ALPLA Werke Alwin Lehner

Die Erfindung betrifft einen Spender (1) zum Abgeben eines Fluids, insbesondere einer Flüssigkeit, aufweisend: - eine ohne Luftansaugung arbeitende Abgabevorrichtung (2) zum Abgeben des Fluids, insbesondere eine Airless-Abgabevorrichtung, z.B. eine Airless-Pumpe; - einen Behälter (3) zur Aufnahme des mit der Abgabevorrichtung (2) abzugebenden Fluids, wobei der Behälter (3) aufweist: einen kollabierbaren ersten Abschnitt (31) und mehrere steife zweite Abschnitte (32), wobei der erste Abschnitt (31) und die zweiten Abschnitte (32) entlang einer Längsachse des Behälters (3) angeordnet sind; und - einen Führungsabschnitt (4) zum Führen wenigstens eines Teils des Behälters (3) während des Kollabierens des ersten Abschnitts (31).

The mold unit (1) comprises: - a mold body (2) comprising first and second body parts (2B) forming a molding cavity (6) about a central axis (X6), and - a frame body (4) comprising first and second frames (4B) for holding the first and second body parts (2B). The mold unit (1) can be placed selectively: - closed, the first and second frames (4B) being joined on a frame interface (J4), and the first and second body part (2B) are joined on a body interface (J2), and - open, the first body part (2A) being separated from the second body part (2B) for removing the container body. The mold unit (1) has an inlet (8) for a means to enter the cavity and an outlet (10) for a means to exit the cavity, both being concentric to the central axis (X6). The frame interface (J4) is offset from the inlet (6) and/or the outlet (10) so that the inlet (6) and/or the outlet (10) is/are entirely provided in the first frame (4A).

Offenbart ist eine Sortieranalage zum Entfernen von unerwünschten Elementen (21) aus einem Produktstrom (20). Die Sortieranlage umfasst eine Zufuhreinrichtung (30), eine Rutscheinrichtung (40) sowie eine Detektionseinrichtung (50). Die Rutscheinrichtung (40) weist einen Rutschenträger (41) sowie eine den Rutschenträger (41) vollständig abdeckende Rutscheneinlage (42) auf.

The mold unit (1) comprises a mold body (2) having an inner wall section (4) defining a molding cavity (6) for receiving the container body. The mold body (2) defines channels (10) for evacuating water and/or steam out of the molding cavity (6) during drying of the container body. The molding cavity (6) extends along and about a longitudinal axis (X) between a top end (6.1) and a bottom end (6.2). The molding cavity (6) has, at least in one cross-sectional plane comprising the longitudinal axis (X), an outer contour (6.4) configured such that a lateral portion (6.6) of the outer contour (6.4) extends between the top end (6.1) and the bottom end (6.2), wherein the lateral portion (6.6) is configured such that the distance of the outer contour (6.4) to the longitudinal axis (X) varies along the longitudinal axis (X). The channels (10) are distributed about the longitudinal axis (X). In a cross-sectional plane, a or the channel(s) extend(s) non-linearly to follow at least the lateral portion (6.6).

The mold unit (1) comprises a mold body (2) having an inner wall section (4) defining a molding cavity (6) for the container body. The molding cavity (6) extends along and about a longitudinal axis (X). The mold body (2) defines primary channels (11) that are distributed about the molding cavity (6), for channeling a fluid alongside the molding cavity (6) to evacuate water and/or steam out of the molding cavity (6) during drying of the container body. The mold body (2) further defines a secondary channel (12) arranged such that a downstream end of the secondary channel (12) is fluidly connected, through a connection pathway (13), with an upstream end of the primary channels (11), such that the fluid can be channeled through the secondary channel (12), through the connection pathway (13), and through the primary channels (11).

Disclosed is a method for depositing fibres into a mould. The method comprises the steps of- providing a mould (20),- introducing an injection lance (30) into the mould (20),- injecting pulp through the injection lance (30) into the mould (20) to deposit a layer of fibres onto an inner surface (22) of the mould (20). During the injection step, the injection lance (30) is moved from a lower position within the mould (20) to a higher position within the mould (20).

The current disclosure relates to a gripping device (20) for handling wet fibre-based products (30). The gripping device (20) comprises a surface area (21), complementary to a respective surface area of the wet fibre-based product (30) to be handled. A plurality of openings (22) is arranged in the surface area (21) .

Offenbart ist eine Schneidvorrichtung (100) und ein Verfahren zum Konfektionieren eines faserbasierten Behälters (10). Die Schneidvorrichtung (100) weist eine Haltevorrichtung (50) zum Halten des faserbasierten Behälters (10) sowie einen Schneidlaser (20) zur Erzeugung eines Laserstrahls (21) auf. Der Laserstrahl (21) des Schneidlasers (20) und der faserbasierte Behälter (10) sind zum Abtrennen eines überschüssigen Überstandes (11) des faserbasierten Behälters (10) mittels des Laserstrahls (21) relativ zueinander bewegbar.

The object is integrally made of a fiber-based material and has a body wall (2) delimiting an interior of the object. The body wall (2) comprises a threaded portion having a thread (8). The thread (8) extends at least partially about a thread axis (Z8). In a plane including the thread axis (Z8), the thread has a cross-section of a convex shape (8.1) bulging away from the thread axis (Z8) so as to delimit an interior thread space (8.2). The interior thread space (8.2) having an axial height (H8.2) and a radial width (W8.2). The axial height (H8.2) is larger than the radial width (W8.2).

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