Abstract: A store transaction system that can determine what a store should be making each day if all the customer transactions were entered into the stores point of sale computer. The store transaction system combines various sensor outputs activated by customer activity in a logical manner to develop an independent store monitor that can operate 24/7 to reduce employee theft. A preferred embodiment compares the store transaction system revenue with the store point of sale computer system operated by the employees so an owner can determine a shift or the employees that are involved with theft without having to manually view video surveillance information or hire extra managers to watch the store operations. The invention also allows remote reviewing of those that are having exceptional positive impact on store sales. Another preferred embodiment allows an owner to remotely operate their integrated computer and store transaction system from any Internet access device with the proper browser.

Abstract: A method for providing a remote PBX service by a customer's phone service provider. More than one telephone number is assigned to one customer's telephone communication link. The one customer's telephone communication link is in communication with at least one telephone. A connect signal is received by the customer's phone service provider. The connect signal includes one of the telephone numbers assigned to the one customer's telephone communication link. A called telephone code is generated. The called telephone code is indicative of the one of the telephone numbers included in the connect signal. The called telephone code is sent to the customer's telephone communication link whereby a user of the customer's telephone communication link is capable of knowing which of the more than one telephone numbers assigned to the one customer's telephone communication link was called prior to answering the at least one telephone connected to the customer's telephone communication link.

Abstract: A multiple integrated machine system (“MIMS”) capable of performing as multiple digital machines. The MIMS comprises multiple elements controlled by one operating system. Each element is different. Each element includes hardware and software and can perform as part of one machine. An element grouping control unit is provided. Upon receiving a first machine selection, the control unit automatically, operatively connects elements in a first combination forming a first machine. Upon receiving a second machine selection, the control unit automatically, operatively connects elements in a second combination forming a second machine. The first and second combinations differ. Multiple subgroup function control units are provided. Each subgroup function control unit corresponds to either the first or second machine selecting one or more functions to be performed by the respective machine.

Abstract: A multiple integrated machine system (hereafter referred to as “MIMS”) capable of performing as at least two or more digital machines. The MIMS comprises two or more digital machine elements controlled by the same operating system software. Each of the digital machine elements includes hardware portions and software portions and each digital machine element is capable of performing as part of one of the digital machines. Each of the digital machine elements is different. A digital machine element grouping control unit is also provided. The digital machine element grouping control unit automatically and operatively connects predetermined digital machine elements in a first combination to form a first digital machine upon receipt of a first digital machine selection, and automatically and operatively connects predetermined digital machine elements in a second combination to form a second digital machine upon receipt of a second digital machine selection.