Abstract:
A liquid transfer device transferring liquid for enhancing durability of an image on a surface of a printed product printed with ink has a liquid transfer member (2) having a transfer surface contacting the surface of the printed product and transferring the liquid thereto. The liquid transfer member includes a liquid accumulating portion (4), formed from a sheet form member, accumulating the liquid and a restricting portion (5) supplying the liquid to the transfer surface with restriction. The device further includes a holding member (3) receiving and holding the liquid transfer member. The holding member includes a surface supporting frame (6) formed with an opening exposing a porous film, and a dish shaped receptacle member (7) having a flange (7a) mating with a lower surface of the surface supporting frame (6). The liquid transfer member (2) is housed within a receptacle space defined by the receptacle member (7) and the surface supporting frame (6).
Abstract:
Un dispositif de distribution et/ou d'absorption d'un liquide comprend une pluralité de minces plaques et/ou pellicules superposées entre lesquelles sont situés des interstices en forme de fentes de dimensions telles que selon le matériau dont se composent les plaques et/ou les pellicules et selon le liquide à distribuer ou à absorber un transport par capillarité du liquide en question est assuré à travers les interstices en forme de fentes. On peut ainsi avec des moyens simples transporter par capillarité des quantités plus élevées de liquide, le cas échéant contenant de fines particules solides pour de nombreux nouveaux cas d'application. A cet effet, le dispositif forme un objet usuel ou outil manuel avec lequel on peut appliquer un liquide sur des surfaces, ou faire absorber le liquide sur ces surfaces. Au moins une face latérale du paquet de plaques et/ou de pellicules sert de surface de distribution et/ou d'absorption du liquide, tandis que les zones restantes du paquet de plaques et/ou de pellicules emmagasinent le liquide.
Abstract:
Überdruckventile an Verpackungsbehältern sollen so dicht sein, daß kein Sauerstoff aus der Atmosphäre zwischen den Ventilteilen in die Packung gelangen kann. Dies wird dadurch erreicht, daß zwischen die einen Kanal bildenden Teile des Ventils (v) ein flüssiges Dichtmittel angeordnet wird. Um das Eindringen des Dichtmittels in die Kanäle zu beschleunigen und das völlige Durchsetzen dieser mit Dichtmittel zu gewährleisten, wird im Bereich des Kanalendes, in dem das Dichtmittel aufgetragen wird, kurzzeitig ein Gasüberdruck erzeugt. Das flüssige Dichtmittel wird von einem Kleinstmengendosiergerät in die Ventile (v) abgesetzt und, nachdem die Ventile (v) an den Verpackungsbehältern (b) befestigt worden sind, durch einen Druckluftstoß verteilt, der durch einen Kanal (31) in Formdornen (11) zugeleitet wird, auf denen die Verpackungsbehälter (b) geformt werden.
Abstract:
An oral care implement having an internal reservoir. In one embodiment, the invention can be a toothbrush comprising: a handle having an internal reservoir containing an oral care fluid; a head coupled to the handle; an applicator located on the head; a partition member positioned within the internal reservoir that divides the internal reservoir into a storage chamber and an overflow chamber; a passageway extending through the partition member from the storage chamber to the overflow chamber, the passageway terminating as a first opening in a first surface of the partition member and as a second opening in a second surface of the partition member; and a wick member having a first end in fluid communication with the applicator and a second end terminating in an end surface that abuts the second surface of the partition member to prohibit axial movement of the wick member in a first axial direction.
Abstract:
Le surface d'un substrat (11) (Fig. 2) est uniformement revetue d'un liquide (L) par mouillage de la surface avec le liquide et le contact par compression de la surface mouillee par une piece d'application (10) possedant une couche externe (14) en une matiere compressible absorbant les liquides possedant les caracteristiques inverses de l'eponge et une couche interne (13) d'un materiau souple. De preference la piece (10) est un rouleau possedant une couche interne en caoutchouc silicone ou de polyurethane et une couche externe en peau de chamois. Le substrat est ainsi revetu d'une couche ayant une epaisseur exceptionnellement uniforme y compris une couche epaisse uniforme au travers d'ouvertures a travers le substrat. De plus la formation de cannelures causee par l'egouttement est evitee.
Abstract:
A liquid transfer device transferring liquid for enhancing durability of an image on a surface of a printed product printed with ink has a liquid transfer member (2) having a transfer surface contacting the surface of the printed product and transferring the liquid thereto. The liquid transfer member includes a liquid accumulating portion (4), formed from a sheet form member, accumulating the liquid and a restricting portion (5) supplying the liquid to the transfer surface with restriction. The device further includes a holding member (3) receiving and holding the liquid transfer member. The holding member includes a surface supporting frame (6) formed with an opening exposing a porous film, and a dish shaped receptacle member (7) having a flange (7a) mating with a lower surface of the surface supporting frame (6). The liquid transfer member (2) is housed within a receptacle space defined by the receptacle member (7) and the surface supporting frame (6).
Abstract:
In a device for lacquering or coating plates (17) or panels through a capillary slot (24) filled with a liquid coating medium, the plate (17) is conveyed with the surface to be lacquered turned downwards, so that a thin layer deposits by capillarity on the plate (17).
Abstract:
In a device for lacquering or coating plates (17) or panels through a capillary slot (24) filled with a liquid coating medium, the plate (17) is conveyed with the surface to be lacquered turned downwards, so that a thin layer deposits by capillarity on the plate (17).