Abstract:
Die Erfindung betrifft Schlauchbeutelmaschine (01) mit einer Längsschweißeinrichtung zur Bildung eines Folienschlauchs (05), mit zwei gegeneinander beweglichen und dabei den Folienschlauch (05) quer verschweißenden Quersiegelbacken (06) zur Bildung von geschlossenen Schlauchbeuteln (02), mit einer die Quersiegelbacken (06) bewegenden Mechanik mit Antrieb, mit einer Befüllvorrichtung (04) zur Befüllung der unverschlossenen Schlauchbeutel (02) mit einem Füllgut, mit einer Trenneinrichtung zur Abtrennung einzelner, befüllter Schlauchbeutel (05), wobei der Befüllvorrichtung (04) eine Dosiervorrichtung (07) vorgeordnet ist, mit der eine vorgegebene Füllmenge des zur Befüllung eines Schlauchbeutels (02) vorgesehenen Füllguts dosiert werden kann, wobei zwischen der Befüllvorrichtung (04) der Schlauchbeutelmaschine (01) und der Dosiervorrichtung (07) eine Transfereinrichtung (10) mit mehreren Transferbehältern (13) vorgesehen ist, wobei die vorgegebene Füllmenge des Füllguts in einer Eingabestation (11) aus der Dosiervorrichtung (07) an die die Transferbehälter (13) übergeben wird, und wobei die Transferbehälter (13) entlang einer Transferstrecke (14) zu einer Abgabestation (12) transportiert werden, und wobei das Füllgut in der Abgabestation (12) aus den Transferbehältern (13) in die Befüllvorrichtung (04) übergeben wird, und wobei die Transferbehälter (13) entlang einer Rücktransferstrecke zurück zur Eingabestation (11) transportiert werden.
Abstract:
An apparatus (100) for manufacturing pods (M) for beverage extraction machines is described, comprising: movement means to advance a belt (110) of waterproof material in a predetermined rectilinear direction (A), a plurality of forming plates (125) arranged below the belt (110) and individually provided with at least one cavity (135) facing the belt (110) itself, movement means to advance said forming plates (125) in the same direction (A) as and in a synchronized manner with the belt (110), and a plurality of operational devices arranged in succession along the running direction (A) of the belt (110); wherein said operational devices comprise at least: one device (165) for pressing down a portion of the belt (110) into the cavity (135) of the forming plate (125) below, impressing the shape of a cap (C1 ) therein, a device (200) for releasing a dose of a powder substance inside the cap (C2) placed in the cavity (135) of the forming plate (125), a device (300) for compacting the dose inside the cap (C1 ) placed in the cavity (135) of the forming plate (125), obtaining a compacted tablet (P), a device (400) for applying a second cap (C2) of waterproof material on the compacted tablet (P) inside the cap (C1 ) placed in the cavity (135) of the forming plate (125), a device (500) for sealing the second cap (C2) to the belt (110), obtaining a pod (M), and a device (600) for cutting the belt, separating the pod (M).
Abstract:
Die Erfindung betrifft eine Vorrichtung zum Abfüllen eines Produkts, umfassend - zumindest eine Dosiereinrichtung (18) zur Dosierung einer bestimmten Menge des in den Packstoffschlauch abzufüllenden Produkts, - eine Sensoreinrichtung (20) zur Erfassung charakteristischer Eigenschaften, insbesondere eine Masse und/oder eine Dichte und/oder ein Volumen des Produkts, wobei die Sensoreinrichtung (20)Vibrationen der Dosiereinrichtung (18) ermittelt.
Abstract:
Described is a unit for filling containing elements (2) of single-use capsules (3) for extraction or infusion beverages, comprising: a line (4) for transport of containing elements (2) designed to contain a dose (33) of product; a station (SR) for filling the containing elements (2) comprising: at least a first containing seat (S1) designed to receive a dose (33); a substation (ST1) for forming a dose (33) inside the first containing seat (S1); at least a second containing seat (S2) designed to receive the dose (33) from the first containing seat (S1); a substation (ST2) for transferring the dose (33) from the first containing seat (S1) to the second containing seat (S2); devices (7) for moving the first containing seat (S1 ) between the forming substation (ST1) and the transfer substation (ST2) and vice versa; a substation (ST3) for releasing the dose (33) from the second containing seat (S2) to a containing element (2); further devices (8) for moving the second containing seat (S2) between the transfer substation (ST2) and the release substation (ST3) and vice versa.
Abstract:
A machine for filling containers with milled product comprising a plurality of filling stations (5, 6), each of which is provided with a dispensing unit (7) that receives the product from a containment reservoir (3) and is located in a position that lies above a support (8) of a container (9) which is connected to weighing means (10), the dispensing unit (7) being provided with a ducted motorized screw feeder (11) to convey the product to a dispensing mouth (14a) at the underlying container (9), each dispensing unit (7) being provided with a helical peripheral band (15) which is connected to the shaft of the screw feeder (11) for conveying the product, and having an opposite orientation with respect to the screw feeder (11) in order to work on the product that arrives from the containment reservoir (3) before access to the screw feeder (11).
Abstract:
A powder-metering apparatus (1) for dispensing measured doses of a powder into a receiving container has a handling and positioning device (2) with a handling arm (3) designed to handle a metering device (4, 4a, 4b, 4c). The latter consists of a reservoir container (31, 31a, 31 b, 31 c) with a metering head (32, 32a, 32b, 32c) which has a discharge orifice (5, 6) and a flow-control element (34, 35, 36) to control the rate at which powder leaves the discharge orifice (5, 6). In particular, the powder-metering apparatus (1) is equipped with an impact device (11, 111) designed to shock the metering device (4, 4a, 4b, 4c) with upward-directed force pulses of high intensity and short duration.
Abstract:
Bei einem Füllaggregat (1) zum Befüllen von Behältnissen (B) mit Füllgütern, insbesondere zum Befüllen von sack- oder schlauchförmigen Hüllen, welches einen sich in einer Umhausung (2) bewegenden Schneckenförderer (F) mit mindestens zwei achsparallel, gleich- oder gegenläufigen, mit Schraubenlementen versehenen Schnecken (3, 4, 11) umfasst, wobei die um jede Welle (5, 6, 10) angeordneten Schraubenelemente der Schnecken (3, 4, 11) radial ineinander greifen und das Füllgut von einer Einfüllöffnung (E) in die an einer Ausgangsöffnung (A) lösbar befestigten Behältnisse (B) drücken, und die peripheren Kanten (7, 8, 12) der Schraubenelemente zu den Innenflächen der Umhausung (2) und zu den Umfangen der Wellen (5, 6, 10) nur ein minimales Spiel (S) aufweisen und an der Oberseite der Umhausung (2) einen Grobbestandteile des Füllgutes aufnehmender und transportierender Kanal (9) ausgebildet ist.
Abstract:
Container (1) comprising a bottom (14), a panel (3) and a lid (2), said lid (2) comprising a groove (4) adapted to receive the panel open end (16), whereby the interlocking zone (5, 15) defined by said panel open end (16) and said groove (4) is not completely included in the same plane.
Abstract:
The multi bagging machine comprises: a framework (42) including four, spaced apart upright legs (44, 46, 48, 50) arranged in a generally rectangular configuration; a generally rectangular hopper (12) mounted to an upper end of the framework; the hopper including a sharply inclined front wall (33) and a lesser inclined back wall (32) extending between two end walls (34, 36) an auger (41) located adjacent the bottom of the hopper and having an auger shaft (71) extending between the end walls; an agitator (68) including an agitator shaft (78) located above the auger and a short distance toward the rear of the hopper; a plurality of discharge chutes (26, 28, 30) connected to the bottom of the hopper for discharging fluent particulate material from the hopper into a container or bag; and a slide gate (98) movable from a rear wall of each discharge chute into and across the discharge chute to a front wall of each discharge chute and back for blocking and unblocking the flow of fluent particulate material through the discharge chute into a bag or container. Preferably, the slide gates are located as high as possible, the discharge chutes are located as far forward as possible, the auger shaft is driven at a faster speed than the agitator shaft, the agitator blades (92-95) are skew to the agitator shaft (78) and are parallel to each other and the agitator shaft is located such that the outer point of rotation of each agitator blade is the same distance from the front wall (33) as it is from the rear wall (32).