ABREMA SA

There is described method of producing a metal micro-/nanoelectrode (EL), the method comprising: (a) providing a glass pipette template (PT), the glass pipette template (PT) exhibiting a tapered portion (TP) terminating with a tip of micrometric or nanometric scale, the tapered portion (TP) being adapted to contain a solution; (b) filling at least part of the tapered portion (TP) of the glass pipette template (PT) with a chemical growth solution (GS) containing a metal precursor suitable for selective growth of a metal deposit (MD) inside the tapered portion (TP); (c) processing the taper-filled glass pipette templates (PT) in bulk media (BM) containing a reacting agent to drive nucleation and growth of a metal deposit (MD) from the chemical growth solution (GS) in the tapered portion (TP) of the glass pipette template (PT); and (d) physically connecting a micro-wire (MW) to the metal deposit (MD) formed inside the tapered portion (TP) of the glass pipette template (PT). The method especially allows the formation of thin-wall micro-/nanoelectrodes (EL) with single-crystalline metal deposits (MD), which forms another aspect of the invention.

There is described a rolling bag (B) comprising a collapsible container body (10) made of an assembly of fabric panels that are joined together to form at least a bottom side (15) and a sidewall (11-14) including four lateral sides (11, 12, 13, 14) that jointly define an inner storage volume when the collapsible container body (10) takes an expanded state. The rolling bag (B) further comprises a rolling support assembly (S) to provide rolling support for the collapsible container body (10) in the expanded state, the rolling support assembly (S) including a support plate (P) and a plurality of caster wheels (W) provided on an underside of the support plate (P). Each caster wheel (W) includes a click-in caster wheel assembly (100) comprising a swivel axis (100A) extending at least partly through a thickness of the support plate (P), and the support plate (P) includes a plurality of supporting inserts (200) that are each configured to cooperate with the swivel axis (100A) of a corresponding one of the click-in caster wheel assemblies (100) and cause it to automatically latch onto the support plate (P) during assembly. Each supporting insert (200) comprises a mounting aperture (200A) shaped and dimensioned to receive the swivel axis (100A) and cause latching of the swivel axis (100A) inside the mounting aperture (200A).

There is described a multipurpose bag (B) comprising a collapsible container body (10) made of an assembly of fabric panels that are joined together to form at least a bottom side (15), a top side (16) and a sidewall (11-14) including four lateral sides (11, 12, 13, 14) that jointly define an inner storage volume when the collapsible container body (10) takes an expanded state. The top side (16) includes a releasable cover panel (17) that forms an integral part of the collapsible container body (10), the releasable cover panel (17) being releasable from part of the top side (16) to selectively allow full closure of the inner storage volume when the collapsible container body (10) is in the expanded state. The collapsible container body (10) is configured such that, in the expanded state, the releasable cover panel (17) can take at least two configurations, namely a first, open configuration in which the releasable cover panel (17) is released from part of the top side (16) to provide full, unimpeded access to the inner storage volume, and a second, closed configuration in which the releasable cover panel (17) completely closes the top side (16) to fully enclose the inner storage volume and cause the collapsible container body (10) to take a desired expanded shape. The releasable cover panel (17) can take at least a third configuration in which the releasable cover panel (17) only partly closes the top side (16) to maintain the collapsible container body (10) in substantially the desired expanded shape, while providing partial access to the inner storage volume. The collapsible container body (10) further includes a retaining structure (18) configured to keep the releasable cover panel (17) in the third configuration.

The present invention concerns a cheese or cheese substitute comprising proteinogenic matter derived from plant, preferably from lupine seeds. The cheese or cheese substitute further comprises added plant fat. The cheese or cheese substitute is preferably fermented using lactic acid bacteria, yeasts and/or molds. Furthermore, the cheese or cheese substitute is preferably aged, and can be a hard cheese that has aged for more than three months.

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