The inventions scope of application

The invention relates to a system for hanging items, such as pictures, posters, paintings or the like (in the following just mentioned as pictures) on surfaces which mainly are plane (in the following mentioned as walls)

State of the art Typically pictures and other items are using a screw or a nail which is secured on the wall so that the head is sticking out of the wall. On the back of the picture there is mounted either a relative horizontal cord/wire or a fitting into which there is a hole. Afterwards the cord/wire or the fitting is hung from the screw head which is sticking out of the wall. It is often difficult to make the cord/wire or the fitting to get hold onto the screw head as normally has to be done while not being able to see what is happening behind the picture. Furthermore there is often a risk that the cord/wire will bend away from the wall and thereby make it difficult get hold onto the screw head. When the picture finally is hanging on the wall one will often discover that the picture is not hanging in the wanted position. Hereafter one needs to tighten or loosen the cord/wire either to raise or lower the position. If one wishes to move the picture sideways one needs to fasten the screw in a new position. US 6 651 945 and US 6 672 551 describe a principle according to that which a hook with a magnet is mounted on the wall. The magnet makes it easier for the hook to get on to the wire on the back of the picture - provided that the wire is made of material which has an attractive force for magnetism. GB 2 191 089 describes a construction where a hook is combined with a magnetic plate. The hook can be placed arbitrary on a wall provided that the wall consists of a material which has an attractive force for magnetism. This construction is furthermore characterized by the fact that the magnetic plate is an alloy of a magnetic material and of rubber. Thereby the coefficient of the friction between the plate and wall will increase and so will the strength with which the picture is fastened to the wall, US 5 269 083 describes a principle for fastening according to a magnet on the back of the picture is used for fastening it in a larger frame, in which more than one picture can be placed. This patent describes how one can release the picture by tilting it with a pressure in the periphery of the picture, as the magnet has a certain thickness and therefore creates an edge from which you can tilt the picture. This very tilt causes the magnet to let go of the metal which the magnet has been fastened to.

What you achieve by the new invention: 1. a possibility of securing that the picture will not slip out of contact with the metal as the wall fitting is enclosed by enhancements. 2. a possibility of releasing the picture from the metal by sliding the picture parallel with the wall and out through the said enhancements. 3. the preliminary undertakings for hanging the picture is easier as one does not need to be very precise when creating engagement between that part of the hanging system which is positioned on the wall and the part which is placed on the picture. Furthermore the picture itself helps getting engaged. 4. a subsequent adjusting of the position of the picture is easier, as the picture can be slid vertically as well as horizontally in the plane of the wall inside a certain area limited by the dimensions of the hanging system.

Means to be applied

You achieve the above mentioned possibilities for a system for hanging items (1) including pictures, posters, paintings etc. (in the following mentioned as pictures) mainly on plane surfaces (in the following mentioned as walls) comprising one on the wall attached wall fitting (7) of a magnetic attracting material, to a certain extent on the wall level and with one or more enhancements, and one or more magnets attached to the picture characterized by the dimensions of the magnet (2) allows a certain movement of the said during constant contact with the wall fitting as the extent of the magnet is smaller than the area which is limited by the enhancements (18) on the wall fitting (7)

The "hanging" systems mode of operation

Whenever the magnets get in contact with the wall fitting they will be able to secure the picture in the wanted position on the wall. It will be advantageously to use magnets of the type NeoDymium; they belong to the strongest group of magnets on the market. In order to equalize the differences in the parallelism between the plane of the picture, the wall, the fitting and the magnet, which will guarantee a good hanging, the magnet is fastened to the picture and is tilt able both around a horizontal and a vertical axis by means of a cord/wire or a string or alternatively to a pin on the magnet, which is mounted through a hole in a fitting secured to the picture. The hole has the same geometry as the profile of the pin, but is slightly oversized. At the end of the pin there is a jut of a bigger dimension than the hole. This will prevent the pin and thereby the magnet too from falling out. This fastening principle between the magnet and the picture makes it possible to move the magnet perpendicularly to the back of the picture. This is useful when the magnet during the progress of the hanging shortly before it is positioned on a level with the fitting on the wall, as the magnet itself thus will find its way towards the fitting. In order to make an easy mounting possible it is desirable that the fitting can be fastened with a single screw on the wall. In order to avoid the rotation of the fitting around this screw, when adjusting the position of the picture on the wall, the fitting is constructed with some bended spikes which will be pressed into the wall when the fitting is getting fastened into the said. Alternatively, there is one or more areas covered with friction searching material (e.g. rubber soles) on the back of the fitting. In order to that the magnet does not slide off the fitting on the wall, unintendently for example while the position of the picture is adjusted or if the picture later on gets an unintended push, the fitting is constructed with some enhancements /bends along its periphery. These prevent the magnet from sliding off the fitting and out on the wall. As it can also be a good idea purposely to release the magnet/picture from the wall by sliding the magnet off the edge there is one or more openings in these enhancements, which are bigger than the magnet. It is hereby avoidable to pull the picture down perpendicularly to the wall, which can cause relatively great forces in the system. In order to exploit the energy from the magnet as much as possible either the fitting or the surface of the magnet, is provided with a friction searching material by means of which the ability of carrying the "hanging" system is increased.

List of figures • Fig. 1 - The picture is hanging on the wall, specification of ways of adjustments • Fig. 2 - shows the fitting on the wa,ll and the magnet mounted with a cord/wire on the back of 5 the picture. Still the magnet is not in contact with the fitting. • Fig. 3 - the magnet mounted on a cord (vertically and horizontally) • Fig. 4 - the magnet mounted in a hole in the fitting ) fastened to the back of the picture • Fig 5 - design of the fitting prepared for mounting on the wall

Fig. 1 shows the picture hanging on the wall fastened with a cord/wire and a fitting (7) mounted on the wall. It is possible to move the picture without gradation horizontally (16) and vertically (17) on a level with the wall. Fig. 2, 3, and 4 show different ways of mounting the magnet (2). Fig. 2 shows a mounting on a wire/cord (3), fig. 3 shows a mounting on a string (8) and fig. 4 shows a mounting through a hole in the fitting (9). It is also specified in the figures that the picture can tilt around both a vertical (4) and a horizontal (5) axis on a level with the wall, and can be moved against or away (6) from the wall. Fig. 4 shows furthermore how a pin (11) on the magnet is mounted through an oversized hole in the fitting (9). Hereby the opportunity of tilting the picture both horizontally (4) and vertically (5) in relation to the magnet is achieved. A screw (10) whose head has a diameter which is bigger than the hole in the magnet is fastened inside the magnet (2), so the magnet cannot fall out. The pin (11) is longer than the fitting (9) is thick/deep, which means that the magnet can move at right angels to the fitting. Fig. 5 shows the fitting (7) ready for mounting on the wall. The fitting has a single hole (12) through which it will be fastened to the wall with a single screw (14). The fitting is furthermore shown with spikes (13) which, when the screw (14) is fastened, simultaneously, will be pressed into the wall and thereby prevent the fitting from rotating while the position of the picture is being adjusted. In stead of spikes areas with a friction searching surface, for example rubber soles, (not shown on the figure) can be added to the back of the fitting. Fig. 5 shows furthermore that the fitting (7) has some small rims (18) along the periphery of the said. The purpose of these rims is to avoid that the magnet unintendedly slides out of contact with the fitting (7). In the periphery there are, however some areas with an opening (15) in the rims. The purpose of these openings is to make it possible for the magnet to slide out of contact with the fitting when intended to do so. This will reduce the forces in the system when removing the picture in a movement at right angels to the fitting.

Numbering

1. picture 2. magnet 3. cord 4. horizontally related to the magnet 5. vertically related to the magnet 6. movement against or away from the wall 7. fitting 8. mounting on a string 9. oversized hole in the fitting 10. screw 11. pin 12. hole in the fitting 13. spikes in the fitting 14. screw for the fitting 15. openings in the rims of the fitting 16. possibility for horizontal movements 17. possibility for vertical movements 18. rims of the fitting