DE4418969A1 - Beach shelter against sun and wind - Google Patents

Abstract

The shelter roof over a person seated on another part of the shelter as made up of two plates which fold together and are fitted at their ends with telescopic rods (S) which can be fixed in desired positions in their ball joints (G) to suit sun or wind direction. A sun roof made of all possible materials, e.g. plastics etc., is fixed to the rod tips (Sp) and can be stretched out more effectively by additional elastic or rigid connections between the rod tips. The outer frame of the shelter is made of rigid material as compared with the connected lying surface made of appropriate material. The shelter folds up compactly, using joints (G), grips (H) and baseplate bends so the whole folds into half or quarter of its size. All types of roof are acceptable, folding etc. and the rods can be fitted to a normal sun-bathing couch. Thus a T-shaped element is placed on the beach and covered in sand as lying surface whereupon the rods are run into the ground via holes in the crosspiece of the T-shape and bolted into required setting.

Description

While in parks in the summer you are usually under one Tree shade can be found on many beaches not the case.

Parasols have the disadvantage that they are stronger Fly the wind away and possibly injure other people. The invention provides the possibility that the "Sunroof", which is located on the beach Person expands by being held by the person lies or sits on part of the structure, and so on gives the whole thing stability. (Independent of the position of the sun and wind direction).

It is also possible to change a parasol or to be constructed so that it does not come out of the sand can be thrown out.

The screen itself can also be redesigned to be does not change so quickly.

Claims (14)

1. Beach sun protection, characterized in that a sunroof construction is held over the lying or seated person by this is on part of the construction. 2. Beach sun protection according to claim 1, characterized in that the construction z. B. consists of two collapsible plates ( Fig. 1), at the end of which there are rods (S) which can be fixed in any position in the ball joints (G) (depending on the position of the sun and wind direction). The length of the rods can be varied telescopically. At the top (Sp) of the poles (S) is a sun roof fastened from all possible materials. (Plastic tarpaulin Natural products, etc.). There are more between the tips (Sp) elastic or rigid connections possible around that Tension roof even better. 3. Beach sun protection according to claims 1 + 2, characterized in that only the outer frame made of a rigid material exist, while the lying surface is soft, d. H. justified is designed and the frame and lying surface together are connected. 4. Beach sun protection according to claims 1-3, characterized in that the construction can be collapsed easily and so is easy to transport. (Foldable in joint (G), Handles (H), kinks in the base plate around half or quarter size to come). 5. Beach sun protection according to claims 1-4, characterized in that many different roof constructions are possible e.g. B. cabriolet-like, accordion-like roof, etc. 6. Beach sun protection according to claims 1-5, characterized in that the rods (S) at the corners of a normal Sunbed are mounted.   7. Beach sun protection according to claims 1-6, characterized in that a (Z) collapsible or pluggable etc. z. B. T-shaped element (e.g. length 2 m, width 65 cm) is placed on the floor and possibly still covered with sand so that you can lie comfortably on it. ( Fig. 2). There are many holes on its crosspiece (L). Through these holes (L), the rods (S) can be inserted into the floor and are already better fixed in the floor. ( Fig. 3). In addition, the rods (S) at the point of passage fixed in the desired position by the holes (L) be, e.g. B. by various locking devices mounted there e.g. B. bolts. Any number of rods (S) can be used, and it is also possible for two rods to form only one tip (Sp). The roof structure (D) is attached to the tips (Sp). ( Fig. 3). 8. Beach sun protection according to claims 1-7, characterized in that the construction may leave with the Clothes or stones or sand, or a pole quickly is folded down to fight the wind, or that it is left as it can collapse at most, but endangered no one.   9. Beach sun protection, characterized in that at the top of a normal parasol, for. B. by means of a bolt (B) a bulky element (E) (metal, plastic, wood, etc., more or less heavy) is attached. The parasol together with element (E) can then be placed in a deeper hole so that you can dig into the sand with a small hand shovel and the parasol is then very well secured against falling out after the hole has been filled in. ( Fig. 4). 10. Beach sun protection according to claim 9, characterized in that there is a mechanism on the lower inner or outer part of the parasol, the z. B. by rotating the upper lever (H) causes locking elements (Sp) to emerge further down from the inside of the rod, or be opened outside, and thus drill into the sand. The whole can also be motorized, or the elements are pressed out by spring force. ( Fig. 5). 11. Beach sun protection, characterized in that the actual umbrella is constructed more stable so that it does not turn in the wind.
For example, by means of stable assembly poles (AS) ( Fig. 6), which can possibly also be lowered into the actual parasol pole for transport.
So that a roof tarpaulin (Dp) suspended at only four points does not flutter too much, it is e.g. B. possible to attach a heavier body (SK) in the middle of the roof tarpaulin so as to keep the roof taut. ( Fig. 7).
Or at the corners of the roof tarpaulin (Dp) elastic straps (EB) are attached, which are also attached to the tips (Sp) of the rods, and thus tension the roof ( Fig. 8).