EXTREME DIRECT

Brand Owner Address Description
XTRM DIRECT XTRM, Inc. 303 Twin Dolphin Drive Redwood City CA 94065 EXTREME DIRECT;Financial services, namely, credit card, debit card, prepaid card, and electronic wallet payment processing; financial services, namely, electronic processing of payments and remittance made through gift cards, prepaid credit cards, stored value accounts, debit transactions, credit transactions, checks, electronic funds transfer, and automated clearing house (ACH) transactions; clearing and reconciling financial transaction services; providing payment and financial services, namely, financial management of payments for others, processing of credit card, debit card, prepaid card, and electronic wallet payments, and reconciliation of financial transactions; bill payment services; providing electronic payment services for others involving electronic processing and subsequent transmission of bill payment data; electronic foreign exchange payment processing services; financial risk management services;Invoicing services, namely, creating, preparing, managing, sending, processing, and tracking invoices; creating, preparing, managing, sending, processing, and tracking receipts;DIRECT;Providing temporary use of online non-downloadable software for managing and processing payments; providing temporary use of online nondownloadable software for transferring funds to and from others; providing temporary use of on-line non-downloadable software for sending money and requesting money; providing temporary use of online non-downloadable software for managing and processing remittance, gift cards, prepaid credit cards, stored value accounts, debit transactions, credit transactions, checks, electronic funds transfer, ACH, financial transactions, aggregating mass payments, and account notifications; providing temporary use of online non-downloadable software for creating, preparing, managing, sending, processing, tracking, and reconciling invoices, payments, and receipts; application service provider featuring application programming interface (API) software for payment collection, payment aggregation, payment transactions, payment exchanges, and information processing; electronic monitoring of electronic data relating to financial transactions to detect fraud, money laundering, and illegality via the internet in the field of electronic fund transfer and electronic payment processing services; Providing temporary use of online non downloadable software for mapping user's business model to payments, namely, application programming interface software for tracking customer payments according to a user's business needs; Providing temporary use of online nondownloadable software for managing and processing payments on behalf of customers and affiliates; Providing temporary use of white-labeled online non-downloadable software for payment functionality, namely, software for use as a digital wallet; Providing temporary use of online non-downloadable software for making electronic funds transfers where the payee determines the payment method as electronic funds transfer, check, prepaid credit card, or gift card; Providing temporary use of online non-downloadable software for making electronic funds transfers where the payor pre-determines the payment method to payee as electronic funds transfer, check, prepaid credit card, or gift card;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A track-locking method for an optical disk drive is conducted according to the following steps. First, a tracking error signal (TE signal) is detected, and then the time period for a pickup head jumping from one track to another track is divided into four periods. Secondly, the extreme values of the reshaped tracking error signal (TE' signal) in the first, second and third periods are preset, and the TE signal of the first period is reshaped in view of the extreme value of the TE' signal in the first period and the crest value or the trough value of the TE signal, so as to form the TE' signal in the first period. Then, a line connecting the extreme values of the TE' signal in the first period and the second period is established as the TE' signal in the second period, and a line connecting the extreme values of the TE' signals in the second and third periods is established as the TE' signal in the third period. The TE' signal curve in the above-described periods can be obtained by the manners of linear connection or proportionally reshaping the TE signal.