The present invention encompasses albumin fusion proteins. Nucleic acid molecules encoding the albumin fusion proteins of the invention are also encompassed by the invention, as are vectors containing these nucleic acids, host cells transformed with these nucleic acids vectors, and methods of making the albumin fusion proteins of the invention and using these nucleic acids, vectors, and/or host cells. Additionally the present invention encompasses pharmaceutical compositions comprising albumin fusion proteins and methods of treating, preventing, or ameliorating diseases, disorders or conditions using albumin fusion proteins of the invention.

Albumin Fusion Proteins

The present invention describes a method for superimposing prespecified locational, environmental, and contextual controls on user interactions, including interactions of mobile users, with computational resources. A system is described for electronically monitoring contextual information concerning users and machines, including state and locational information including proximity. Interaction policies, including user specified interaction policies, may be registered on an identifiable address path. Methods are described for detecting, selecting and controlling computercontrolled devices, based on the proximity of the device to the user, the current context of the user, the location of other nearby users and devices, and the current state of the devices. Temporary transfer of control, including exclusive control, of particular computers and computer controlled devices to individual users based on the context and environment in proximity to those computing devices is also described.

Method for selectively performing event on computer controlled device whose location and allowable operation is consistent with the contextual and locational attributes of the event

The present invention provides a system to ensure security of data in a computer network system A center certifies a public-key of user of the system and distributes a secret-key A first system comprises the center in a network, an information provider and a plurality of users The center identifies utilization status by requests of the secret-key The data is encrypted by the secret-key and is stored and transferred, while the data to be stored and transferred is encrypted by a secret-key different from the secret-key of the transferred data An original data label is added to the original data, and an edit label is added to the edited data, and the center does not store the data and stores only the original data label and the edit label A second system comprises a center and an information provider in a network, and a plurality of users utilizing the network The center stores the original data and editing scenario, and also the original data label, user label and edit label The data is not transferred between the users, but data label encrypted by the public-key is transferred In electronic commerce system, every data is distributed through a mediator in the network, data which is transferred from a maker to a user is encrypted by a secret-key for encryption, and data which is transferred from the user to the maker is encrypted by a secret-key for re-encryption

Data management system

Method for granting a user request having locational and contextual attributes consistent with user policies for devices having locational attributes consistent with the user request

A portable communication device includes a display and a processor coupled to the display. The processor is configured to automatically and repeatedly present an updated account usage metric for an account associated with usage of the portable communication device. In some embodiments, the presented account usage metric is an account balance associated with usage of the portable communication device, and the processor automatically and repeatedly presents an updated account balance on the display.

Account information display for portable communication device

In a high speed two up electronic printing system in which dual page images are concurrently printed side by side onto image substrate material and outputted as two parallel individual sheets paired laterally transverse the printing path direction, to increase printing throughput, a sheet output lateral sheet merging and stacking system laterally overlaps the two printed output sheets on top of one another in sheet pairs, and consecutively stacks the sheet pairs on top of one another, to provide a collated output, preferably using a compact a disk stacking system which laterally shifts and superposes the printed paired sheets on top of one another while both sheets of the pair are being arcuately supported and rotated for inversion. Also disclosed is a paired cut sheet input feeding and outside edge sheet registration and spacing system and an interrupted line printing system therefor.

Two up high speed printing system

An image producing device such as a copier or a printer includes sensors for determining the presence of output from a previous job in the paper path or a finishing device. A particular operator's access rights are determined through a login process. Depending on the operator's access level, i.e., authority to view sensitive documents, the image producing device enables a purge of the existing sensitive documents or electronic images or prevents operation until an authorized operator initiates a purge.

Image producing device with security to prevent disclosure of sensitive documents

Providing plural precollated sets of copies by plurally recirculating a set of documents and normally making two consecutive identical copies per document per circulation, at one-half the copying rate of the copier, feeding these pairs of identical copy sheets separately into two of only 3 (or 4) movable compiler bins, sequentially accumulating and stacking these copy sheets into completed, compiled, collated copy sheet sets in each of the two compiler bins, and then removing the sets one at a time for finishing, from the opposite side of the bins, and sequentially changing, for subsequent circulations of the sets of documents, which 2 of the 3 compiler bins are being fed pairs of copy sheets, and which compiler bin is not, so that a compiled set of copy sheets may be removed from its bin or left in awaiting finishing of a prior set without having any copy sheets fed into that bin, in coordination with and without interfering with said feeding and directing of other copy sheets into other compiler bins. Preferably two copy sheets are fed into the same compiler bin in directly immediate sequence (the second copy of one document and the first copy of the next document) to reduce the number of operations of the bin gates. When there are an odd number of documents, preferably three identical copies are made of each document in a final copying circulation of the document set and fed into all 3 bins, unless the copies are duplex and there are too many documents for plural duplex buffer sets.

Copying system for on-line finishing

A sheet stacking and registration system (10) particularly suited for high speed sequentially stacking of the flimsy printed sheets output of a high speed reproduction apparatus (14) in a sheet stacking area (20), with a stacking registration position (30); with a vacuum belt sheet transport system (40) acquiring only a limited lead edge area of the sheets and transporting them over the stacking area with non-slip sheet feeding towards the registration position; and an integral system (50) peeling the lead edges of the sheets off of the vacuum transport and guiding them downwardly and towards the lead edge registration position while reducing but partially maintaining the sheet's vacuum acquisition, and applying a normal force, preferably with a roller (56) pressing down the lead edges of the peeled off sheet against the previously stacked sheets adjacent the registration position, to frictionally slow the sheet as it approaches the registration position, and also holding down the sheet after it reaches the stacking position. The sheet transport may have spaced belt flights (44a,44b) with spaced patterns (82) of vacuum apertures (80) spaced between substantially unapertured areas along the belts, and a synchronized belt drive to synchronously engage the lead edge areas of the incoming sheets. An upstream natural arcuate inversion path (66) with a side registration system (70) may be integrated therewith.

High Speed Printed Sheet Stacking and Registration System

In a copying system utilizing a recirculating document handler (RDH) presenting documents to the platen of a copier for copying, with an RDH document stacking tray and an additional document input directly to the platen, and a three zone distributed drives feeding system for first feeding the documents from the stacking tray to the platen, secondly feeding the documents over the platen for copying, and thirdly feeding the documents from the platen back to the stacking tray after they have been copied, to normally form a complete document recirculation path, and sensors for sensing document jams and the position of jammed documents in the document paths connecting with a control system controlling the RDH, including stopping the RDH in response to sensing a jam and determining which documents have been copied before a jam and providing instructional displays to the operator for operator jam clearance (document removal) and job recovery; an improved jam clearance and job recovery system determining whether a document has resulted in a jammed document being present in a first, second, or third document path jam zone, corresponding to the three distributed drive zones, and automatically providing a preliminary job recovery operation before the RDH is fully stopped, by correspondingly selectably independently operating the document feeding zones to feed unjammed documents in the third jam zone to the stacking tray or feed unjammed documents in the first jam zone to the platen, so that documents are directerd to be operator removed from only one zone, if any. The operator is variably display instructed to place these removed documents either face up in the stacking tray, or face down in the separate document input, depending on the jam detection position and document removal position and copier operating condition, and the copier is restarted for job completion without manual document reordering.

Thomas Acquaviva

Papers

Two up high speed printing system

Image producing device with security to prevent disclosure of sensitive documents

Copying system for on-line finishing

High Speed Printed Sheet Stacking and Registration System

Document handler jam clearance and job recovery system