Abstract: A print release environment includes a client computing device, an imaging device and an active directory. The client stores an imaging job on a local hard disk. The client registers itself with the active directory indicating an existence of the job. Upon a user logging in to the imaging device to retrieve an imaged media corresponding to the imaging job, the imaging device queries the active directory for possible clients. The imaging device contacts client(s) and retrieves a list of jobs available to the user. The user selects their job and the client releases it direct to the imaging device. The client deletes the imaging job upon successful imaging of the media and undoes its registration with the active directory, unless further imaging jobs exist for the user. Encryption techniques are contemplated to secure the data of the imaging job end-to-end from the client to the imaging device.

Abstract: A print release environment includes a client computing device, an imaging device and an active directory. The client stores an imaging job on a local hard disk. The client registers itself with the active directory indicating an existence of the job. Upon a user logging in to the imaging device to retrieve an imaged media corresponding to the imaging job, the imaging device queries the active directory for possible clients. The imaging device contacts client(s) and retrieves a list of jobs available to the user. The user selects their job and the client releases it direct to the imaging device. The client deletes the imaging job upon successful imaging of the media and undoes its registration with the active directory, unless further imaging jobs exist for the user. Encryption techniques are contemplated to secure the data of the imaging job end-to-end from the client to the imaging device.

Abstract: A print release environment includes a client computing device, an imaging device and an active directory. The client stores an imaging job on a local hard disk. The client registers itself with the active directory indicating an existence of the job. Upon a user logging in to the imaging device to retrieve an imaged media corresponding to the imaging job, the imaging device queries the active directory for possible clients. The imaging device contacts client(s) and retrieves a list of jobs available to the user. The user selects their job and the client releases it direct to the imaging device. The client deletes the imaging job upon successful imaging of the media and undoes its registration with the active directory, unless further imaging jobs exist for the user. Encryption techniques are contemplated to secure the data of the imaging job end-to-end from the client to the imaging device.

Abstract: A print release environment includes a client computing device, an imaging device and an active directory. The client stores an imaging job on a local hard disk. The client registers itself with the active directory indicating an existence of the job. Upon a user logging in to the imaging device to retrieve an imaged media corresponding to the imaging job, the imaging device queries the active directory for possible clients. The imaging device contacts client(s) and retrieves a list of jobs available to the user. The user selects their job and the client releases it direct to the imaging device. The client deletes the imaging job upon successful imaging of the media and undoes its registration with the active directory, unless further imaging jobs exist for the user. Encryption techniques are contemplated to secure the data of the imaging job end-to-end from the client to the imaging device.

Abstract: A print release environment includes a client computing device, an imaging device and an active directory. The client stores an imaging job on a local hard disk. The client registers itself with the active directory indicating an existence of the job. Upon a user logging in to the imaging device to retrieve an imaged media corresponding to the imaging job, the imaging device queries the active directory for possible clients. The imaging device contacts client(s) and retrieves a list of jobs available to the user. The user selects their job and the client releases it direct to the imaging device. The client deletes the imaging job upon successful imaging of the media and undoes its registration with the active directory, unless further imaging jobs exist for the user. Encryption techniques are contemplated to secure the data of the imaging job end-to-end from the client to the imaging device.

Abstract: A print release environment includes a client computing device, an imaging device and an active directory. The client stores an imaging job on a local hard disk. The client registers itself with the active directory indicating an existence of the job. Upon a user logging in to the imaging device to retrieve an imaged media corresponding to the imaging job, the imaging device queries the active directory for possible clients. The imaging device contacts client(s) and retrieves a list of jobs available to the user. The user selects their job and the client releases it direct to the imaging device. The client deletes the imaging job upon successful imaging of the media and undoes its registration with the active directory, unless further imaging jobs exist for the user. Encryption techniques are contemplated to secure the data of the imaging job end-to-end from the client to the imaging device.

Abstract: A device for testing flat materials during production of material webs has a radiation source from which radiation passes through the material under investigation, residual radiation on another side of the material being detected by a gas-filled ionization detector. The detector arrangement has a plurality of interconnected measurement chambers provided with collector electrodes and arranged inside a common housing. The measurement chambers can together be evacuated and filled with an ionizable gas. Each of the measurement chambers is allocated its own radiation inlet window. The radiation source is allocated to the measurement chamber and has a linear radiation distribution.

Abstract: A fire control system for a mobile weapon carrier incorporates a strapdown sensor block that includes inertial sensors. The digital outputs of the sensor block are utilized for weapon and sight stabilization, fire control and navigation with the aid of a signal processing system that includes a central digital computer, control and stabilization transducers associated with both sight and weapon, and a display for navigational data.