Application: Digital OR
In contemporary operating room environments, medical practitioners require highly accurate video with low latency during surgical procedures, such as X-ray, ultrasound, and endoscopy. Since the critical video data may be provided in different formats such as DVI, CVBS, and RGB, quick and efficient normalization of the various formats is essential. Digital OR systems are thus not only called upon to integrate the varied video inputs and displays but also record the collected data for future reference. ADLINK’s highly integrated HDV62A is fully compatible with multiple video formats in a single unit for fast, efficient reception and archiving, making it a key component in a simple yet effective digital OR system.
ADLINK Solution: HDV62A: 1-CH PCI Express® HDMI Video & Audio Capture Card
The HDV62A ADLINK’s HDV62A is a PCI Express x4 integrated video frame grabber which supports not only DVI/HDMI but also analog CVBS, S-video, RGB and YPbPr video signals, and delivers raw, 1080P 60fps 10 bit video stream.
Barcode, OCV/OCR and Defect Inspection
Application: Barcode, OCV/OCR and Defect Inspection
Success in the food and beverage industry relies on productivity and quality, and machine vision plays an increasingly important role in increasing productivity and quality assurance.
Manufacturing processes utilizing machine vision technology such as 2D code readers, label inspection, OCV (optical character verification), and pattern matching are significantly advantageous, improving production yield and automatic identification and resolution of manufacturing problems on the line. Simultaneous multi-camera execution of these tasks delivers a cost-effective solution, reducing total cost of ownership. As environments grow, effective production and quality control management benefit considerably from ready-to-deploy systems providing quick and worry-free inspection access to all areas, and efficient synchronization of the multi-camera array.
ADLINK Solution: EOS-1200: Powerful 4-CH Gigabit PoE Embedded Vision System with 2nd/3rd Generation Intel® Core™ i5/i7 Processor
ADLINK’s EOS-1200 is a powerful Gigabit PoE embedded vision system implementing 2nd/3rd generation Intel® Core™ i5/i7 quad core processing, providing four independent Gigabit PoE (power over Ethernet) ports to deliver both data and power over a single Ethernet cable. All applications benefit significantly with reduced costs and maintenance requirements and simpler installation.
ADLINK Solution: EOS-4000: Powerful 2-CH Camera Link (PoCL) Embedded Vision System with 3rd Generation Intel® Core™ i5/i7 Processor
The EOS-4000 is a high performance, Camera Link embedded vision system, streaming raw image data over dedicated point-to-point link topology, with no network latency or protocol overhead, and implementing direct memory access (DMA) solutions and rearranging data for efficiency. Transmission of image data from cameras to the system memory is executed without utilizing any CPU resources, and the EOS-4000 supports 64-bit memory addressing, encoder input, and RAID technology (dual SATA interface), benefiting vision applications with large address space, such as defect inspection and line scan.
The EOS-4000 additionally offers 64 optocoupler isolated digital I/Os, and supports software configurable digital filter function (0.25 µs-131 ms) securing recognition of input signals carrying noise or chatter, ideally suiting demanding industrial environments.
Warehouse Management System Boosts Business Efficiency
For large convenience store or supermarket chains, the management of product storage, shipping, ordering and receiving would be extremely time-and-labor consuming were it to be implemented by handwritten recording using manual processes. However, advances in bar-coding, communications and database technologies are helping the grocery industry to optimize their stock management and distribution networks with great accuracy and real-time efficiency, thereby cutting associated costs and labor and increasing their competitiveness.
For example, in the past, many employees at convenience stores spent a lot of time and labor in receiving, checking and recording newly arrived stock during certain period of time in each working day. Similar labor was expended at the warehouse side when the ordered goods were moved from storage for shipping; warehouse workers have to check orders and move the right items to the right places.
Nowadays, most retailing giants have successfully deployed warehouse and distribution system which utilizes automatic identification and data capture technology, such as barcode scanners, wireless LANs and radio-frequency identification (RFID) to efficiently monitor the flow of stock, and thereby eliminate much of the inefficiency and inaccuracy resulting from manual processes.
In such applications, employees at warehouses use a barcode scanner to read the barcodes on grocery items which are being moved from storage, and then distributed via an automatic conveyor system according to a compiled shipping list, and forwarded to designated vehicles for transport to a temporary storage locations or retail stores. The scanned data is immediately transmitted to a computer at the warehouse, which is linked to the central database at a back office that monitors how the goods are sent to temporary storage locations or to end retail stores.
At the receiving end, retail store employees use their barcode scanners to acknowledge the arrival of newly arrived items and check for consistency. The read data will be immediately stored in the inventory database of the retail store, which is also linked to the central database at the headquarters.
Additionally, today’s industrial computer technologies are powerful enough to handle multiple tasks other than just management of goods. A good IPC with rich I/O and robust CPU performance can support additional functionalities, such as electronic shelf labels (ESLs), digital signage displays and video surveillance in the retail locations, allowing for great flexibility and scalability of application development and maximizing benefits of the system.
For such applications as described above, each warehouse and retail store needs to install an industrial PC (IPC) as a controller hub at each location. These controllers are connected to a central server at the back office, sharing the same product data files, so that information updates can be synchronized for real time consistency.
In addition to supporting barcode scanners and data storage and transmission, the IPC controllers at retail locations can be used to develop additional applications. For example, the deployment of an electronic shelf label systems, which uses small wireless plastic modules installed on shelves or other fixtures in place of traditional paper labels to display prices and other information—such as discount—on LCD or LED screens as controlled from a back room. This is particularly efficient in a grocery environment—especially that of a large retail chain which often needs to administer thousands of price changes on a regular basis.
The retail store IPC can also be used to support large displays in the stores to air TV programs, commercials or other promotional information with content selected and provided by headquarters. This information, together with the ESLs, helps to enrich the consumer’s shopping experience, upgrade service quality and bring commercial promotion benefits.
In addition, video cameras can be installed on the digital signage modules in an inconspicuous way to record customers and in-store happenings for the purpose of security surveillance.
- Warehouse/inventory management:
The supply chain and distribution network hub, which can be integrated with accounting/ordering and shipping software systems, radio frequency and barcode hardware, warehouse automation equipment, etc., to reduce inventory and labor costs and allow for higher level of efficiency and accuracy. The system can be optimized when incorporated into the company’s enterprise resource planning (ERP) system.
- Electronic shelf Labels (ESLs):
ESLs avoid the necessity of store staff walking the aisles and changing the labels on store shelves individually. The ESL system is enabled and controlled by the backend IPC via wireless communications and shares the same price database with the POS system at the frontend checkout counters, which ensure price consistency and avoid disputes arising from pricing discrepancies.The newest technology advancements are lowering the cost of ESLs and the benefits of digital pricing will boost when combined with price optimization software. These new business trends will help to increase the return on investment for the deployment of ESLs and add incentives for installation.
- Digital signage:
In a retail environment, multimedia digital signage that combines entertainment and information is one of the best ways to communicate with consumers. Single or multiple display panels can be installed above checkout counters or in other suitable locations.
- Video surveillance:
To maximize the benefits of digital signage, a mini-video camera can be inconspicuously installed in the digital signage display unit to record events in the store in real-time. The recoded can be transmitted to the controller for storage for security purposes and provide clues or evidence for criminal investigations.
The ADLINK MIX-110 is a small form factor IPC featuring rich I/O and robust CPU performance with comparatively high power-efficiency, suited for installation in a retail environment which often has more limited space for installation but requires more functionality from a single system.
Running on an Intel® Atom™ D2550, the MIX-110 delivers comparatively high computing performance with lower power consumption, supports VGA and DVI-D display output, provides GPIO for RFID application, and has a mini PCIe expansion slot, thus enabling several in-store applications, including barcode scanning, inventory/order/accounting management, multimedia display, digital pricing and simple video surveillance on a single platform.
At the warehouses side, the serial COM ports provided by the MIX-110 can be used to enable automation systems—for example, an automated gateway for distributing product items via a conveyor system. The MIX-110 installed at the warehouse enables barcode scanning and automatic distribution systems with a single platform.