AT456U1 - MOVABLE DEVICES FOR A LYING SURFACE WITH COVERINGS FROM DAMAGING RAY-ABSORBING FILMS - Google Patents

Description

AT 000 456 Ul

The invention relates to movable devices for a lying surface, which are provided with covers from harmful radiation-absorbing films. These films are transparent and filter out the parts of sunlight that can lead to sunburn or late effects such as skin cancer. Figure 2, 3 and 4 serve the same purpose, but the type of attachment and installation is variable. In (Fig. 2), a device is shown, which is provided with push-on sleeves (15) which can be variably produced in length, for fastening in the clamp (Fig. 1). In (Fig. 3) a device is shown, which is provided with light metal piles (19) which can be variably produced in length for installation in sand or earth. A variant is shown in (FIG. 4), a device with joints (21, 22) and length (90 ° rotatable) brackets (23) being provided for fastening and installation. The purpose of the invention is the optimal protection against harmful rays when sunbathing. Unlike in the GM 8061/94 I submitted, these are movable devices for a lying surface, which are provided with foils that absorb harmful radiation.

State of the art

According to research number R 428/94 and the patent specifications cited therein, patent numbers 4,720,135 and 4,068,673 and 1,155,366 and 18,923, no protection against harmful rays is included in the inventions indicated. All of the patents listed are purely shade providers.

Disadvantages of the prior art

All of the inventions listed above are no longer up to date and fail to serve their purpose when sunbathing. solution

The moveable devices for a lying surface that I invented offer, in addition to the flexible choice of the installation site, optimal protection against harmful rays. 2 AT 000 456 ul

Figure 1 shows a clamp for receiving a tube of various deck chairs (2), with an upper clamp part (1) which is movably connected to the lower clamp part with external thread (9) via the threaded bolt (5). The plastic handle (4), which is anchored to the threaded bolt (5) by the cast-in wing piece (3), is used for tensioning and releasing. The threaded bolt is provided with a locking ring (6) and is received by the nut (7) fixed to the lower part of the clamp. The tension spring (12) surrounds the threaded bolt and causes the clamp parts to move apart when loosened. The external thread on the lower clamp part (9) receives the union nut for unit fixing (8). In the interior of the external thread, a metal sleeve (10) is formed, which in turn surrounds a plastic press sleeve (11), which after insertion of a push-on sleeve (FIG. 2) item no. 15, fixation by tightening the union nut (8) he follows. The arrangements shown in FIGS. 2 and 3 show movable devices for a lying surface, for setting up and attaching foils, the absorbent foil (13) having a profile (14) welded to the foil (13) for hanging the pulled-out foil (13) , is provided in the secondary holder (17). The film (13) is rolled up in a closed film holder with an integrated retraction mechanism (16) and is passed through the longitudinal slot (18) coated with soft material. The push-on sleeves (15), which can be variably manufactured in length, can also be replaced by the light metal piles (Fig. 3), item no. 19, which can be variably manufactured in length. The arrangement shown in FIG. 4 is to be understood as a further variant of (FIGS. 2 and 3), the film holder with an integrated retraction mechanism (20) being connected to the outer joint part (21) on both ends via a flange. In the outer joint part (21), the inner joint part (22) is inserted, which is connected to the brackets (23) which can be rotated through 90 ° and which are variable in length. A locking mechanism (24) is attached to the outer joint part (21) to fix the holder (23) in the respective position. The locking mechanism (24) acts via the locking bolt (24a) which is fastened to the outer joint part (21) by the retaining bolt (24b). The actuating handle for locking and unlocking (24e) is in turn connected to the locking bolt (24a) via the guide bolts (24d) which are guided in the guide slot (24c). 3 AT 000 456 ul

Figure overview

Figure 1 shows an arrangement where Item Nos. 1 to 12 show the following: 1 = upper clamp part for bracket 2 = section of a tube of various deck chairs 3 = cast wing piece of the threaded bolt 4 = plastic handle for tensioning and loosening the clamp 5 = threaded bolt 6 = locking ring 7 = Nut for threaded bolts fixed on the lower clamp part 8 = union nut for unit fixing 9 = Lower clamp part with external thread 10 = metal socket 11 = plastic press socket 12 = tension spring

Figure 2 shows an arrangement in which items Nos. 13 to 18 show the following: 13 = absorbing film for clip-on film holder 14 = profile welded to the film for hanging the film 15 = length-adjustable clip-on sleeves

Light metal 16 = closed foil holder with integrated retraction mechanism 17 = secondary holder for attaching the extended foil 18 = with soft material e.g. Longitudinal slit coated with fabric for

Foil implementation

FIG. 3 shows an arrangement like FIG. 2, in contrast to this, item no. 19 shows light metal piles which can be variably produced in length for fastening the holder in sand or earth.

FIG. 4 shows an arrangement in which items 20 to 24e show the following: 20 = foil holder with integrated retraction mechanism 21 = outer joint part with flange 22 = inner joint part 23 = holder 24 which can be made to be rotated through 90 ° and variable in length 24 = locking mechanism 24a = Locking bolt 24b = retaining bolt 24c = guide slot 24d = guide bolt 24e = actuating handle for locking and unlocking 4

Claims (7)

AT 000 456 Ul claims 1. Movable device for a lying surface with harmful radiation-absorbing film, characterized in that the device is provided with closed film holders with an integrated retraction mechanism (16, 20), the absorbing film (13) being replaced by a soft film Material provided longitudinal slot (18) is carried out and the film (13) is provided at one end with the profile (14) for hanging in the secondary holder (17). (V 2. Movable device according to claim 1, characterized in that the unit is provided with push-on sleeves (15) which are variable in length. 3. Movable device according to claim 1 and 2, characterized in that the push-on sleeves (15) are inserted into a plastic press sleeve (11), which in turn is surrounded by a metal sleeve (10) and this is a metal sleeve (10) in a lower clamp part with an external thread (9), which is provided with a union nut (8) for fastening. * -Z) 4. Movable device according to claim 3, characterized in that on the lower clamp part (9) a nut (7) is fixed, which receives the threaded bolt (5), which is provided with a locking ring (6), and the threaded bolt ( 5), which is surrounded by the tension spring (12), is connected by the wing piece (3) with the plastic handle (4), whereby tensioning and loosening is achieved with the upper clamp part (1). . ... 5. Movable device according to claim 1, characterized in that the unit is provided with light metal piles (19) which are variable in length. j) 6. Movable device according to claim 1, characterized in that the device has outer joint parts (21) into which the inner joint parts (22) are inserted and the inner joint part (22) with the adjustable by 90 °, variable in length to be manufactured brackets (23) is connected. (> = 7 k) 7. Movable device according to claim 6, characterized in that on the outer joint part (21), connected by the retaining bolt (24b), a locking mechanism (24) is attached, which has a locking bolt (24a) and in turn on the guide bolts (24d ), which are guided in the guide slot (24c), is connected to the actuating handle (24e). '5