarged usable area is possible if any wall side 27 is released to form an entrance. The usable area with the remaining standing walls then has a kind of beach chair function 4 with a roof. For double-sided use, the mirrored attachment points 28 of the lower floor attachment points are used on the upper side of the floor. This is the only way to use both foil skin sides of the outdoor protection system.

5 shows the modularity 5 in the view from above in the assembled form of two equally sized coupled trapezoid prisms, in which the bottom film 33 of module 1 equally forms the bottom film 34 of module 2. The sewn-on trapezoid walls 9 end in the corners and are closed with Velcro 10.

The double anchor points 15 at the wall tips and the central 16 anchor points for erecting ( 2 ) are shown as well as two rolled-up flat roofs 26 which are sewn and tied 30 along the upper edge of a wall surface. Any wall side is released 38 and fixed flat to the ground by the double holding points 15 and in the middle 16 at the upper edge of the wall.

This opening is used to attach the second module floor sheet 34 floor to floor 31 to the floor sheet 33 of module 1. The fixed, released wall is placed in the same way under the wall sheet 32 of module 2, which is tucked into its own floor. The introduced trapezoid tips 35 are mirrored 37 at the holding points 15 to the wall sides and, with the new central holding points 36, enable stable erection ( 6 ).

6 shows the front view of a coupled outdoor full protection system 6 true to scale as in 5 , where all the necessary breakpoints required for the function ( 2 ) for the construction of a stable coupled module formation can be seen, where a base foil 8 fixed to the ground and its sewn-on trapezoid walls 9 are closed at the trapezoid tips of both ends in the corners by Velcro 10, where the double holding points 15 at the wall tips and central 16 holding points of the trapezoidal wall surface for the attachment to the Y-head 14 of the telescope stand 13 for erecting ( 2 ), as well as two flat roofs 26 which can be seen rolled up and sewn to the upper edge of a wall surface, and any wall side released 27 and fixed flat ahead to the ground at the double holding points 15 and in the middle 16 of the trapezoidal wall foil, where this opening is used in the 38 coupling 6 to attach the second module floor foil 33 Floor to floor 34 is fixed crosswise 8, thus showing a new center, where there is a new holding point 36 at the upper edge of the wall surface, as well as the holding points 15 in the introduced trapezoidal wall tips 35 are now mirrored on each side wall in order to provide a common holding point for the stable erection ( 2 ) and coupling of modules of equal size.

7 shows in a circular section of the 1 a functional storage bag 40 with a zipper opening 23, which has a fixed place in the erected protective structure, due to the fact that a Velcro device 39 is present on the upper edge of a trapeze wall. The bag, which previously served as a transport bag with a closed, adjustable carrying strap 41 for bringing it up, is emptied and used inside as a storage bag with an adjustable towel holder (previously carrying strap 41).

Functioning of the facility to protect, in particular, people, in outdoor areas from environmental influences

• 1) Outdoor-Multi-Schutz-System für unterwegs, 1, für Mensch und Tier sowie für Gegenstände mit MehrfachFunktionen.

The operation of the invention is explained in detail below:

• 1) Outdoor multi-protection system for on the go, 1 , for humans and animals as well as for objects with multiple functions.

• 2) Das 90° 17 im Untergrund verankerte Teleskop-Ständer-Spann-System wird beim Aufspannen 19 genutzt (2) und bietet eine Strandkorb-Funktion 4 durch Auslösen einer beliebigen Seitenwand 27 auch eine Eingangsfunktion ( 4) und auch eine Modulfähigkeit (5). Mit aufgebrachtem Flach-Dach 29 wird ein Schutz vor UV-Strahlung, Niederschlag, Insekten erreicht. Alles ist in einer mehrfach-funktionalen Transporttasche 40 enthalten, die angebracht 39 an einer Seitenwand eine verschließbare 23 Stautasche mit Badetuch-Halter 41 ist.
• 3) Der erfindungsgemäße Schutz für eine oder mehrere Personen wird in liegender Position erreicht und schützt z.B. vor Wind, Sonne und Sand, Niederschlag und Insekten in der freien Natur und ist insbesondere für den Strand geeignet. Er ist dadurch gekennzeichnet, dass innerhalb der Erfindung ein Rundumschutz-System 1 entsteht, z.B. aus einer vollflächig zugeschnittenen PVC-Folie oder aus mehreren miteinander verbundenen Zeltstoff-PVC-Folien (3), dass die Bodenfläche 7 in einer Kreuzform trapezförmige Wandflächen 9 aufweist, dass es den Boden auch mit doppelwandigen, mit einem Reißverschluss 23 versehenen Bodenkammern 24 zum Füllen sowie mit Seilkanälen 43 mit 4-fach verstärkten Nähten für ein Hängematten-Seilsystem gibt.
• 4) Eine schützende Dachplane 11, die nach der aufgespannten Errichtung (2) dadurch einen geschützten Raum ergibt. Z.B. eine quadratische oder rechteckige Bodenplane 7 aus Zeltstoffen wie Ripstop-Nylon-Planen ist mit Bodennägeln 21 an den relevanten Außenpunkten 8 im Boden verankert. An den bekannten Außenkanten sind vier gleichschenklige trapezförmige PVC-Wandfolien 9 fest durch Nähen miteinander verbunden und mit Netzfenstern 42 und Taschen 40 versehen oder auch als ganze Wände als gefasste Trapez Netzwände ausgebildet, die an den spitz zulaufenden vier Eck-Seiten mittels Klettverschluss oder Reißverschluss 10 zu schließen sind, um eine 60° Winkelstellung 18 bei der Errichtung eines Raumes zu gewährleisten.
• 5) An den Trapez-Wand-Oberkanten kommen in den Spitzen zweier Wände Doppel-Haltepunkte 15 zustande und es gibt mittig an allen Wände Schlaufen, die für die Aufnahme am Y-Kopf 14 des senkrecht im Boden verankerten Teleskop-Spann-Trage-Systems 13 vorhanden sind und zum Aufrichten und Spannen der geschlossenen trapezförmigen Wände benutzt werden, um eine Formgebung zu einem umgedrehten, nach oben offenen Pyramiden-Stumpf zu erreichen.
• 6) Der Einstieg bei den niedrigen Wänden durch Übersteigen gelingt problemlos. Außerdem besitzen die höhenverstellbaren Teleskop-Spann-Ständer 13 und dessen Y-Köpfe 14 auch die Fähigkeit, bei Umwelteinflüssen bei Bedarf ein angenähtes aufgerolltes Schutzdach 26 mit einem in Teilstücken umfassenden Volant 12 über Ösen aufzunehmen, wobei die PVC-Dachfolie abgerollt wird und die Wände überragt.
• 7) Über diese Ösen wird durch ein fixiertes Sicherungsseil 22 für das Abspannen zum Boden eine enorme Standfestigkeit, z.B. bei Sturm erreicht, und bei Regen eine Ablaufschräge 25 durch die Höhenverstellbarkeit der Teleskop Ständer. Die erschlaffte Wandseite bekommt durch Winkelveränderungen der Ständer beim Straffen der Sicherungsseile 22 wieder Spannung.
• 8) Gerade bei höheren Seitenwänden ist durch Öffnen zweier Eckverschlüsse 10 und Auslassen einer Wandseite 27 ein ebenerdiger Ein- und Ausgang vorhanden. Die erweiterte Liegefläche wird benutzt und das aufgerollte, fixierte Dach kann bei Bedarf auch in einer Strandkorb-Funktion (4) genutzt werden.
• 9) Durch das Öffnen einer Wandseite und das Auslassen der Seitenwände wird eine Modulfähigkeit (5) erreicht, egal an welcher Seite, durch Kopplung 6 gleichgroßer Konstruktionen, indem die Bodenfolie von Modul 1 und die ausgelöste Wandfläche am Untergrund mit Bodennägeln fixiert ist und eine Bodenfolie von Modul 2 unter die eigene Bodenfläche 32 geführt wird, wo Boden an Boden 31 und die Spitzen 35 der Wände eingeschoben sind.
• 10) Mit dem Haltepunkt 15 an den neuen gespiegelten Haltepunkten 37 wird eine Fixierung am Y-Kopf und Aufspannen als Partner-Wände möglich gemacht. In der neuen gesamten Wandlänge besitzt die neu entstandene Mitte einen Haltepunkt 36 an den Trapez-Wandflächen, auch gespiegelt, um die eingesparten Seitenwand-Teleskope-Ständer in ihrer Aufgabe zu ersetzen. All diese Haltepunkte für die Seitenwahl sind an den Oberkanten jeder Wandseite zu finden, in Form von z.B. Schlaufen.
• 11) Darüber hinaus gibt es eine uneingeschränkte, zweiseitige Nutzung aller Folien, wobei die vernähte Boden- und Dach-PVC-Folie nur durch Spiegelung der unteren Bodenhaltepunkte 8 in Form von Schlaufen auf der Bodenoberfläche 28 erreicht wird.
• 12) Für einen sicheren Transport und für die Aufbewahrung gibt es eine Stautasche 40, die alle Konstruktionsteile aufnimmt und einen verstellbaren Tragegurt 41 besitzt. Entleert hat diese eine feste Position 39 an einer Seitenwand und verrichtet dort als Stautasche mit Badetuch-Halter weitere Dienste.
• 13) Es gibt noch weitere Merkmale des erfindungsgemäßen Schutzes, die auch ein Halbdach ermöglichen, was noch mehr Nutzfläche bei der Strandkorb-Funktion auf Bodenebene erzeugt, so dass Stühle und Liegen bei nicht aufgebautem Dach verwendet werden können und, zusammengeklappt mit Dach, schützend Platz vor Flugsand bieten und bei starken Winden ein Sonnenbad ermöglichen. Beschädigte Folien-Flächen sind einfach zu recyclen, da sie nicht fest mit dem Spannsystem verbunden sind. So wird eine Teilerneuerung kostengünstiger.

The foil construction 2, fixed with the floor foil 7, begins as a beach blanket with a rolled-up roof, which can be pushed into each other as a cross-shaped floor blanket with identical floors on each side in order to form infinite surface shapes. Furthermore, stable, sturdy, comfortable, all-round protection is now achieved 1. The ability to turn it and padding for harder floors is possible by opening and closing a double floor. On this floor foil, the lower floor holding points 8 for double-sided use are mirrored and can be found in the same position on the top side 28 of the floor foil in order to use a tensioning technique 3 for the fixed floor 7 after the trapezoidal wall corners have been closed with fasteners 10.

• 2) The 90° 17 telescopic stand clamping system anchored in the subsoil is used for clamping 19 ( 2 ) and offers a beach chair function 4 by triggering any side wall 27 also an input function ( 4 ) and also a modular capability ( 5 ). With the flat roof 29 attached, protection from UV radiation, precipitation and insects is achieved. Everything is contained in a multi-functional transport bag 40, which is attached 39 to a side wall as a lockable 23 storage bag with a bath towel holder 41.
• 3) The protection according to the invention for one or more people is achieved in a lying position and protects against wind, sun and sand, precipitation and insects in the great outdoors, for example, and is particularly suitable for the beach. It is characterized in that an all-round protection system 1 is created within the invention, e.g. from a fully cut PVC film or from several interconnected tent fabric PVC films ( 3 ), that the floor surface 7 has trapezoidal wall surfaces 9 in a cross shape, that the floor is also available with double-walled floor chambers 24 provided with a zipper 23 for filling as well as with rope channels 43 with 4-fold reinforced seams for a hammock rope system.
• 4) A protective roof tarpaulin 11, which after the stretched erection ( 2 ) thereby creating a protected space. For example, a square or rectangular groundsheet 7 made of tent materials such as ripstop nylon tarpaulins is anchored in the ground with ground nails 21 at the relevant outer points 8. At the known outer edges, four isosceles trapezoidal PVC wall films 9 are firmly connected to one another by sewing and provided with mesh windows 42 and pockets 40 or are also designed as entire walls as enclosed trapezoidal mesh walls, which can be closed at the four tapered corner sides using Velcro or a zipper 10 in order to ensure a 60° angle 18 when setting up a room.
• 5) At the top edges of the trapezoidal walls, double holding points 15 are created at the tips of two walls and there are loops in the middle of all walls which are provided for attachment to the Y-head 14 of the telescopic tensioning and supporting system 13 anchored vertically in the ground and are used to erect and tension the closed trapezoidal walls in order to achieve a shape of an inverted truncated pyramid that is open at the top.
• 6) It is easy to get on the low walls by climbing over them. In addition, the height-adjustable telescopic tensioning stands 13 and their Y-heads 14 also have the ability to accommodate a sewn-on, rolled-up protective roof 26 with a valance 12 that covers the entire length in sections via eyelets when required in the event of environmental influences, whereby the PVC roof foil is unrolled and projects over the walls.
• 7) These eyelets provide enormous stability, e.g. in the event of a storm, by means of a fixed safety rope 22 for anchoring to the ground, and a drainage slope 25 is provided in the event of rain by means of the height adjustment of the telescopic posts. The slack side of the wall is tensioned again by changing the angle of the posts when the safety ropes 22 are tightened.
• 8) Especially with higher side walls, a ground-level entrance and exit is available by opening two corner locks 10 and leaving out one wall side 27. The extended lying area is used and the rolled-up, fixed roof can also be used as a beach chair if required ( 4 ) can be used.
• 9) By opening one side of the wall and leaving out the side walls, a modular capability ( 5 ) is achieved, no matter on which side, by coupling 6 constructions of the same size, in that the floor foil of module 1 and the released wall surface are fixed to the substrate with floor nails and a floor foil of module 2 is guided under its own floor surface 32, where floor to floor 31 and the tips 35 of the walls are inserted.
• 10) With the holding point 15 on the new mirrored holding points 37, it is possible to fix it to the Y-head and to set it up as partner walls. In the new entire wall length, the newly created center has a holding point 36 on the trapezoid wall surfaces, also mirrored, in order to replace the saved side wall telescopic stands in their task. All of these holding points for the side selection can be found on the upper edges of each wall side, in the form of loops, for example.
• 11) In addition, there is an unrestricted, two-sided use of all films, whereby the sewn floor and roof PVC film is only achieved by mirroring the lower floor holding points 8 in the form of loops on the floor surface 28.
• 12) For safe transport and storage, there is a storage bag 40 which holds all the construction parts and has an adjustable carrying strap 41. When emptied, this has a fixed position 39 on a side wall and serves as a storage bag with a bath towel holder.
• 13) There are other features of the protection according to the invention that also allow a half roof, which creates even more usable space for the beach chair function at ground level, so that chairs and loungers can be used when the roof is not erected and, when folded up with the roof, provide space to protect against flying sand and enable sunbathing in strong winds. Damaged film surfaces are easy to recycle because they are not firmly attached to the tensioning system. This makes partial replacement more cost-effective.

There are also other features of the invention. The walls in the structure are self-supporting and resilient, so that they only need to be braced in the event of strong winds or to secure the roof foil. The full roof can also be partially folded back to create a folded double-half roof. However, in principle, cords or other objects do not constantly protrude over the side edges of the invention in the construction that is open at the top, as is the case with conventional devices. No fiberglass is used either, and yet this invention is stable, which is particularly due to the counterforce tension of the wall surfaces to the firmly anchored floor surface.

Furthermore, the height of the wall tarpaulins, e.g. 60 cm, offers a good entry for people seeking shelter, plenty of space and complete protection from wind and sand. The acute-angled arrangement of all side walls is used to break the wind and the flow of sand from all directions against the direction of the wind, so that flying sand remains in front of it up to the upper edge. If it does reach the upper edge, it is so powerful and fast that even when used without a roof, the sand flies over the wind protection structure and remains sand-free, with significantly less noise from the tent tarpaulin.

At the same time, sun-seekers are generally exposed to the full sun's rays from above, although in seasons when the sun is low on the horizon and the walls themselves cast shadows, these are triggered and fixed to the ground.

No matter on which side the three standing walls with a possible roof create a beach chair function, and with an extended usable area, folding chairs and loungers can be set up in the construction without a flat roof or stored with the roof in a closed state.

Thus, the use of this invention can be seen in the areas of leisure, sports, work, military or as a warehouse, where the selection of the film material property, such as Ripstop super light, flame retardant, heat insulating, opaque, Teflon, Neon, Camouflage, Ripstop nylon films achieved This means that damaged foils, which have been caused by the recovery function (hammock function), for example, can be sewn up for sustainability, as they are not connected to a fiberglass construction as with throw constructions, or entire base foils can be replaced and recycled, where all other construction parts such as Y-head telescope stands, tent pegs, guy ropes can continue to be used for a long time.

list of reference symbols

1

Full Protection Outdoor Multi Systems

2

foil construction

3

clamping techniques

4

beach chair functions

5

Connectable Module Formations from Above

6

Connectable module formations from the side

7

floor foils

8

loop floor foil

9

wall side surfaces

10

corner fasteners Velcro+/-

11

roof foils

12

ruffles in parts

13

telescopic rods

14

Y telescopic tip

15

corner double loops

16

loops wall sides

17

90 degree angle

18

60 degree angle

19

counter-tensions

20

eyelets roof surfaces

21

soil nails

22

rope safety tensioning

23

zippers

24

attic chambers

25

roof pitch telescopic

26

rolled-up roofs

27

Detached side walls

28

Loops Double-sided use

29

rolled roofs

30

roof bindings

31

floor foil to floor foil

32

Under-supported wall module 2

33

floor foil of module 1

34

floor foil of module 2

35

insertion of trapezoidal wall tips

36

Loops mirrored New center Module formation

37

Loops mirrored, trapezoidal wall tips to the coupling wall surfaces

38

Under-supported wall module 1

39

Velcro straps

40

Multifunctional storage bag

41

Adjustable holding and carrying strap

42

network window

43

rope channels

44

four-fold reinforced chamber seams

QUOTES INCLUDED IN THE DESCRIPTION

This list of documents listed by the applicant was generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 202007011208 U1 [0008]

Claims (5)

Device for protecting, in particular people, outdoors from environmental influences such as wind, sand, sun, precipitation, insects and other animals, in particular from drifting sand, characterized in that the device has a rectangular floor surface (7) and trapezoidal walls (9) attached to the sides of the floor surface (7), which adjoin the sides of the floor surface (7) with their shorter base sides, that the adjacent trapezoidal legs of the trapezoidal walls (9) can be detachably connected to one another and that the outer corners of the trapezoidal walls (9) can be fixed to the floor when the trapezoidal legs are connected to one another. Facility according to claim 1 , characterized in that the fixing of the outer corners of the walls (9) is carried out with rods (13) which are forked at their upper end, in particular Y-shaped, and are preferably designed as telescopic rods. Facility according to claim 1 , characterized in that the device has an attachable flat roof (11, 26). Facility according to claim 1 , characterized in that the device comprises a transport bag (40) which can be fastened as a storage compartment to one of the trapezoidal walls. Arrangement of several facilities according to claim 1 , characterized in that the floor surfaces (7) adjoin one another and the walls (32, 38) adjacent to this boundary are arranged below the floor surfaces (33, 34).

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