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Outputs (6)

Charging surface (2021)
Patent
Worgan, P., Collett, M., Omirou, T., & Sutton, M. (in press). Charging surface. GB2549135A. Intellectual Property Office (IPO)

This patent relates to a charging surface capable of charging multiple portable electronic devices with an internal energy store. Today we are using multiple portable electronic devices, such as smartphones and smartwatches, each of which require... Read More about Charging surface.

Graphene-Based Sensors (2017)
Patent
Karim, N. (2017). Graphene-Based Sensors

The present invention relates to a textile-based sensor which incorporates graphene into the fibre. The graphene is incorporated by a dyeing process in which a liquid composition containing the graphene is contacted with the fibre. The present invent... Read More about Graphene-Based Sensors.

Electrically Condutive Materials Comprising Graphene (2017)
Patent
Karim, N., & Yeates, S. (2017). Electrically Condutive Materials Comprising Graphene

The present invention relates to electrically conductive materials. The present invention also relates to processes for the preparation of these materials and to electronic circuits, electronic devices and textile garments that comprise them.

Patent WO2016209276A1 (2016)
Patent
Klein, S. (2016). Patent WO2016209276A1

In an example an object and support frame are three dimensionally (3D) scanned in a plurality of poses. A 3D representation of the object may be generated based on the scanning data.

Patent for 3D ceramic material (2011)
Patent
Hoskins, S., & Huson, D. (2011). Patent for 3D ceramic material. PCT/GB2011/051069

Based on a broad programme of research undertaken by Professor Stephen Hoskins and Mr David Huson, which led to the award of several AHRC-funded research projects ('The Fabrication of Three Dimensional Art and Craft Artefacts through Virtual Digital... Read More about Patent for 3D ceramic material.

Novel methods of water based screenprinted ceramic transfers
Patent
Hoskins, S., Anderton, R., & Fortune, D. Novel methods of water based screenprinted ceramic transfers. WO 9855327

UWE researchers patented a water based ceramic transfer printing system which substantially reduces solvent use. The U - Wet Transfer paper together with a T.W. Graphics water based screen printing ceramic transfer medium is used in this process. U-W... Read More about Novel methods of water based screenprinted ceramic transfers.