Abstract: An automated teller machine (ATM) allows a user with accounts at both a first institution and a second institution to use an ATM of the first institution to physically place cash or a check into the ATM of the first institution for deposit into an account at the second institution. In some cases, a failed attempt message may indicate a funds transfer failed due to a network connectivity issue, an inactive payee account, or an expired payee account number. In case of a network connectivity issue, the funds transfer may be reinitiated. In case of an inactive payee account or expired payee account number, funds may be transferred to the first account instead of the second account. The ATM may display an indication of the failed attempt and a confirmation of a transfer to the first account.

Abstract: Systems for determining motion characteristics of a sports object. In an embodiment, the system comprises a light grid structure and a processor. The light grid structure comprises a frame and light-source assemblies and photo-detector assemblies. Each of the light-source assemblies and photo-detector assemblies is mounted on the frame such that each light-source assembly is on an opposite side of the frame than a corresponding photo-detector assembly, and each light-source assembly emits a light beam which is detected by its corresponding photo-detector assembly. The processor receives data that is based on outputs of the photo-detector assemblies. The data indicates light beam(s) which have been interrupted. Based on the data, the processor determines motion characteristic(s) of an object which interrupted the light beam(s), including an angle of incidence.

Abstract: Systems for determining motion characteristics of a sports object. In an embodiment, the system comprises a light grid structure and a processor. The light grid structure comprises a frame and light-source assemblies and photo-detector assemblies. Each of the light-source assemblies and photo-detector assemblies is mounted on the frame such that each light-source assembly is on an opposite side of the frame than a corresponding photo-detector assembly, and each light-source assembly emits a light beam which is detected by its corresponding photo-detector assembly. The processor receives data that is based on outputs of the photo-detector assemblies. The data indicates light beam(s) which have been interrupted. Based on the data, the processor determines motion characteristic(s) of an object which interrupted the light beam(s), including an angle of incidence.