BIM and AI Integration In Combating Covid-19

Must read

BIM Planning And Viewing: 3D Pluraview And ELITECAD Make It Possible

The cooperation between Schneider Digital and XEOMETRIC / ELITECAD optimally combines the strength of three-dimensional planning capabilities and stereoscopic graphic output. 3D modeling and...

Preventing Violence With Geospatial Big Data

Violence, whether it is focused on individuals such as crime or at larger scales such as war, seems to be almost inevitable in our...

Sentinel-2 Collection Is Available For Digital Twin Applications

Horizon 2020 Global Earth Monitor project and the European Space Agency’s Digital Twin activities scientists Matic Lubej and Grega Milcinski create a data collection for...

Scientists Map Hidden Continent Sank 23 Million Years Ago

Scientists have been exploring the seafloor off of Australia to unravel the mystery of Zealandia, the 'lost' eighth continent that sank into the sea...
Nursinem Handan ŞAHAN
2018 yılında Yıldız Teknik Üniversitesi Harita Mühendisliği bölümünü onur öğrencisi olarak tamamladı. Lisans eğitimi sırasında Erasmus+ programıyla Varşova Teknoloji Üniversitesinde öğrenim gördü. Halihazırda öğrenimine İstanbul Teknik Üniversitesi Coğrafi Bilgi Teknolojileri bölümünde devam etmekte.

Since October 2020, a multidisciplinary team of researchers at Fraunhofer-Gesellschaft has been working on the Mobile Disinfection (MobDi) project aimed at using robotics technologies to prevent the spread of infection in clinical settings. Led by the Fraunhofer Institute for Manufacturing Engineering and Automation (IPA), the team is developing specialized service robots capable of disinfecting potentially contaminated surfaces and automating the transport of essential items.

How can Building Information Modelling (BIM) contribute to the use of robots to clean and disinfect buildings?

It is necessary to train a robot before its first usage in a new operating environment. This means that the user drives the robot around to enable it to automatically register a map of its future working space. The robot also recognizes all the door handles, light switches, and other high-touch surfaces which need to be cleaned, as well as the material they are made of. Based on this information, the robot can plan independently all the necessary cleaning sequences.

Thanks to BIM, which already exists for many buildings, this learning process does not have to be conducted manually anymore. The BIM contains a digital representation of key building components, which can automatically be transferred to the robot before starting its operation.

How could automating the transport of materials in clinical settings benefit staff and patients?

The MobDi project also deals with the development of a new transportation robot. It will be able to carry various hand carts, such as those typically used in clinics. In comparison with existing products, the new development is characterized by smaller dimensions and a particularly maneuverable undercarriage. It will help staff to reduce walking distances by providing all the materials required to treat the patients directly in front of their rooms. This not only helps to avoid spreading germs but also increases the amount of time staff can spend with the patients and performing actual care tasks. All robots developed in MobDi are designed with the help of ‘hygienic design’ and with self-cleaning methods implemented into the design, thereby preventing the machines themselves from becoming a contamination risk.

Could wider rollout of robotics technologies in healthcare settings assist in the fight against COVID-19?

Robots can certainly be useful support in the fight against COVID-19. The project shows particular potential in the use of disinfection and transport robots. They can operate continuously and reduce staff contact with vulnerable people such as the sick or – if they were implemented in a care facility – the elderly. A similar potential is seen in robots for telehealth applications: they make it possible to maintain remote contact with family or even doctors without the risk of spreading infection.

Source: AI and robotics in hospital cleaning

More articles

LEAVE A REPLY

Please enter your comment!
Please enter your name here

- Advertisement -

Latest article

BIM Planning And Viewing: 3D Pluraview And ELITECAD Make It Possible

The cooperation between Schneider Digital and XEOMETRIC / ELITECAD optimally combines the strength of three-dimensional planning capabilities and stereoscopic graphic output. 3D modeling and...

Preventing Violence With Geospatial Big Data

Violence, whether it is focused on individuals such as crime or at larger scales such as war, seems to be almost inevitable in our...

Sentinel-2 Collection Is Available For Digital Twin Applications

Horizon 2020 Global Earth Monitor project and the European Space Agency’s Digital Twin activities scientists Matic Lubej and Grega Milcinski create a data collection for...

Scientists Map Hidden Continent Sank 23 Million Years Ago

Scientists have been exploring the seafloor off of Australia to unravel the mystery of Zealandia, the 'lost' eighth continent that sank into the sea...

Smart Cities Together With Smart Street Lights

Cities are rushing to replace their legacy street lights with "smart LED fixtures" that could one day be able to find you a parking...