Abstract:
Die Erfindung bezieht sich auf ein Füllelement zum Abfüllen eines Füllgutes, insbesondere eines Füllgutes, welches in einer flüssigen Phase festere Bestandteile aufweist, mit einem in einem Gehäuse ausgebildeten Füllgutkanal, der mit einem Kanalende mit einem Vorrat für das Füllgut verbindbar ist und an einem anderen Ende eine Abgabeöffnung zur Abgabe des Füllgutes in einen Behälter bildet, mit einem im Füllgutkanal vorgesehenen Füllventil, welches durch wenigstens ein Betätigungselement zwischen einem geschlossenen Zustand und einem geöffneten Zustand betätigbar ist.
Abstract:
An apparatus for treating objects comprises a plurality of rotating carousel means for transporting said objects along a curved path, sterilising means arranged on said plurality of carousel means along said path and distributed on carousel means of said plurality of carousel means and partially on at least further carousel means of said plurality of carousel means; an apparatus for treating objects comprises rotating carousel means for transporting said objects along a curved path, said rotating carousel means comprising at least a carousel for treating objects, and sterilising means arranged on said carousel means along said path, and comprising sterilising means that operates at ambient pressure; a method for treating objects comprises transporting along a curved path said objects by means of a plurality of rotating carousel means comprising sterilising said objects during said transporting with sterilising means arranged on said plurality of carousel means, wherein said transporting comprises transferring said objects between first carousel means of said plurality of carousel means and at least further carousel means of said plurality of carousel means.
Abstract:
Dargestellt und beschrieben sind ein Verfahren und eine Vorrichtung zum Sterilisieren aufrecht stehender, oben offener und hintereinander transportierter Kunststoffflaschen, wobei das Flascheninnere zunächst mit einem Sterilisationsmittel sterilisiert und das Sterilisationsmittel anschließend ausgespült wird. Um auf kontinuierlich bewegte Kunststoffflaschen zuverlässig zu sterilisieren, ist die erfindungsgemäße Vorrichtung gekennzeichnet durch Düsen (1) zum Vorheizen und Sterilisieren, wobei jede Düse (1) ein Innenrohr (2) und wenigstens ein Außenrohr (3) aufweist und wobei die vom Innenrohr (2) gebildete Rohrdüse zum Spülen mit einem Sterilisationsmittel und die vom Innenrohr und Außenrohr (3) gebildete Ringspaltdüse zum Vorheizen mit Heißluft vorgesehen ist, durch eine Mehrzahl von Rohrdüsen (5) zum Einleiten von Kühlluft und durch eine Mehrzahl von Düsen (6) zum Einleiten der Heißluft zum Trocknen, wobei die Düsen (1, 5, 6) in die Flaschen absenkbar sind.
Abstract:
An arrangement and pull-in method for fluidly coupling a steel riser (12) to a flowline (40) of a turret (200) on a FSO/FPSO. The riser (12) is pulled into a connector (20) by a pull-in line (45) inside the flowline (40). A pull-in head (15) is releasably secured inside the upper end of the riser (12). The pull-in head (15) is released from the riser (12) after the riser (12) is locked into the connector (20). A flex joint (30) is placed above the connector (20) to provide alignment of the connector (20) to the riser (12) during installation.
Abstract:
A liquid filling method capable of filling liquid into containers at a rate of as high as 3500 containers/nozzle.hour (2-pitch feed) without causing the problems such as foaming and turbulence of liquid surface inside the containers while raising and lowering the containers intermittently transferred in order to a filling station, and a high-speed liquid filling machine; the liquid filling method, comprising the steps of starting a filling during upward movement before the container reaches the upper dead point of vertical movement so as to fill a specified amount of liquid into the container at the upper dead point of the vertical movement, and filling liquid continuously while lowering the container; the filling must desirably be started before the transfer of the container is stopped, for example, the start of the filling must be advanced 30 to 70 DEG from the upper dead point of the vertical movement in one vertical movement cycle of 360 DEG , and a transfer must desirably be started before the end of lowering of the container, for example, the start of transfer of the container must be advanced 40 to 70 DEG from the end of lowering in one vertical movement cycle of 360 DEG .
Abstract:
A pressurized system for dispensing carbonated beverages into an open container uses a bottom filling technique in which the outlet port of the nozzle is proximate to a bottom of the open container when dispensing is initiated. The carbonated beverage is maintained in a pressurized state within the nozzle and the remainder of the system, until immediately prior to opening a valve to dispense the carbonated beverage into the open container. Prior to opening valve, the pressure of the carbonated beverage nozzle is reduced to an appropriate dispensing pressure, preferably slightly above atmosphere pressure. The system also precisely controls the temperature of the carbonated beverage, preferably using an in-line zero DOLLAR (g)DT chiller. In addition, specialized valve configurations and operation techniques, as well as container positioning techniques, are implemented in order to achieve a desired presentation of the carbonated beverage in the open container.
Abstract:
An improved filling valve specially configured for attachment onto a conventional, high speed liquid filling machine that is typically utilized in food product container packaging lines to quickly fill large numbers of containers, such as bottles or cans. A filler valve has several improvements that result in greater reliability in operation, increased operational speed, and easier adjustment in operational parameters. The filler valve including a manifold (15) that receives a manifold insert and a spring nut (100) that abuts to a slider. The slider is the only moving part of the filler valve. A filler stem (60) is received through the slider and attaches to the manifold. For filling, the top opening of a bottle is placed against a spanner nut (105) and the manifold lowered, thereby compressing the slider into the manifold to insert the stem into the container. A liquid is then injected into the container, while displaced air is exhausted into the co-axial annular space (26) between the stem and the slider. The stem also preferably contains four outlet ports (70).
Abstract:
Dispensing apparatus for a beverage includes a receptacle having a base and a manifold coupled to the base. The manifold includes beverage inlet means, gas inlet means and gas outlet means. The receptacle includes an aperture for receiving a container, for example, a beer glass, and sealing means are provided on the receptacle so that the receptacle may be pressurised. In another aspect, the invention includes a product flow line for conveying the beverage from a storage point to the dispensing apparatus, the flow line including one or more product lines surrounded by a water flow line containing cooled water for maintaining the temperature of the beverage within the beverage line to within 1/2 °Celsius of a desired temperature.
Abstract:
A process for filling containers simultaneously with their sterilisation, including also the evacuation of the aeriform content of the containers that is exhausted directly to the outside without flowing back in the general tank containing the filling process fluids.
Abstract:
The invention relates to a device for filling, closing and/or checking the smell of beverage containers comprising processing stations for the treatment of said containers and devices for transporting the objects to be treated taking the shape of containers or closures, in addition to devices for disinfecting the objects, said devices for disinfecting having at least one processing station located upstream. The invention is characterized in that at least one disinfecting station provides a disinfection area synchronously in relation to the flow of objects, said area being configured to receive an object between two electrodes which are connected to a high frequency generator to produce plasma pulses between said electrodes.