Abstract: A process of assembling a filling system for low volume filling of a liquid into a container is disclosed. The process includes obtaining plural liquid forwarding devices configured to provide the liquid from a reservoir to the container, and simulating operation of each of the liquid forwarding devices by numerically modelling flow patterns of the liquid when being forwarded by the liquid forwarding devices, and by determining a shear stress rate for each of the liquid forwarding devices based on the modelled flow patterns. The process further includes determining an appropriateness for each of the liquid forwarding devices by comparing operation parameters of the liquid forwarding of the liquid forwarding devices, wherein the operation parameters include the determined shear stress rates, selecting the liquid forwarding device having the highest determined appropriateness, and installing the selected liquid forwarding device into the filling system.

Abstract: The invention relates to a device for cutting tubing, comprising a frame having an entry window and an exit window for defining a pathway of the longitudinal axis of the tube through the device, a cutting element arranged on the frame, wherein the cutting element is arranged lateral and opposite to the pathway of the tubing and wherein at least the portion of the frame is formed mobile and the cutting element is arranged on or opposite to the mobile portion to enable the cutting element to be pressed into the pathway of the longitudinal axis of the tubing.

Abstract: An inventive drug product filling device for filling a liquid drug product into containers is disclosed. The drug filling device includes a drug product preparer configured for preparing the liquid drug product and a filling station configured for filling the liquid drug product into the containers. The filling station is fluidly coupled to the drug product preparer. A degasser is fluidly interposed between the drug product preparer and the filling station. The degasser has a membrane configured for at least partially separating off gas from the liquid drug product. Methods of (i) filling a liquid drug product into containers, (ii) increasing the accuracy of the filling weight of a liquid drug product in a container, (iii) increasing the stability oxygen-sensitive active pharmaceutical ingredient in a liquid drug product, and (iv) reducing polysorbate aggregate formation in a liquid drug product are also disclosed.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: Techniques for chunk-level client side encryption are provided. In a content-addressable storage system, a plurality of chunks is used to implement a hierarchical file system. The hierarchical file system supports both encrypted and non-encrypted volumes. A folders and files layer makes calls directly to a chunk system layer for operations involving non-encrypted volumes. The folders and files layer makes calls to a volume encryption layer for operations involving encrypted volumes. The volume encryption layer receives calls from the folders and files layer through an API that matches the API through which the chunk system layer receives calls from the folders and files layer.

Abstract: Techniques for chunk-level client side encryption are provided. In a content-addressable storage system, a plurality of chunks is used to implement a hierarchical file system. The hierarchical file system supports both encrypted and non-encrypted volumes. A folders and files layer makes calls directly to a chunk system layer for operations involving non-encrypted volumes. The folders and files layer makes calls to a volume encryption layer for operations involving encrypted volumes. The volume encryption layer receives calls from the folders and files layer through an API that matches the API through which the chunk system layer receives calls from the folders and files layer.

Abstract: Techniques for chunk-level client side encryption are provided. In a content addressable storage system, a plurality of chunks is used to implement a hierarchical file system. The hierarchical file system supports both encrypted and non-encrypted volumes. A folders and files layer makes calls directly to a chunk system layer for operations involving non-encrypted volumes. The folders and files layer makes calls to a volume encryption layer for operations involving encrypted volumes. The volume encryption layer receives calls from the folders and files layer through an API that matches the API through which the chunk system layer receives calls from the folders and files layer.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: Techniques for chunk-level client side encryption are provided. In a content addressable storage system, a plurality of chunks is used to implement a hierarchical file system. The hierarchical file system supports both encrypted and non-encrypted volumes. A folders and files layer makes calls directly to a chunk system layer for operations involving non-encrypted volumes. The folders and files layer makes calls to a volume encryption layer for operations involving encrypted volumes. The volume encryption layer receives calls from the folders and files layer through an API that matches the API through which the chunk system layer receives calls from the folders and files layer.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: Systems and methods are described for applying digital rights management techniques to tethered devices. In one embodiment, a host device is operable to translate a relatively sophisticated license into a simpler format for use on a relatively low-capability device. In another embodiment, a method of using extended SCSI commands to communicate over a USB connection is provided.

Abstract: In one embodiment, a digital rights management engine is provided that evaluates license associated with protected content to determine if a requested access or other use of the content is authorized. In some embodiments, the licenses contain control programs that are executable by the digital rights management engine.

Abstract: Systems and methods are described for performing digital rights management. In one embodiment, a digital rights management engine is provided that evaluates license associated with protected content to determine if a requested access or other use of the content is authorized. In some embodiments, the licenses contain control programs that are executable by the digital rights management engine.

Abstract: Systems and methods are described for performing digital rights management. In one embodiment, a digital rights management engine is provided that evaluates license associated with protected content to determine if a requested access or other use of the content is authorized. In some embodiments, the licenses contain control programs that are executable by the digital rights management engine.

Abstract: Systems and methods are described for performing digital rights management. In one embodiment, a digital rights management engine is provided that evaluates license associated with protected content to determine if a requested access or other use of the content is authorized. In some embodiments, the licenses contain control programs that are executable by the digital rights management engine.

Abstract: Systems and methods are described for performing digital rights management. In one embodiment, a digital rights management engine is provided that evaluates license associated with protected content to determine if a requested access or other use of the content is authorized. In some embodiments, the licenses contain control programs that are executable by the digital rights management engine.

Abstract: Systems and methods are described for performing digital rights management. In one embodiment, a digital rights management engine is provided that evaluates license associated with protected content to determine if a requested access or other use of the content is authorized. In some embodiments, the licenses contain control programs that are executable by the digital rights management engine.