A method of payment terminal operation, including: receiving a payment collection request for a payment from an application, generating a payment initiation request for the payment, sending the payment initiation request to a secure processing system, switching the secure processing system from operation in an unsecured mode to operation in a secured mode in response to receipt of the payment initiation request, facilitating payment information entry, and receiving a payment response notification, generated based on the payment information, at the main processor.

An information graphic displayable via an electronic user interface to integrate information from accounts held at a financial institution. In one embodiment, the information graphic includes a first graphic element to display first information associated with at least one first account and a second graphic element to display second information associated with at least one second account. A dimension of the first graphic element is representative of the first information and a dimension of the second graphic element is representative of the second information. A first portion of the second graphic element is selectable to alternately virtually hide and display a second portion of the second graphic element.

A wireless tag reading device has an accommodation region with a bottom surface, a first side surface, a second side surface, and a back surface. The accommodation region can accommodate therein a product with a wireless tag attached thereto. The product can be inserted and withdrawn from the accommodation region via an opening at the front and top of the accommodation region. A tag reading unit includes an antenna configured to emit radio waves toward the product in the accommodation region and then receive a response signal. The outside portions of the first side surface, the second side surface, and the back surface reflect radio waves. An inside portion of the back surface is a radio wave transmitting material. There is a gap left between the inside portion and the outside portion of the back surface portion.

A wireless tag reading device has an accommodation region with a bottom surface, a first side surface, a second side surface, and a back surface. The accommodation region can accommodate therein a product with a wireless tag attached thereto. The product can be inserted and withdrawn from the accommodation region via an opening at the front and top of the accommodation region. A tag reading unit includes an antenna configured to emit radio waves toward the product in the accommodation region and then receive a response signal. The outside portions of the first side surface, the second side surface, and the back surface reflect radio waves. An inside portion of the back surface is a radio wave transmitting material. There is a gap left between the inside portion and the outside portion of the back surface portion.

According to an aspect, a display device includes a plurality of sub-pixels. Each of the sub-pixels includes a memory block including a memory configured to store therein sub-pixel data and a sub-pixel electrode coupled to the memory block. The memory includes first and second transistors configured to store therein the sub-pixel data in accordance with an electrical charge of a floating gate, the first and second transistors include respective drains that are coupled to each other, and a coupling point of the drains is coupled to a node. The sub-pixel electrode is coupled to the node, and each of the sub-pixels is configured to display an image based on a potential of the node.

According to an embodiment, a self-checkout device has a commodity placing section where a commodity to be purchased can be placed prior to commodity registration processing and a commodity storing section where a commodity can be placed after registration. A commodity registration camera is positioned to capture images for commodity registration processing. A processor is configured to cause the commodity registration camera to capture images of a symbol attached to the commodity passing near the commodity registration camera. The camera also images the vicinity of the placing section and the storage section. Acquired images are stored in a data storage device. The processor executes commodity registration processing based on the commodity symbols and then commodity settlement processing after the commodity registration.

According to an embodiment, a self-checkout device has a commodity placing section where a commodity to be purchased can be placed prior to commodity registration processing and a commodity storing section where a commodity can be placed after registration. A commodity registration camera is positioned to capture images for commodity registration processing. A processor is configured to cause the commodity registration camera to capture images of a symbol attached to the commodity passing near the commodity registration camera. The camera also images the vicinity of the placing section and the storage section. Acquired images are stored in a data storage device. The processor executes commodity registration processing based on the commodity symbols and then commodity settlement processing after the commodity registration.

A user mobile device includes a network interface, an input/output (“I/O”) device configured to exchange data with a user, the I/O device including a display device configured to present a graphical user interface to the user, an imaging device configured to generate image data; and a processing circuit. The processing circuit comprising a memory and a processor. The memory stores instructions that cause the processor to receiver user photograph data including multiple photographs of the user, determine an emotive state of the user in each of the photographs, categorize each photograph into at least a user positive emotion category and a user negative emotion category, receive spending behavior data, generate a user spending alert based on the spending behavior data including a photograph from at least one of the user positive emotion category and the user negative emotion category, and present the spending alert to the user.

A payment system including an electronic cash register associated with a physical point of sale of a merchant; and a payment acquisition device for advantageously cooperating with a payment issuing device of a client via a first link. Such a payment acquisition device transmits payment transaction messages (MSGT) to a bank server via a second link in order to implement electronic payment transactions. The payment acquisition device is configured to include a mechanism for capturing a view of any invoice issued by an electronic cash register, and the processing unit of such a payment acquisition device is configured to trigger the capture of at least one digital representation of the invoice and to automatically detect and determine therefrom the payment amount of the relevant financial transaction.

Techniques for conducting transaction(s) between a merchant and customer(s) via a multi-device point-of-sale (POS) system is described. The multi-device POS system can include a customer-facing device having a first processor for processing first instructions for presenting a customer user interface (UI) on a display of the customer-facing device. The customer-facing device can include a payment reader that is accessible by the one or more customers. Further, the multi-device POS system can include a first merchant-facing device having a second processor for processing second instructions for presenting a first merchant UI, which can enable the merchant to perform a first action associated with a first transaction of the one or more transactions. The first merchant-facing device can be coupled to the customer-facing device. The multi-device POS system can further include an application, which can be stored on the customer-facing device, a second merchant-facing device, or a personal device, for presenting a second merchant UI enabling the merchant to perform a second action.