162results about "Final package aspects" patented technology

Methods for filling packagings with at least one medication includes receiving filling instructions for an order and operating an automated packaging station to fill a plurality of packagings making up an order. Operating the automated packaging station includes positioning a plurality of cassettes containing the medications needed for the order onto a feeder base at a single filling location, and moving each of the plurality of packagings to the filling location. The operation also includes actuating at least one of the cassettes at the feeder base simultaneously and according to the filling instructions when each packaging is located at the filling location. Automated packaging stations operable to perform the above filling instructions are also provided.

An aerosol product comprising an aerosol container comprising a container body and an aerosol valve fixed to an opening of the container body, and an aqueous concentrate and a propellant being filled in the aerosol container, wherein the aqueous concentrate comprises an active ingredient having reactivity with oxygen, and an inert ingredient is present in at least a part of an injection passage of the aerosol valve, even though the aqueous concentrate comprising an active ingredient having reactivity with oxygen is filled, oxidation of the active ingredient is inhibited in the aerosol valve, and an aerosol product that can be stored stably for a long period of time and a method for manufacturing the same can be provided.

A device for accommodating a freeze-dried pharmaceutical product (S) for reconstitution, comprising: a vessel (1) having at its opening end (3) an opening edge (4) and an adjoining longitudinal portion (5) with an evenly formed inner cross section, a front plunger (2) to be positioned inside the vessel (1) at the longitudinal portion (5), wherein the front plunger (2) is configured to be positioned inside the vessel (1) in a sealing state, in which the front plunger (2) is fully inserted in the vessel (1), or in an exchange state, in which the front plunger (2) is inserted partly in the vessel (1) and partly protrudes over the opening edge (4) of the vessel (1), and wherein the front plunger (2) comprises sealing means that are configured to seal the inside of the vessel (1) against the outside when the front plunger (2) is positioned in the sealing state, and one or more communicating grooves (2i) that are configured to place the inside and outside of the vessel (1) in communication with each other when the front plunger (2) is positioned in the exchange state, is characterized in that the sealing means are dimensioned and/or structured in such a way that the front plunger (2), when an underpressure of predefined strength is applied to the outer environment of the vessel (1), is caused to move inside the vessel (1) toward its opening end (3). Furthermore, a method of manufacturing a sealed vessel (1) accommodating a freeze-dried pharmaceutical product (S) is disclosed.

A method for making a multi-compartment microwavable package having one or more open or closed compartments within the package, and method and apparatus for manufacturing the same, constructed by modification to existing vertical form, fill and seal packaging machines. The invention involves producing a multi-compartment bag having an internal permeable wall between compartments from a single sheet of flexible packaging film. A food product can be placed into the first compartment and steam pack can be placed into the second compartment.

A cartridge set including: a plurality of cartridges; a plurality of holders, each of which has an upper end externally fitted to the outer peripheral surface of each of the cartridges, and has a lower end face whose outer diameter is greater than the outer diameter of the outer peripheral surface of the cartridge; a supporting plate that has a plurality of through-holes, each of which has an inner diameter greater than the outer diameter of the outer peripheral surface of the cartridge and has each of the plurality of cartridges inserted therethrough; a storage box that stores the supporting plate therein; and a lid member that blocks an upper end opening of the storage box.

A method for thermally bonding together a cover film (3) of an ophthalmic lens package (1) and a base part (2) of the ophthalmic lens package (1), such as a contact lens package, in particular a soft contact lens package, including the steps of

• • providing a package holder (9) supporting a base part (2) and a cover film (3) arranged thereon, the base part (2) comprising a depression (4) containing an ophthalmic lens (5) immersed in a liquid (6);
  • mechanically pressing the cover film (3) and the base part (2) together along a bonding area (7) having a shape completely enclosing the depression (4) while applying heat to the bonding area (7), thereby thermally bonding together the cover film (3) and the base part (2) along the bonding area (7);

wherein the step of providing the package holder (9) includes arranging a flexible support element (18) on an upper surface (10) of the package holder (9) to form a support area (19) corresponding in shape to and being arranged in alignment with the bonding area (7), with the flexible support element (18) having a flexibility higher than the flexibility of the base part (2).

A flexible container, system and method of manufacture can include an in-line system that allows flexible containers of varying sizes to be manufactured in a single relatively high speed and efficient production line and in a single clean room through the use of transport and exchange equipment configured to adeptly handle flexible containers throughout the process.

Vacuum packed absorbent articles including diapers, kits thereof, and retail packages including vacuum packed and non vacuum packed absorbent articles are disclosed.

A process for producing partitioned packages by which a first film is formed into an elongated inner tube and a second film is formed into an elongated outer tube surrounding the inner tube. Reactive components are filled into the inner and outer tubes as the tubes are formed to maintain the reactive components separate from each other. Only the outer tube is actively engaged to advance the tube longitudinally. Frictional forces from the advancing outer tube are applied to the component within the outer tube and, in turn, are applied to the inner tube thereby advancing the inner tube at a rate substantially the same as the outer tube.

A food package comprising a food tray and a lid, where the food package comprises an additional food container comprised in the lid of the food package. The invention further relates to a food package foil for a food package, where the foil comprises lid portions and intermediate foil portions, where the food package foil further comprises an additional food container comprised in the lid portion of the foil. The advantage of the invention is that an additional food can be held separated from the rest of the food but can be prepared at the same time. The invention also relates to a method for filling and sealing an additional food container comprised in a lid of a food tray.

A flexible pouch and a method for making a flexible pouch is provided. The pouch includes a pouch body defined by a peripheral edge. A dividing seal is disposed between opposite ends of the flexible pouch so as to define two pouch spaces. The pouch includes two fitments are mounted to a respective pouch space. One of the fitments is configured to support the pouch body in an upright manner. A method for making said flexible includes forming a flexible pouch having an open top. A dividing seal extends from the open top to the bottom of the pouch so as to define two pouch openings and two pouch spaces. Substances are introduced into the pouch spaces by a first nozzle and a second nozzle inserted into a respective first space and second space and filling the pouch body through the first and second nozzle.

The invention relates to a packaging production line used for multi-product collective packaging. The packaging production line comprises a main conveying belt, a plastic demounting support machine, a feeding conveying belt, a coding machine, a feeding manipulator, a box demounting machine, a box packing and sealing machine, a box unpacking machine, an integral code layer box filling machine, a box sealing machine and a control cabinet. The packaging production line is characterized in that the plastic demounting support machine, the feeding manipulator, the box unpacking machine and the box packing and sealing machine are sequentially connected via the main conveying belt, the coding machine is mounted on the lower portion of the feeding conveying belt, the feeding manipulator is arranged right above the main conveying belt and higher than the feeding conveying belt, and the main conveying belt, the plastic demounting support machine, the feeding conveying belt, the coding machine, the feeding manipulator, the box demounting machine, the box packing and sealing machine, the box unpacking machine, the integral code layer box filling machine and the box sealing machine are electrically connected with a control system in the control cabinet.

An apparatus and method are provided for filling multi-chamber containers with different loose bulk materials. The apparatus and method may be particularly well-suited to packaging at least one bulk material, which is susceptible to water, chemicals, or other contaminants, with at least one other bulk material. The apparatus is a machine that includes separate hoppers for handling the separate bulk materials, and directs the separate bulk materials into different chambers of a multi-chamber container, which is then transported away from the machine for storage or use. The machine may include one or more movable hoppers supported on tracks, for moving the bulk materials to the hoppers that direct the bulk materials into different chambers of the multi-chamber container. A controller and data logger may be provided to control the apparatus and record the quantity and/or weight of the contents of each multi-chamber container.

A processing method for automatically opening a slide-open package of tobacco articles with a hinged lid; the processing method including the steps of: mechanically clamping an outer container of the package; exerting pull on the lid to rotate the lid into an open position by means of a first actuator, which contacts a top wall of the lid, and has a suction head which engages the top wall by suction; and, simultaneously and in coordination with the step of exerting pull on the lid, exerting thrust on an inner container of the package, to slide the inner container axially with respect to the outer container, by means of a second actuator, which contacts a wall of the inner container through a window formed through a corresponding wall of the outer container.