Garage mit Außenkipptor

• [...][...][...][...][...][...][...][...][...][...][...][...][...] *

• [...][...][...][...][...][...][...][...][...][...]

The invention relates to a free-standing garage with Overhead door, due to the design features in their dimensions can be kept as small as possible.

Typically, free-standing garages are equipped with tilting, [...] sectional gates, which are rolled up or pivoted in the open state in the interior space and thereby increase the volume and thus need and, of course, corresponding the cost of such a building unnecessary. Known wing gates but also free-standing garages with the outside are above the roof, the much of space and are particularly problematic at snow situation. Also there are swing gates broken above, where the entire height of the door pivots in front of the garage and they occupy a great deal of room thereby. They are therefore Street Side not usable.

The technical goal, which is to be dissolved me of the invention, a garage is, in their dimensions can be maintained so small that it just as much room to the vehicle driver and the intended automobile for adjusting as necessary and with the benefits of a tipping door united inlet and exiting offers.

In the previous section described problem is solved according to the invention thereby The that the garage the form of a hollow cylinder and by this shaping bottom flattened lying just where necessary, enough space for opening the vehicle door is present and the handlebar corresponding place for inputting and alighting offers. Equally the garage has the greatest width in the height of the external mirrors exactly on the inside. This space-saving solution is only possible, because the intended is pivoted into the interior but not over the garage Overhead door. The pivot arms of the overhead door hinged on the round inner wall of the can and are set back only so far are constructionally garage upper section are pivoted upwardly, until they abut on the roundness edge the garage front front. Located on the inside of the overhead door is fixedly connected with the door leaf in the middle a guide rail, the rollers of the movable guide member and thus the pivoting the receives allows over the garage. The opening the garage door and the positioning is performed spring-assisted.

The garage upper section Garage consists of a round free standing solidium, a flat bottom plate and a garage final part , from a twisting-free , water repellent and fire resistant material are fixedly connected with each other and are made. But also other cross-sectional shapes are possible It. The garage solidium can also consist of several individual parts, on the ground are joined together in the Do-It- [...] -Method. Because of the small size of the garage, these can also be drawn up in a block fixedly delivered and ready.

figure overview :

Fig. 1 shows a front view of the garage with the closed external tilting gate , wherein the gate wall is removed.

Fig. external tilting gate 2 shows a front view of the garage with open.

Fig. external tilting gate 3 shows a vertical longitudinal section of the garage with open.

4 shows a detail view of the guide rail Fig..

Fig. 5 shows a section through the profile of the guide rail.

Fig. 1 shows a front view of the garage with the closed external tilting gate , wherein the gate wall is removed, the fixedly interconnected to the base plate 5 are garage upper section 2 3. The pivot arms round on the projecting bolt 6 mounted in an articulated manner, which are fixed rigidly to the inner wall of the 2 garage upper section. You are surrounded by the coil springs 7, the opening of the support 1 and retaining in position which external tilting gate. The pivot arms with the bolts 5 are 8, which are secured internally on the overhead door, movably connected. external tilting gate 1 9 is mounted on the inside of the the guide rail, in which the rollers 11 of the

movably mounted guide element run 10. The guide rail is completed on the upper side of a cap 9, so that no moisture can penetrate. The rotary handle 12 and 13 are still the two ventilation openings To view for closing the garage.

Fig. 2 shows a front view of the garage with the opened external tilting gate 1, the pivot arms roundness edgegarage upper section 2 to 5 make use of the quite to the.

The rollers 10 have in the guide rail 11 of the movably mounted guide member 9 moves downward and hold in position by means of the prestressed coil springs 1 7 the external tilting gate. In the illustration 2 and the bottom plate is also secured to the 4 garage upper sectiongarage final part 14 to detect 3 connected with said air port.

Fig. external tilting gate 3 shows a vertical longitudinal section of the garage 1 with opened, which has been raised by the rollers 5 from the pivot arms and 11, 10 and the guide rail 16 in the bearing bracket of the movably mounted guide element 9, has been brought in position. The external tilting gate 1 has the form of a cover so that it can put in the rounding garage upper section from the outside via the 2. The water draining gap prevents the penetration of moisture into the 15 garage interior.

Fig. 9 4 shows a detail view of the guide rail, which is fixedly mounted on the inner side of the 1 external tilting gate , in which the rollers run 11 of the guide element 10. The guide element 16 is movably mounted in the bearing bracket 10, which in turn is connected fixedly with the garage upper section 2.

Fig. 5 shows a section through the profile of the guide rail on the underside with the slot 9, 10 with the rollers runs in the guidance element 11. The guide element 16 movably mounted in the bearing bracket 10 is external tilting gate 1 depending on the inclination of the to ensure opening angle.