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  4. Small-scale metal castings, small-scale metal/transparent composite structures and process to produce same
 
patent

Small-scale metal castings, small-scale metal/transparent composite structures and process to produce same

Mortensen, Andreas  
•
Bellouard, Yves  
•
Charvet, Raphaël
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2017

The method comprises at least the following steps: - exposing a substrate to focused laser irradiation at a preselected series of locations that trace a subset of the substrate volume that is connected to the surface of the substrate; some subsets of substrate volume not connected to the surface of the substrate may also be exposed at the same time for other purposes, for instance, so that they can be used as waveguides or other optical elements or for another subsequent etching step; - removing the substrate material from the exposed preselected series of locations to create within the substrate at least one cavity that is connected to the surface of the substrate; - immersing the cavity-containing substrate in an appropriate atmosphere such as a selected gas or vacuum and, within this atmosphere, - contacting the substrate surface with the molten castable material surface at locations where the cavity or cavities emerges from the substrate; - applying pressure to the castable material to cause it to infiltrate the substrate cavities; and - solidifying the castable material within the cavities.

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Type
patent
EPO Family ID

55071078

Author(s)
Mortensen, Andreas  
Bellouard, Yves  
Charvet, Raphaël
Dénéréaz, Cyril
Note

Alternative title(s) : (de) Kleine metallgussstücke, kleine strukturen aus metall/transparentem verbundstoff und verfahren zur herstellung davon (fr) Pièces métalliques coulées de petite taille, structures en métal et composite transparent de petite taille et procédé de fabrication associé

TTO classification

TTO:6.1540

EPFL units
LMM  
AVP-R-TTO  
GALATEA  
IdentifierCountry codeKind codeDate issued

US10821505

US

B2

2020-11-03

EP3374106

EP

B1

2020-06-10

US2018304352

US

A1

2018-10-25

EP3374106

EP

A1

2018-09-19

WO2017081635

WO

A1

2017-05-18

Available on Infoscience
August 11, 2017
Use this identifier to reference this record
https://infoscience.epfl.ch/handle/20.500.14299/139616
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