Abstract: A system and method for providing a self-checkout system. The self-checkout system includes a processor and a first device coupled to the processor, where the first device identifies an item. The self-checkout system also includes a first receptacle coupled to the first device. The first receptacle receives the item after being identified by the first device. The self-checkout system also includes a second device coupled to the first receptacle. The second device identifies the item after being received by the first receptacle, and the processor verifies if the item identified by the second device is the same item identified by the first device. As a result, the checkout process is reliable and secure.

Abstract: A self-checkout system is presented which may include at least two self checkout stations and a single self-payment module for effecting payments and/or completing transactions conducted on each of the at least two self-checkout systems. The self-payment module may determine which of the two self-checkout stations utilizes the self-payment module upon both self-checkout stations being used at the same time.

Abstract: The present invention is directed to systems and methods relating to a customizable self-checkout system including a self-checkout device for processing items for purchase by a customer, a processor for controlling the operations of the self-checkout device, and a memory for receiving customer profile data. The processor adapts the operation of the self-checkout system in accordance with the customer profile data.

Abstract: Embodiments of the present invention are directed to systems and methods for conducting purchasing transactions using radio-frequency identification (RFID) of items for purchase. Such systems may include a security scale integral with a security conveyor for weighing one or more items placed thereon, a bagging area, a second conveyor for transporting items from the security conveyor to the bagging area, a lane controller for carrying out a purchasing transaction, payment means for accepting payment for the transaction, an RFID reader for receiving data from RFID tagged items and a database having item information stored therein. The system may write new information onto the tag. The system may utilize tag data for item validation and amending an item profile in a security database.

Abstract: Embodiments of the present invention are directed to methods and system for conducting transactions for a self-checkout system. The self-checkout system may include at least two self-checkout stations and a single self-payment module for effecting payments and/or completing transactions conducted on each of the at least two self-checkout systems. Accordingly, a first signal may be received at a first time, where the first signal indicates that a first self-checkout station is ready to tender payment and complete a transaction conducted on the first self-checkout station. A second signal may be received at a second time, where the second signal indicates that a second self-checkout station is ready to tender payment and complete a transaction conducted on the second self-checkout station. The system may then determine a priority of completing a respective transaction of the first self-checkout system and the second self-checkout system based upon the earlier of the first time and the second time.

Abstract: The present invention is directed to systems and methods relating to a customizable self-checkout system including a self-checkout device for processing items for purchase by a customer, a processor for controlling the operations of the self-checkout device, and a memory for receiving customer profile data. The processor adapts the operation of the self-checkout system in accordance with the customer profile data.

Abstract: A method of performing a supervisory function for a self-checkout system including sending a request for supervisory assistance from a self-checkout system to a portable, handheld wireless terminal, receiving the request by the wireless terminal, presenting the request via a display provided with the wireless terminal to a supervisory individual, determining whether the assistance request can be remotely performed through input by the supervisory individual, responding to the request through input by the supervisory individual. The input results in a response being sent from the wireless terminal to the self-checkout system. The response results in the supervisory assistance being performed when the assistance request is remotely performable, and the response results in a notification that supervisory personnel are being dispatched to a location of the self-checkout system when the assistance request can not be remotely performed.

Abstract: A method of performing a supervisory function for a self-checkout system including sending a request for supervisory assistance from a self-checkout system to a portable, handheld wireless terminal, receiving the request by the wireless terminal, presenting the request via a display provided with the wireless terminal to a supervisory individual, determining whether the assistance request can be remotely performed through input by the supervisory individual, responding to the request through input by the supervisory individual. The input results in a response being sent from the wireless terminal to the self-checkout system. The response results in the supervisory assistance being performed when the assistance request is remotely performable, and the response results in a notification that supervisory personnel are being dispatched to a location of the self-checkout system when the assistance request can not be remotely performed.