60 results about "Automated Clearing House" patented technology

Tracking and reporting status of automated clearing house (“ACH”) transactions. An ACH operator receives an ACH file comprising an ACH batch comprising an ACH transaction item for ACH processing. The operator tracks a status of the ACH file, batch, and item during multiple ACH processing events. A customer communicates a query for the status of the ACH file, batch, or item. The operator retrieves the tracked status of the ACH file, batch, or item and presents the tracked status to the customer. The ACH processing events typically comprise receiving the ACH file, confirming the ACH file, approving the ACH file, processing the ACH file, processing the ACH batch in the ACH file, and processing the ACH transaction item in the ACH batch. The operator can present a graphical depiction of errors the ACH file header, batch header, or item record detail.

An electronic fund transfer system is disclosed wherein commissions for point-of-sale purchase transactions are determined and distributed to members of an organizational network for promoting use of a non-cash payment device that is tangible for effecting purchase transactions. Purchase data is electronically transmitted from the point-of-sale to an automated clearing house for effecting fund transfers to prepare the purchase, and also to a commission management system. The commission management system maintains an electronic database reflecting the structure of the organizational network, and further determines the distribution of purchase commissions according to a predetermined schedule of proportions relating to the position and business volume of each member of the network. The commission management system further comprises a payment processor for effecting commission payments to the members or to a designated sponsor on a scheduled basis.

Systems and methods for mobile enrollment in automated clearing house (ACH) transactions using mobile-captured images of financial documents are provided. Applications running on a mobile device provide for the capture and processing of images of documents needed for enrollment in an ACH transaction, such as a blank check, remittance statement and driver's license. Data from the mobile-captured images that is needed for enrolling in ACH transactions is extracted from the processed images, such as a user's name, address, bank account number and bank routing number. The user can edit the extracted data, select the type of document that is being captured, authorize the creation of an ACH transaction and select an originator of the ACH transaction. The extracted data and originator information is transmitted to a remote server along with the user's authorization so the ACH transaction can be setup between the originator's and receiver's bank accounts.

An electronic fund transfer system is disclosed wherein commissions for point-of-sale purchase transactions are determined and distributed to members of an organizational network for promoting use of a non-cash payment device for effecting purchase transactions. Purchase data is electronically transmitted from the point-of-sale to an automated clearing house for effecting fund transfers to prepare the purchase, and also to a commission management system. The commission management system maintains an electronic database reflecting the structure of the organizational network, and further determines the distribution of purchase commissions according to a predetermined schedule of proportions relating to the position and business volume of each member of the network. The commission management system further comprises a payment processor for effecting commission payments to the members or to a designated sponsor on a scheduled basis.

Approving automated clearing house (“ACH”) payments for processing by an ACH operator is based on an approved originator list identifying originators authorized by an originating depository financial institution (“ODFI”) to originate ACH payments and to send those ACH payments to the ACH operator on behalf of the ODFI. The ACH operator receives an ACH payment originated by a first originator and sent to the ACH operator on behalf of the ODFI. The ACH operator determines whether the first originator is on the approved originator list and processes the ACH payment if the first originator is on the approved originator list. The ACH operator can reject the ACH payment if the first originator is not on the approved originator list or can seek approval from the ODFI to process the ACH payment even if the first originator is not on the approved originator list.

Identifying automated clearing house (“ACH”) transaction items processed by an ACH operator comprises processing ACH items for acceptance by the ACH operator. Each ACH item relates to an ACH transaction type. Each ACH item is associated with a corresponding ACH transaction type to which it is related. Each ACH item also is associated with parties involved in the transaction detailed in the ACH item. A request for information regarding a specified ACH transaction type is received from a requesting party. ACH items associated with the specified ACH transaction type and the requesting party are identified in response to receiving the request. Information regarding the identified ACH items is presented to the requesting customer.

A remote ordering device having a two-way wireless communications input device with a display for sending and receiving data and a data receiving station to send and receive data, process orders and keep track of accounts, inventory and retain other data as required. The receiving station can be in communication with other receiving stations to forward orders or data. The receiving station can provide instructions to a person or machine to fill orders at any desired location. The remote ordering device can scan in checks or present an electronic version of a check to the data receiving station for payment through an automated clearing house. The two-way communications can be by cell phone through a telephone network alone or also through the internet to the data receiving station. The communications can also be through Wi-Fi and the internet and use a PDA or a computer for data input and reading.

An electronic fund transfer system is disclosed wherein commissions for point-of-sale purchase transactions are determined and distributed to members of an organizational network for promoting use of a non-cash payment device that is tangible for effecting purchase transactions. Purchase data is electronically transmitted from the point-of-sale to an automated clearing house for effecting fund transfers to prepare the purchase, and also to a commission management system. The commission management system maintains an electronic database reflecting the structure of the organizational network, and further determines the distribution of purchase commissions according to a predetermined schedule of proportions relating to the position and business volume of each member of the network. The commission management system further comprises a payment processor for effecting commission payments to the members or to a designated sponsor on a scheduled basis.

A method and system for escrow service for web-based transactions is web-accessible and accepts registrations from exchanges and/or portal partners. The completion of registration and transactions is allowed to entitled users who access the system via the web. The system maintains an internal banking engine to act as a deal manager, messaging service and accounts sub-ledger and escrows funds entrusted to it. The transaction process is composed of a number of transaction statuses, and reporting of those statuses to users is accomplished online and via web query. The system supports several methods of payment, such as credit cards, authorized Automated Clearing House (ACH) or equivalent direct debit/credit and wire transfer payments, and all funds movements are electronic. The system supports transaction level detail through its banking engine accounts; funds movements from its currency accounts, and escrows funds to currency based escrow accounts. Buyers completing goods/services inspections after delivery initiate settlements.

A mobile payment system is disclosed for processing payments authorized by mobile devices (“mobile payments”) that is configured to process mobile payment authorizations that are directed to an electronic lock box. The mobile payment authorizations are processed by way of electronic funds transfer and cleared, for example, by way of an automated electronic funds clearing network, such as the Automated Clearing House (ACH). In accordance with an important aspect of the invention, the mobile payment system also processes returns for payments that cannot be cleared. The mobile payment system may be configured to provide advance notification of billing deadlines to payees, e.g., mobile clients, by way of an SMS (Small Message System) message and enable consumers to authorize payment in the same fashion. In addition to facilitating payment by the consumer, the system in accordance with the present invention significantly the “float time” and makes funds available to the merchant in a relatively shorter period of time than known mobile payment systems, once payment authorization is received from the consumer.

As an alternative to bill payments made with paper checks, customers are provided with “Sign-to-Pay” payment coupons along with their bills. A customer elects to pay the bill either by check or by returning the “Sign-to-Pay” payment coupon. The coupon will not contain the customer's checking account information. However, the payment amount indicated on the coupon will subsequently be deducted from the customer's checking account. Preferably, bill payments will be made through the Automated Clearing House (ACH) network which is an efficient and less expensive alternative to the traditional check clearing process.

A verification system for electronic redeposit of paper checks determines with a merchant terminal whether a paper check meets criteria for electronic redeposit. In an embodiment of the invention, the electronic redeposit verification system verifies with a terminal that the amount of the check is less than a predetermined threshold. In a further embodiment of the invention, the National Automated Clearing House Association (NACHA) establishes the criteria.

The invention discloses a social network influence maximization method based on activeness. The social network influence maximization method comprises the following steps: constructing a simple network G'; selecting a node with a high activeness ACT attribute value according to a node activeness ACT attribute to enter an ACT node set H; calculating a node influence synthetic value aps (v) according to the sizes of the node activeness ACT attribute value and the influence; circularly selecting k seed nodes; updating the node influence synthetic value aps (v) in a network when each seed node is selected. A result shows that the activeness attribute is introduced based on an IC model; the extension of the model enables a social network influence maximization problem to be more scientific; an ACH (Automated Clearing House) algorithm is close to an influence range of a KK greedy algorithm in an influence range and the social network influence maximization method has very good representation on timeliness.