Patent Application
20150107190
This invention relates to a disposable production line for processing, manipulating, manufacturing and/or packaging products or devices under an inert atmosphere, and/or sterile conditions and/or a pyrogen free environment. This invention further relates to U.S. Patent Application Pub. Nos. 2012/0031042 and 2012/0294697 to Zambaux, the disclosures of which are incorporated herein by reference.
This disclosure may be considered to relate to an apparatus for processing one or more products in need of a closure. The apparatus includes a vessel including an inlet for receiving the one or more products and an outlet for discharging the one or more products under sterile and/or pyrogen free conditions. A device, such as a tool, is adapted for applying the closure to the one or more products in the vessel.
In one embodiment, the device comprises a sleeve connected to a wall of the vessel, such as the top wall. The sleeve may comprise a flexible sleeve having a rigid portion adapted for applying the closure to at least one product. The rigid portion may be adapted for applying a closure to each of a plurality of products simultaneously.
The apparatus may further include a platform in the vessel opposite the device for supporting the one or more products, which platform may be connected to a motive device and move from the inlet to the outlet of the vessel. The device may comprise a tool in the form of a press. The press may be positioned in the sleeve, and the vessel may comprise at least one flexible wall (such as part of a flexible bag).
The apparatus may further include a scale associated with the vessel for weighing the one or more products before or after applying the closure. A platform may be provided for supporting the product or products for being weighed on the scale. A conduit for pressurizing the vessel may also be provided. The apparatus may include a glove attached to the vessel for manipulating one or more of the product, the device, or the closure, and a basket or tray may support a plurality of products in the vessel. The device may be adapted to apply a closure to the plurality of products in a simultaneous fashion while positioned in the basket or tray.
A further aspect of the disclosure relates to the foregoing system, and further including an apparatus comprising a filler or filling means for filling the product prior to passing the product to the vessel for receiving the closure.
Still another aspect of the disclosure pertains to an apparatus for processing one or more products. The apparatus comprises a vessel including an inlet for receiving the one or more products and an outlet for discharging the one or more products under sterile and/or pyrogen free conditions. A platform for supporting the one or more products in the vessel is adapted for moving toward the inlet or the outlet of the vessel. A motive device may be provided for moving the platform, which may be connected to a wall of the vessel between the inlet and the outlet.
A further aspect of the disclosure relates to a method of processing a product. The method comprises applying a closure to the product using a press contained at least partially within a sleeve projecting into a compartment of a vessel under sterile and/or pyrogenic conditions. A further aspect relates to a method of processing a product comprising moving a product on a platform in a compartment of a vessel under sterile or pyrogenic conditions from closer to an inlet of the vessel to closer to an outlet of the vessel. Either method may further include the step of filling the product prior to the step of applying the closure or moving the product.
A system 10 for processing a product under an inert atmosphere, under sterile conditions, and/or in a pyrogen free environment, is disclosed. The system 10 may include a plurality of isolators, which may be connected to one another to complete the system 10. In the exemplary embodiment illustrated in
With further reference to
The first transfer isolator 12 may further include one or more glove ports 24 for allowing access to manipulations of the contents of an interior of the first transfer isolator 12 in a sealed manner. These glove ports 24 may be connected to one or more gloves 25. The gloves 25 may be located on two or more sides of the isolator, such as on opposite sides, so as to allow for two or more people to work in the isolator at the same time. Each side of the isolator 12 may include upper gloves and lower gloves, so as to allow an operator to work from both a standing and a sitting position. In practice, there may be times when transferring an item from one isolator to another may require picking up an item with a lower glove and moving it into a hand in the upper glove because the upper glove is closer to the outlet (or vice-versa when transferring into an isolator).
Sterile and/or pyrogen free containers C may be transported in a transfer station (not shown) that may be linked to the inlet 20 of the first transfer isolator 12. The transfer station may be disposable or non-disposable in nature. Once linked, the system 10 may be considered a closed system, with each isolator or other container being linked by connectors, such as flexible tubes. These connectors may be of the type disclosed in either of U.S. Patent App. Pub. Nos. 2012/0031042 or 2012/0294697.
The connectors may be closed off by doors 26 on each side of the connector (to initially isolate each section from the other sections and to allow for cleaning and sterilization of the connectors). Once the transfer station is attached, all the doors 26 may be removed. The containers C may then be passed into the first transfer isolator 12 through the inlet 20 and uncapped therein. The uncapped containers may be placed into a tray or basket and the caps may be placed in a different tray or basket.
As illustrated in
In addition, a platform 34 may be included in the second transfer isolator 14 for facilitating movement of items, such as products, within the isolator. The platform 34 may interact with a motive device outside of the isolator for manipulating a position of the platform within the interior of the second transfer isolator 14. The motive device may include an electronic motor and/or a manual motive device.
The platform 34 may be connected to the wall of the second transfer isolator 14, such as by welding, and may be provided with sufficient flexible material to allow for the platform to move within the interior of the isolator. In use, the platform 34 may be moved closer to the inlet 30 to receive items from the first transfer isolator 12, such as caps removed from the containers C. The platform 34 may then be moved closer to the outlet 32 to allow passage of items, such as uncapped containers, for downstream processing, such as to the weighing and capping isolator 18.
One example of a filling isolator 16 is shown in further detail in
In addition, the filling isolator 16 may include a platform 44, which may be moveable within the interior of the isolator. The platform 44 may interact with a motive device as described above for controlling the position of the platform. In practice, a carrier, such as a tray or basket, carrying the uncapped container(s) may be placed on the platform 44. An actuator may cause the filling means 46 and the platform 44 to align with one another to facilitate filling of the container(s). In the case of the filling isolator including a flexible wall and the filling means 46 is connected to it, this allows for the filling means 46 to be lowered into each container and fill the container C with a given substance. The platform 44 may be automatically shifted according to preset specifications until plural containers C in a particular group are filled. At the end of the filling process, the platform 44 may be manipulated to a position close enough to the outlet 42 so that the filled containers may be passed into the weighing and capping isolator 18, and then alight as completed containers C′ from the associated outlet.
The weighing and capping isolator 18 is shown in further detail in
The weighing and capping isolator 18 may be adapted for interacting with a scale 56 for the weighing one or more containers within the isolator, such as filled containers received from the filling isolator 16. The scale 56 may be external to the interior of the weighing and capping isolator 18, and may be supported within a well 57 external to the isolator. The well 57 may be included in a frame F supporting the weighing and capping isolator.
The weighing and capping isolator 18 may further include a cover 54 for interacting with the scale 56. The cover 54 may form a seal with the wall of the weighing and capping isolator 18 so as to allow for pressure control within the isolator, and to seal the scale outside of an interior of the isolator. The cover 54 may also be made partially or entirely of plastic, such as polyethylene. The cover 54 may further include an opening or recess 54a, such as in the center of the cover, with a flexible film that allows for centering of a product or container on the scale 56. The flexible film may seal the opening while allowing a certain degree of movement of a product or container within the flexible film.
In addition, the weighing and capping isolator 18 may include a sleeve 58, which may fully or partially cover a device for applying a closure to the product, such as a tool in the form of a capping mechanism 60 for applying a closure to the container C. The capping mechanism 60 may be in the form of a press or similar device capable of moving within the weighing and capping isolator 18 toward and away from the product, and in a manner such that pressure is applied to the product. In another embodiment, the capping mechanism 60 may be adapted to move both in a vertical direction, up and down within the isolator 18, as well as in one or more horizontal directions, such that the capping mechanism 60 may move in three dimensions.
The sleeve 58 may be flexible, so as to allow for movement of the capping mechanism 60 within the isolator 18. Additionally, the sleeve 58 may function to fully or partially seal the capping mechanism 60 from the interior of the weighing and capping isolator 16. This may allow the capping mechanism 60 to interact indirectly with one or more items within the weighing and capping isolator 18, such as containers C, through the sealed sleeve 58.
As shown in
The sleeve 58 and/or capping mechanism 60 may be positioned above a capping platform 64 within the isolator. The capping platform 64 may be configured to accept a tray or basket of products, such as vials or containers, and then position the containers below the capping mechanism 60. The platform 64 may include a centering device for ensuring that the tray or basket is centered beneath the sleeve 58 and/or capping mechanism 60. This centering device may include one or more locators, such as recesses or projections, for interacting with corresponding locators in the tray or basket, such as recesses or projections. Alternately, the centering device may include a recess for receiving the tray or basket or a projection from the tray or basket.
Additionally, the weighing and capping isolator 18 may further include a secondary outlet 66. This secondary outlet 66 may be utilized for removal of a single container from the isolator 18, such as in the case of there being a question about the accuracy of the scale.
In practice, a filled container C or containers may be weighed to ensure a proper amount of a given substance, such as a pharmaceutical compound, is present. The caps may then be initially placed on the containers, either before or after the containers have been placed in the tray. This initial placement of the cap or closure on the containers may be done by hand, such as by the use of the gloves 25 in the isolator 18. Placement of the containers in the trays may be done after an individual container has been weighed, or the containers may be placed in the tray or basket and the tray or basket and containers may be weighed together. The tray or basket may be placed on the capping platform 64 either before or after containers have been placed in the tray or basket. Once the tray or basket is properly aligned beneath the sleeve 58, the capping mechanism 60 may be actuated to contact the caps or closures of the containers and to fully seal and cap the containers. This may be done by pressing the capping mechanism 60 against the tops of the containers to press the closures or caps tightly on the containers. This ensures that each container has been filled with the appropriate weight of a given compound, and that the containers are fully sealed before removal from the controlled environment within the system 10.
The foregoing descriptions of several embodiments made according to the disclosure of certain inventive principles herein are presented for purposes of illustration and description. The embodiments described are not intended to be exhaustive or to limit the invention to the precise form disclosed and, in fact, any combination of the components of the disclosed embodiments is contemplated. For example, the cover 54, scale 56, and well 57 may be associated with a separate isolator from the isolator capping mechanism 60. In addition, the sleeve 58 may be made of a non-flexible, telescoping material allowing for the relative movement of the capping mechanism, such as in the vertical direction. Modifications or variations are possible in light of the above teachings. The embodiments described were chosen to provide the best illustration of the principles of the invention and its practical application to thereby enable one of ordinary skill in the art to utilize the invention in various embodiments and with various modifications as are suited to the particular use contemplated. All such modifications and variations are within the scope of the invention when interpreted in accordance with the breadth to which it is fairly, legally, and equitably entitled.
| Number | Date | Country | Kind |
|---|---|---|---|
| 13306437.8 | Oct 2013 | EP | regional |
