New solution – attractive lighting with fluorescent algae in aquariums, situated in multi-storey transparent elevators and in floor gardens inside skyscraperers

Authors

  • Yanko Aleksandrov University of Structural Engineering and Architecture “Lyuben Karavelov”, 1373 Sofi a, Bulgaria Author

Keywords:

new solution, attractive light, fluorescent algae, aquariums, multi-storey, transparent elevator, floor gardens, skyscraper

Abstract

The use of natural phenomena (fluorescent algae) represents a specific way to improve the shape-forming when designing the interior of new buildings. The unexpected combinations of well-known technical indicators (elevators, aquariums) and new indicators (fluorescent algae in multi-storey transparent elevators) lead to a positive technical effect (the attractive interior lighting of the multi- storey transparent elevators and the floor gardens), as well as to an increased level of originality. Theabove-mentioned combinations form the patent claims of patent application “Multi-storied panoramic elevator” – BG111889 of 17.12.2014 (Aleksandrov, 2014). The new solution has made a significant contribution to the sustainable development of cities by providing the inhabitants of the tallest buildings with access to the plant and animal world.

References

Aleksandrov, Y. (2014). Innovative solutions with inventive step for elements to be used for the construction of chambers of storehouses and refrigeration warehouses. Summary of the dissertation work, Sofia.

Aleksandrov, Y. (2017a). Yanko Aleksandrov. Innovation Design of Buildings without Inventive Step. In: V. Stoyanov and D. Partov (eds.), Proc. ХVII Int. Sci. Conf. VSU’2017, June 8-9, 2017, Sofia, VSU, 2017, III: 3-8. ISSN 1314-071X.

Aleksandrov, Y. (2017b). Yanko Aleksandrov. Innovation Design of Buildings with Inventive Step. In: V. Stoyanov and D. Partov (eds.), Proc. ХVII Int. Sci. Conf. VSU’2017, June 8-9, 2017, Sofia, VSU, 2017, III: 9-15. ISSN 1314-071X.

Aleksandrov, Y. (2018a). New solution – cultivation of soft fruits and vegetables in a superskyscraper in Hong Kong. Bulg. J. Agric. Sci., 24 (1), 151–157.

Aleksandrova, L. (2010). Application of one-dimensional forms in the building of urban structures, volume III, 55-60. In: Proc. Х Int. Sci. Conf. VSU’2010, June 03-04, 2010, Sofia, Prof. Tsenko Tsenkov and Doncho Partov (Eds), VSU, 2010.

Aleksandrova, L. (2014а). Symmetry, crystals and architecture, volume III, 122-127. In: Proc. ХIV Int. Sci. Conf. VSU’2014, June 5-6, 2014, Sofia, V. Stoyanov and D. Partov (Eds.), VSU, 2014.

Aleksandrova, L. (2014b). Crystal-like architectural solutions – world practice, volume III, 128-132. In: Proc. ХIV Int. Sci. Conf. VSU’2014, June 5-6, 2014, Sofia, V. Stoyanov and D. Partov (Eds.), VSU, 2014.

Vlasarev, D. (2013). Regional localization of complexes of aquaculture. Volume III, 389-394. In: Proceedings of 13th International Scientific Conference VSU’ 2013. Dedicated to the 75 Anniversary of VSU 6 – 7 June 2013. V. Stoyanov. M. Hamova, D. Partov (Eds), Sofia, Bulgaria.

Patents

Aleksandrov et al. (2014). Patent № BG111889 of 17.12.2014. “Multi-storied panoramic elevator“.

Projects

Aleksandrov, Y., Mihaylova, M., & Aleksandrov, I. (2014). Finalist Notification – Elevator Annual 2014 Competition (2) “New generation panoramic elevators”, № 1000001476. Finalist.

Other sources

Ching (2014). Francis Ching, Architecture: Form, Space and Order, 4 th ed., Wiley.

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Published

31.08.2019

Issue

Section

Problems of Science and Practice

How to Cite

Aleksandrov, Y. (2019). New solution – attractive lighting with fluorescent algae in aquariums, situated in multi-storey transparent elevators and in floor gardens inside skyscraperers. Bulgarian Journal of Agricultural Science, 25(4), 710-716. https://agriacad.eu/ojs/index.php/bjas/article/view/4183