Abstract: In some embodiments, purchase systems and methods are provided. Some embodiments comprise one or more processors configured to receive, at a point of sale device, a request to use self-checkout through a user computing device; couple the point of sale device with the user computing device by: display by the point of sale device a coupling code configured to be scanned by the user computing device; receive the coupling code by a server system; and interpret, at the server system, the coupling code to identify the point of sale device; cause contents of an electronic shopping cart associated with a transaction to be transmitted to the identified point of sale device; receive a customer identifier associated with the transaction; and conclude, on the point of sale device, the transaction based on the coupling of the point of sale device with the user computing device.

Abstract: In some embodiments, purchase systems and methods are provided. Some embodiments comprise one or more processors configured to receive, at a point of sale device, a request to use self-checkout through a user computing device; couple the point of sale device with the user computing device by: display by the point of sale device a coupling code configured to be scanned by the user computing device; receive the coupling code by a server system; and interpret, at the server system, the coupling code to identify the point of sale device; cause contents of an electronic shopping cart associated with a transaction to be transmitted to the identified point of sale device; receive a customer identifier associated with the transaction; and conclude, on the point of sale device, the transaction based on the coupling of the point of sale device with the user computing device.

Abstract: Systems and methods are disclosed herein for providing shopping recommendations. Amounts and timing of user purchases are recorded and analyzed to determine consumption rates for various products. A list of recommended products is generated for a user including previous purchases. Expected runout dates for products may be determined based on previous purchases and consumption rates. The list of recommended products may be prioritized based on expected runout dates. A listing of products may be presented with one or both of validation and alternative indicators associated with items of the list. A validation indicator indicates that the product satisfies a criteria and an alternative indicator indicates that an alternative product satisfies the criteria better than the product.

Abstract: Systems and methods are disclosed herein for providing shopping recommendations. Amounts and timing of user purchases are recorded and analyzed to determine consumption rates for various products. A list of recommended products is generated for a user including previous purchases. Expected runout dates for products may be determined based on previous purchases and consumption rates. The list of recommended products may be prioritized based on expected runout dates. A listing of products may be presented with one or both of validation and alternative indicators associated with items of the list. A validation indicator indicates that the product satisfies a criteria and an alternative indicator indicates that an alternative product satisfies the criteria better than the product.

Abstract: Systems and methods are disclosed herein for providing shopping recommendations. Amounts and timing of user purchases are recorded and analyzed to determine consumption rates for various products. A list of recommended products is generated for a user including previous purchases. Expected runout dates for products may be determined based on previous purchases and consumption rates. The list of recommended products may be prioritized based on expected runout dates. A listing of products may be presented with one or both of validation and alternative indicators associated with items of the list. A validation indicator indicates that the product satisfies a criteria and an alternative indicator indicates that an alternative product satisfies the criteria better than the product.

Abstract: A folding assembly for an actuation lever is disclosed. The folding assembly includes a first shaft and a second shaft pivotally coupled to the first shaft. The second shaft includes a first engagement structure and a second engagement structure spaced apart from the first engagement structure. The folding assembly further includes a sleeve slidably disposed around the first shaft and the second shaft. The sleeve comprises a mating structure adapted to engage with the first engagement structure or the second engagement structure. The sleeve is adapted to cover a portion of the first shaft and a first portion of the second shaft, when the mating structure is engaged with the second engagement structure. Further, the sleeve is adapted to cover a second portion of the second shaft such that the sleeve releases the first shaft, when the mating structure is engaged with the first engagement structure.

Abstract: Systems and methods are disclosed herein for providing shopping recommendations. Amounts and timing of user purchases are recorded and analyzed to determine consumption rates for various products. A list of recommended products is generated for a user including previous purchases. Expected runout dates for products may be determined based on previous purchases and consumption rates. The list of recommended products may be prioritized based on expected runout dates. A listing of products may be presented with one or both of validation and alternative indicators associated with items of the list. A validation indicator indicates that the product satisfies a criteria and an alternative indicator indicates that an alternative product satisfies the criteria better than the product.

Abstract: There is disclosed, for use in an ATM network, a system for servicing an SVC connection between a first node and a second node operable to transmit and receive frame relay data frames, wherein the first node is coupled to an ATM access device incapable of providing to the first node support for switched virtual circuit (SVC) connections. The system comprises: 1) a connection controller capable of establishing a fixed connection between the ATM access device and a selected intermediate node in the ATM network; and 2) a frame relay proxy controller disposed at the selected intermediate node and adapted for communicating via the fixed connection established by the connection controller, wherein the frame relay proxy controller receives SVC signaling information from the first node via the fixed connection and establishes an SVC connection with the second node.

Abstract: There is disclosed, for use in an ATM network, a system for servicing an SVC connection between a first node and a second node operable to transmit and receive frame relay data frames, wherein the first node is coupled to an ATM access device incapable of providing to the first node support for switched virtual circuit (SVC) connections. The system comprises: 1) a connection controller capable of establishing a fixed connection between the ATM access device and a selected intermediate node in the ATM network; and 2) a frame relay proxy controller disposed at the selected intermediate node and adapted for communicating via the fixed connection established by the connection controller, wherein the frame relay proxy controller receives SVC signaling information from the first node via the fixed connection and establishes an SVC connection with the second node.

Abstract: There is disclosed, for use in a processing network containing a first node operable to transmit and receive frame relay data and a second node operable to transmit and receive asynchronous transfer mode (ATM) data, a network interface for converting the frame relay data to ATM data comprising: 1) a frame relay interface circuit operable to receive the frame relay data from the first node; 2) an ATM interface circuit operable to transmit the ATM data to the second node; 3) a data bus for coupling the frame relay interface circuit and the ATM interface circuit, the data bus operable to transfer frame payload data from the frame relay interface circuit to the ATM interface circuit; 4) a data traffic controller operable to receive frame header data from the frame relay interface circuit and control transfers of the frame payload data from the frame relay interface circuit to the ATM interface circuit; and 5) a bridge for coupling the data traffic controller to the data bus, the bridge isolating the data traffic