An advanced multi-sensoric pipe inspection system has been developed and prototypically realized which is able to detect automatically type, location and size of damages in the sewerage system. The modular system concept comprizes a multisensor system consisting of an innovative 3D-optical light stripe sensor and a micro wave sensor. Thus, an inspection robot is enabled online to detect and classify anomalies during its motion within the pipe or the pipe wall respectively as well as within the closer pipe surroundings. For sensor fusion and damage classification a new Neuro-fuzzy based concept is applied. Within this contribution multisensoric inspection system concept is introduced and results will be presented
The inspection of sewer or fresh water pipes is usually carried out by a remotely controlled inspect...
An axially symmetric 3D-light stripe sensor has been developed which is adapted to the geometry of a...
Inspection robots equipped with TV camera technology are commonly used to detect defects in sewer sy...
An advanced multi-sensoric pipe inspection system has been developed and prototypically realized whi...
Qualified damage diagnosis in sewer pipes requires besides conventional TV technology the introducti...
Qualified damage diagnosis in sewer pipes requires besides conventional TV technology the introducti...
Up to 20 percent of the German sewerage systems damaged mainly due to their high age. The estimation...
In a joint R and D project with 4 partners from industry and research institutes funded by BMBF (for...
Within the framework of a joint project sponsored by the Federal Ministry for Research and Technolog...
An axially symmetric 3-D-light stripe sensor has been developed by the Fraunhofer Institute IITB. Th...
At the present state of the art for the inspection of hidden areas in public, industrial or military...
The visual inspection of sewer defects is often not sufficient in itself, for it only permits a subj...
On behalf of the Emschergenossenschaft, a public wastewater utility based in Essen, Germany, the Fra...
An innovative inspection method to assess the condition of sewer pipes is proposed in this paper. Th...
The Damage Detection System, the SEK, developed by the Fraunhofer IFF on behalf of the Emschergenoss...
The inspection of sewer or fresh water pipes is usually carried out by a remotely controlled inspect...
An axially symmetric 3D-light stripe sensor has been developed which is adapted to the geometry of a...
Inspection robots equipped with TV camera technology are commonly used to detect defects in sewer sy...
An advanced multi-sensoric pipe inspection system has been developed and prototypically realized whi...
Qualified damage diagnosis in sewer pipes requires besides conventional TV technology the introducti...
Qualified damage diagnosis in sewer pipes requires besides conventional TV technology the introducti...
Up to 20 percent of the German sewerage systems damaged mainly due to their high age. The estimation...
In a joint R and D project with 4 partners from industry and research institutes funded by BMBF (for...
Within the framework of a joint project sponsored by the Federal Ministry for Research and Technolog...
An axially symmetric 3-D-light stripe sensor has been developed by the Fraunhofer Institute IITB. Th...
At the present state of the art for the inspection of hidden areas in public, industrial or military...
The visual inspection of sewer defects is often not sufficient in itself, for it only permits a subj...
On behalf of the Emschergenossenschaft, a public wastewater utility based in Essen, Germany, the Fra...
An innovative inspection method to assess the condition of sewer pipes is proposed in this paper. Th...
The Damage Detection System, the SEK, developed by the Fraunhofer IFF on behalf of the Emschergenoss...
The inspection of sewer or fresh water pipes is usually carried out by a remotely controlled inspect...
An axially symmetric 3D-light stripe sensor has been developed which is adapted to the geometry of a...
Inspection robots equipped with TV camera technology are commonly used to detect defects in sewer sy...