Aerial transporter
This invention relates to an aerial transporter comprising rigid cell structures which are covered with light materials as a skin, composed of modules. The invention aerial transporter represents some type of airship without a tail unit as well as an approximate balloon construction comprising a rigid structure and an independent drive unit. Said aerial transporter can transport loads in the range of about 20 t and more over short to medium distances using lighter-than-air technology while meeting air traffic regulations. Furthermore, the disclosed aerial transporter can be used as an air crane in the tied state.
1. Aerial transporter having rigid cell structures ( 1 ) which are covered with light materials as a skin ( 14 ) composed of modules, comprising two approximately hemispherical elements ( 15 , 16 ) for bow and stern, at least one annular section ( 11 ) as modular element, and a transport or crane module ( 3 , 3 ′) arranged as a rigid keel of the aerial transporter under the lifting module, wherein the elements can be locked to a lifting module at their edges in accordance with a tongue-and-groove principle with positive locking in two axes and by appropriate joining means in a third axis.
2. Aerial transporter in accordance with claim 1 , characterized in that drive units ( 4 ) being assembled in a drive module ( 2 ) as a keel module.
3. Aerial transporter in accordance with claim 1 , characterized in that the annular section ( 11 ) is formed approximately as a toroid, wherein at least two frames spaced apart by stringers forming stable rings, the edges of which are formed in a complementary manner to establish positive locking with adjacent frames.
4. Aerial transporter in accordance with claim 1 or 2 , characterized in that the hemispherical and/or central elements ( 1 , 15 , 16 ) can be filled with gas bags or ballonets the volume of which can be designed to vary.
5. Aerial transporter in accordance with one of the preceding claims 1 - 3 , characterized by the drive units ( 4 ) and feed devices of the drives for fuel are designed such that hydrogen can be used both as lifting gas and as fuel.
6. Aerial transporter according to one of the preceding claims 1 - 3 , characterized in that the cell structures ( 1 ) are made at least partially from lightweight materials.
7. Aerial transporter in accordance with one of the preceding claims 1 - 3 , characterized in that it is unmanned and that the cycle of landing, starting, loading and unloading can be at least partially remote-controlled.
8. Process to start or land an aerial transporter in accordance with one of the preceding claims 1 - 3 , characterized in that its lift can be controllable by heating or cooling of at least parts of the lifting module ( 1 ) and/or gases at and in the lifting module.
9. Use of an aerial transport in accordance with one of claims 1 - 3 , as a temporarily stationary crane by decoupling the transport module and by tying the transporter to fixed anchor points on the ground by means of on-board winches.