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Today's consumers are busy, and many products and service providers are investing in self-service cabinets, enabling them to offer products and services almost anywhere, and customers experience instant and automated convenience. As more vendors install self-service cabinets, how to prevent losses is a big challenge for them. Self-service providers have perceived that there is a need in the market for enhanced security solutions for remote and remote monitoring. Designers of self-service cabinets must consider the hardware system that controls the cabinet switches. Design engineers can increase control and safety performance and reduce asset losses by integrating intelligent electronic locks into the cabinet design.
The rise of smart sales
    The self-service industry has evolved over the long term since the original food vending machines and ATMs were designed. Research shows that many consumers prefer a “virtual†shopping experience compared to a salesperson or cashier in a retail environment. According to Cisco's retail shopping survey conducted in 2013, 52% of consumers surveyed said that 61% of people prefer to visit fully automated stores compared to waiting in line for them to prefer self-service checkout stations.
As the demand for automated retail services grows, advances in technology continue to meet industry growth. Manufacturers have built-in wireless technology in self-service kiosks and cabinets that enable operators to remotely track inventory and generate sales records. These smart vending systems are typically equipped with Remote Machine Monitoring (RMM) technology, which enables kiosk owners to monitor multiple machines within a single network.
Electronic locks can be networked with these systems, allowing suppliers to track daily maintenance personnel switches and alert them to unauthorized switching machines, just as they track information about their services through RMM. When used as part of an electronic switching system, the electronic lock generates electronic signatures, audit trails, and reports for user authentication, simplifying security management and avoiding the risk of theft. With this smart technology, device owners can manage their self-service systems more efficiently, even remotely.
Future security lock trend
In addition to traditional ATMs, retail vending machines and self-checkout kiosks, designers are developing new uses for cabinets and kiosks to take the concept of self-service to a higher level. According to a recent survey by Frost & Sullivan, between 500,000 and 700,000 smart vending machines are in operation in 2012 and are expected to increase to 2 million in 2018.
These smart vending machines use smart locks to help run faster and safer. These include drug vending machines, lockers and vending machines that rent bicycles. Self-service drug vending machines currently in the clinical setting are mainly used for check-in and payment, but the health insurance options become more competitive and the service may be extended to prescribing and selling drugs. The electronic lockout option provides the necessary security and accountability mechanisms to ensure that high-value drugs and patient confidential information are properly protected.
Another area where security locks can be achieved with electronic locks is the self-service locker (PUDO) . The electronic lock can be installed in this single " lock cabinet " and can be removed when the customer enters a unique access code on the self-service locker interface. In addition , the electronic lock can be used to rent a bicycle kiosk to securely lock each idle bicycle in place and easily unlock it after activation via a payment system or user interface.
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Above: In addition to traditional ATMs, retail self-checkout trafficking and Ting Wai, Electronic locks are applied to self-service lockers and bicycle rentals.
Above: The electronic lock provides a secure and concealed locking mechanism that can be easily integrated into existing networked systems for remote monitoring.
Electromechanical locks are the main components of any electronic access control solution
Electromechanical locks will ultimately affect the safety of the entire system, installation options, system electrical requirements, and industrial design. When the customer makes a transaction, the electronic lock is controlled by the software interface, and the switch is limited to a location or "locker" containing the purchased item. For example, in a kiosk where an electronic device charger is rented, the electronic lock will unlock a particular locked compartment in response to the consumer's purchase request. When the consumer retrieves the fully charged device, the electronic lock also closes the door and relocks. On the other hand, the equipment owner may have different requirements for maintenance personnel, money handlers, and inventory managers in order to limit the service personnel to switch the specific area of ​​the cabinet. Compared to traditional lock-key mechanisms, these smart access control devices can be easily reprogrammed when changing personnel to protect the cabinet from theft. With this type of system, operators can manage and monitor unique user passcodes and change codes without the need to distribute new physical keys or access devices to employees.
The perfect blend of function and appearance
In addition to providing security, the electronic access control system provides an overall improvement in cabinet design in terms of appearance, experience and functionality. The most important of these is that the design engineer must balance its appearance and use, and minimize wiring and power consumption. For example, the electronic lock can be easily installed in the cabinet to keep the outside clean and tidy, which not only prevents the split, but also enhances the appearance of the device. Electronic locks for smart technologies such as Bluetooth and wireless RF simplify integration with existing access control systems. Equipped with a reliable electronic lock with a geared motor drive, it provides higher load capacity with lower power than before, reducing the overall energy consumption of the cabinet and consistently providing consistent operating performance compared to electromagnetic drive mechanisms.Heavy Calcium Carbonate Carrier Additive
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