An automated asset management system includes a plurality of storage locations for storing objects, and first and second sensing subsystems each configured to sense presence or absence of the objects in the plurality of storage locations. The first and second sensing subsystems are used to sense the presence or absence of a same particular object using different respective sensing modalities. In operation, a first scan of the storage locations is performed using the first sensing subsystem, and the presence or absence of the particular object is determined using the first sensing modality. In turn, a second scan of the storage locations is performed using the second sensing subsystem, and the presence or absence of the particular object is confirmed using both the result of the determination made using the first sensing modality and a determination of the presence or absence of the particular object using the second sensing modality.

Automated asset management system with multiple sensing technologies

Uplink communication techniques for non-ideal backhaul scenarios are described. In one embodiment, for example, user equipment (UE) may comprise logic, at least a portion of which is in hardware, the logic to receive an uplink (UL) communication process configuration message identifying a configured UL communication process for the UE, the UL communication process configuration message comprising a cell identifier and one or more configuration information elements (IEs), each configuration IE comprising configuration information for UL communications on the part of the UE, the logic to send a UL message based on the configuration information comprised in at least one of the configuration IEs. Other embodiments are described and claimed.

Uplink communication techniques for non-ideal backhaul scenarios

The invention discloses a method and a system for automatically detecting and controlling a printing plate. The method comprises the following steps that: an acquisition device is additionally mounted on a plate punching machine; the acquisition device is used for acquiring detection cions preset on a plate after PS plate development is finished, thus acquiring the dot density of the detection icons; next, the detected dot density is detected by a server to find out whether the dot density is consistent with a predetermined development threshold; and if the dot density is inconsistent with the predetermined development threshold, the server adjusts the parameters of the plate punching machine according to the detection result and changes the development conditions of the plate punching machine to the plate, so that the development of the plate meets the predetermined requirements. The method disclosed by the invention has the characteristics of additionally mounting the acquisition device on the plate punching machine, analyzing the acquired result by means of the server, and then controlling the parameters of the plate punching machine to be adjusted and changing the development conditions of the plate punching machine to the plate, so that the development of the plate meets the predetermined requirements. The detection result of the method is accurate and fast; the control process is simple and quick; the time of detecting the PS plate developed by the plate punching machine by manual work in the past is saved; and the shortcoming of insufficient accuracy of the detection result in the prior art is overcome.

Method and system for automatically detecting and controlling printing plate

The invention discloses a bronzing plate installation method. The method includes the following steps: (1) photographing printing paper; (2) amending original bronzing design files; (3) preinstalling bronzing plates and magnifying projection; (4) moving and adjusting the bronzing plates; (5) accurately positioning and fixing the bronzing plate. Precise installation of the bronzing plates is finished at one time by taking into consideration deformation of printing paper and thermal expansion of perforated plates in advance, amending deformation of printing paper and thermal expansion of perforated plates in installation files to obtain bronzing plate installation standard files and correcting installation positions of the bronzing plates during installation according to the bronzing plate installation standard files, and the drawback that the bronzing plates have to be tested and adjusted repeatedly after installation is overcome; in addition, the installation process of the bronzing plates is amplified by real-time photographing of a camera, so that installation operation of the bronzing plats is more visual and clear, difficulty in installation of the bronzing plates is lowered, and accuracy and efficiency in installation of the bronzing plates are improved.

Bronzing plate installation method

A printing system including a printing mechanism, a substrate feeder, a print controller, and digital information stored on computer readable media. The digital information includes one or more rows of a first image having a first repeat length side by side with one or more rows of a second image having a second repeat length different from the first repeat length, the first image side by side with the second image comprising a series of composite image groupings. The print controller is configured to access the stored digital information and control the print mechanism to cause the first and second images to be printed on a continuous web of substrate without excess white space between adjacent images or discontinuities caused by the different first and second repeat lengths, by periodically physically shifting the substrate in a reverse direction or by digitally shifting the image groupings before printing them.

Process for layout and printing of images in multiple lanes with different repeat lengths

A method for seam for a layout of a packaging printing job ( 908 ). The method is adapted to create minimal plate waste ( 1312 ) and includes the following steps; providing a wrapped layout ( 120 ) comprised of plurality of step and repeat element elements, and analyzing the wrapped layout to produce seam cut line design ( 1204 ) for the packaging printing job. The cut line is produced by searching for an non imaged areas inside the images and the borders of the step and repeat elements.

Optimizing a seam for a print job

A system for enhanced plate processing including an imaging device (12) for imaging printing plates and a plate processing device for processing imaged plates. A system controller (21) is configured to send and receive information to the imaging device and the plate processing device.

A system for plate imaging and processing

A method for extracting step and repeat data from a halftone printing job ( 200 ). De-screening a halftone image data on a computer ( 104 ) to create a de-screened image. The de-screening ( 512 ) is performed on a halftone image data stored in a computer storage ( 116 ). The halftone image data contains at least one step and repeat element ( 208 ). The de-screened image is scanned ( 516 ) to identify unique pixel segments ( 520 ). All instances of the found unique pixel segments are used to reconstruct ( 524 ) the step and repeat data previously used to create the halftone printing job ( 200 ).

Extracting step and repeat data

Recreating step and repeat geometrical data

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Optimizing a seam for a print job

A system for plate imaging and processing

Extracting step and repeat data

Recreating step and repeat geometrical data