Table 2 Granted patents published between 2009 and 2018 on usage of fungal material
From: Fungi as source for new bio-based materials: a patent review
Index | Current assignee | Country | Patent number | Details |
|---|---|---|---|---|
1 | Ecovative (2014) | JP | JP5457194 (US9485917, ES2574152, CN101627127 AU2007333545, DK2094856, EP2094856, CA2672312) | Production method for a self-supporting composite material for organic packaging and firewall material |
2 | Beijing Zhongke Aobei Supersonic Wave Tech Res Inst (2018) | CN | CN106758447 | Production method for ultrasonically treated textile fibers |
3 | Shenzhen Tech (2017) | CN | CN105292758 | Production method for organic packaging material |
4 | Ford (2016) | CN | CN102329512 | Production method for vehicle parts consisting of mycelium used as a mat |
5 | Ecovative (2017) | US | US9803171 | Production method for dehydrated mycelium elements |
6 | Ecovative (2018) | US | US10144149 | Production method for stiff mycelium bound parts for furniture and fixations |
7 | Rensselaer Polytech Inst; Ecovative Design LLC (2015) | AU | AU2013251269 | Production method for a self-supporting composite material, which could be used for sound attenuation |
8 | Ford (2012) | US | US8227225 | Production method for dehydrated mycelium elements for outfitting vehicle interiors |
9 | Mycoworks (2016) | US | US9410116 | Production method for dehydrated mycelium elements |
10 | Mycoworks (2018) | US | US9951307 | Production method for dehydrated mycelium elements for building or construction |
11 | Ecovative (2018) | US | US9914906 | Production method for dehydrated mycelium elements |
12 | Ford; Automotive Components Holdings LLC (2012) | US | US8227233 | Production method for dehydrated mycelium elements for outfitting vehicle interiors |
13 | Ford; Automotive Components Holdings LLC (2012) | US | US8227224 | Production method for dehydrated mycelium elements for outfitting vehicle interiors |
14 | Ford; Automotive Components Holdings LLC (2012) | US | US8313939 (CN105365145, CN102329513) | Production method for dehydrated mycelium elements for outfitting vehicle interiors using injection molding |
15 | Ford; Automotive Components Holdings LLC (2012) | US | US8283153 | Production method for dehydrated mycelium elements for outfitting vehicle interiors |
16 | Ford; Automotive Components Holdings LLC (2012) | US | US8298810 | Production method for dehydrated mycelium elements for outfitting vehicle interiors using injection molding |
17 | Ford; Automotive Components Holdings LLC (2012) | US | US8298809 | Production method for dehydrated mycelium elements to make hardened elongate structure as a load supporting member in vehicles |
18 | Ecovative (2016) | US | US9253889 | Production method for growing electrically conductive tissue to form electric circuits composed of fungal mycelium |
19 | Ecovative (2016) | US | US9469838 | Production method for dehydrated mycelium elements with biofilm treated mycelium to obtain bio-resin like strengthened compounds |
20 | Ecovative (2016) | US | US9394512 | Production method for dehydrated mycelium elements |
21 | Ecovative (2018) | US | US9879219 | Production method for dehydrated mycelium elements |
22 | Ecovative (2017) | US | US9714180 | Production method for an absorbing and remediating composite material for contaminants |
23 | Ecovative (2015) | US | US9085763 | Production method for dehydrated mycelium elements to form tissue morphology using Pycnoporus cinnabarinus |
24 | Ecovative (2011) | US | US8001719 | Production method for dehydrated mycelium elements |
25 | Ecovative (2018) | US | US10154627 | Production method for dehydrated mycelium elements |
26 | Ecovative (2018) | CA | CA2834095 (DK2702137, EP2702137, AU2012249802, JP5922225) | Production method for dehydrated mycelium elements |