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A method of operating an instant messaging application comprises running an instant messaging dialogue session across a plurality of participant devices. When a user wishes to postpone the session, the application receives a postponement signal from a participant device, determines a future restart time and future participant devices, terminates the current instant messaging dialogue session, and initiates a new instant messaging dialogue session at the restart time for the future participant devices.

A self-contained utility cart consisting of an upright casing that has forward and rearward areas and side areas. The casing has a multiple of compartments therein which can be accessible from the front or the rear of the cart. Some of the compartments are covered by hinged covers. The casing is supported by casters with some of them being stationary while others can swivel to enhance the maneuverability of the cart. The casters at the bottom of the rear area are so placed that their circumference extends beyond the rear area of the casing to aid in maneuvering raisers in stairways. On a rear area of the cart there is provided a trash bag holder that can be collapsed when not in use but can be stabilized in a horizontal position to receive a trash bag when in a deployed position.

A combination multi-media interactive game and video infomercial acts as an advertising business method wherein a seller of merchandise can combine both an advertising infomercial with a player and / or participant's playing an interactive game. Preferably, the game is a step-by-step strategic or random game, whereby a player and / or participant user starts at an opening “starting point” and proceeds from one interval location to another. At each interval location, the player and / or participant is interactively interfaced with one or more commercial infomercials so that the player-participant can interact with the infomercial by researching, observing and / or demonstrating the use of the products remotely, or, by shopping for the displayed products by Internet. At each infomercial the retail object for sale is related to the predetermined themes of each interval location.

Described is a provisioning system for receiving configuration changes to and queries of settings on a mobile device. One implementation includes a router component and a configuration manager component. The router component is responsible for receiving messages delivered to the mobile device and parsing the messages into requests for information. The messages may be delivered in document format, such as in the eXtensible Markup Language (XML) format. The requests may take the form of a request to respond with existing configuration settings, or to set certain configuration settings on the mobile device. The router component is also responsible for authenticating and decrypting the messages. Once properly authenticated and decrypted, the router component passes the message to the configuration manager component. The configuration manager component is responsible for determining what configuration settings are affected by the message and for processing the requests within the message. For example, the configuration manager component may process a request to query a configuration setting by retrieving the requested information from a hardware register or a software registry. The configuration manager component may implement one or more configuration service providers to perform the actual request processing. The configuration manager component may additionally compose a response document to return in the event that a response has been requested in the message. In one implementation, the response may be created by modifying the original message received and returning that message to the router component.

A constant-current battery charger includes a power supply for supplying a charge current to a secondary cell, and a current monitor for monitoring a charge current being supplied to the cell. A controller is included for varying the charge current in accordance with the monitored charge current. The controller calculates a current difference between a predetermined target current and the instant charge current, and generates a demand of varying the charge current at a first charge rate when the current difference is out of a predetermined range, and varying the charge current at a second charge rate when the current difference is within the predetermined range. The controller generates the demand repeatedly at regular or varying intervals for varying the charge current. The first charge rate is set to be higher than the second charge rate in order to make a rapid charging until it comes close to the target current. Since the current difference between the instant charge current and the target current is relied upon to switch the charge rate between the first and second charge rates, the switching can be made at an exact timing truly indicative of the condition of the battery, which enables a rapid charging, yet assuring to complete the charging successfully.

Described is a provisioning system for receiving configuration changes to and queries of settings on a mobile device. One implementation includes a router component and a configuration manager component. The router component is responsible for receiving messages delivered to the mobile device and parsing the messages into requests for information. The messages may be delivered in document format, such as in the eXtensible Markup Language (XML) format. The requests may take the form of a request to respond with existing configuration settings, or to set certain configuration settings on the mobile device. The router component is also responsible for authenticating and decrypting the messages. Once properly authenticated and decrypted, the router component passes the message to the configuration manager component. The configuration manager component is responsible for determining what configuration settings are affected by the message and for processing the requests within the message. For example, the configuration manager component may process a request to query a configuration setting by retrieving the requested information from a hardware register or a software registry. The configuration manager component may implement one or more configuration service providers to perform the actual request processing. The configuration manager component may additionally compose a response document to return in the event that a response has been requested in the message. In one implementation, the response may be created by modifying the original message received and returning that message to the router component.

During the startup of an operating system of a computing system, a monitoring process of the operating system is used to detect an entry point of a daemon manager process. In response to detecting the entry point, the startup process is paused, and an early attach process is launched so as to attach one or more encrypted data partitions to the operating system. As part of the early attach process, the network stack of the computing system may be initialized, which allows the early attach process to retrieve one or more decryption keys corresponding to the one or more encrypted data partitions from an external key management server. The one or more decryption keys may be transmitted to a disk filter driver of the operating system, which provides the operating system with access to the one or more encrypted data partitions. Upon the conclusion of the early attach process, the operating system startup process resumes with the one or more encrypted data partitions now accessible to the operating system.