Abstract: The disclosed adjustable ladder support mechanism solves the problem of unstable extension ladders with a mobile base that can be moved by one man, the base then expanded in both length and width. With the stable base set up, the ladder can be extended, the angle adjusted, and the operator can safely climb the ladder. Worries of the ladder slipping sideways off the ledge against which it is leaned are eliminated. The adjustable ladder support mechanism has two main sections: the base, which provides stability, and the tower, which raises the ladder above the ground.

Abstract: Commands for device management to be executed within a terminal and threshold-based conditions for executing such commands included within a scheduling context are provided to the terminal ahead of time. Therefore, the terminal can perform the commands for device management, before errors occurs within the terminal since a value of a particular management object reaches the threshold.

Abstract: For achieving device management, the terminal may select certain command execution results and transmit such to the network instead of always sending all command execution results. Accordingly, resources of the terminal and radio communication resources can be more efficiently utilized when compared to previously used device management procedures. Furthermore, since a record that is relevant to operations performed within the terminal is saved, even if a certain result of executing a particular command is not successfully transmitted to the network due to an error, the network may still be able to verify the command execution result by accessing the record that was stored in the terminal.

Abstract: Commands for device management to be executed within a terminal and threshold-based conditions for executing such commands included within a scheduling context are provided to the terminal ahead of time. Therefore, the terminal can perform the commands for device management, before errors occurs within the terminal since a value of a particular management object reaches the threshold.

Abstract: Commands for device management to be executed within a terminal and threshold-based conditions for executing such commands included within a scheduling context are provided to the terminal ahead of time. Therefore, the terminal can perform the commands for device management, before errors occurs within the terminal since a value of a particular management object reaches the threshold.

Abstract: Device management commands to be executed within a terminal and conditions included within a scheduling context for executing such commands are provided to the terminal ahead of time. A server generates a scheduling context (or other type of scheduling information) that includes device management scheduled by the server to allow more effective scheduling to be performed by the terminal. A terminal receives the scheduling context from the server and performs the scheduled device management procedures accordingly.

Abstract: According an embodiment of the present invention, a method, in a client device, for performing a management command for managing the client device, includes receiving scheduling information from a server device, the scheduling information including the management command and a condition, wherein the condition corresponds to a specific time point for executing the management command, monitoring whether the condition is satisfied for performing the management command by determining whether the specific time point arrives or whether a power-on command is received after the specific time point, performing a user interaction by displaying a content related to the management command to be performed, if it is determined that the power-on command is received after the specific time point, and performing the management command according to the user interaction.

Abstract: A device management system and a device management command scheduling method in the system, wherein the device management system comprises a server for generating a device management scheduling context including a device management command and a condition to execute the device management command and then transmitting the generated device management scheduling context to a terminal, and the terminal provided with a first module for receiving the device management context from the server, a second module for scheduling a device management by setting the device management command and the condition to execute the device management command using the received device management scheduling context, a third module for monitoring whether the condition is satisfied together with an on/off state of power, and a fourth module for executing the scheduled device management command according to the result of the monitoring, whereby it is possible to prevent a failure of performing the device management due to power-off.

Abstract: A technique for remotely managing a message service of a terminal (device) is disclosed. Resources or parameters, especially for parameters related to a message service, of the terminal are provided in the form of a tree to a device management server, so that the device management server can remotely manage the message service of the terminal.

Abstract: A device management (DM) system and a method for managing a DM object are disclosed. The DM system includes a server for determining whether to copy a DM object within a terminal to an external storage device and transmitting a command for copying the DM object according to the determining result, and the terminal having a first module for receiving the DM object copying command from the server and a second module for copying the DM object to the external storage device within the terminal in response to the received command.

Abstract: A technique for remotely managing a message service of a terminal (device) is disclosed. Resources or parameters, especially for parameters related to a message service, of the terminal are provided in the form of a tree to a device management server, so that the device management server can remotely manage the message service of the terminal.

Abstract: A method and device for securely sending a bootstrap message from a server (i.e., a device management (DM )server) to a device in a device management system, the method comprising acquiring first information by the device, receiving, by the device, a bootstrap message from the server, acquiring, by the device, second information from the received bootstrap message, and verifying the bootstrap message by the device, whereby it is effective to securely send the bootstrap message from the server to the device by checking up whether the first information is identical to the second information.

Abstract: A device management (DM) system and a method for managing a DM object are disclosed. The DM system includes a server for determining whether to copy a DM object within a terminal to an external storage device and transmitting a command for copying the DM object according to the determining result, and the terminal having a first module for receiving the DM object copying command from the server and a second module for copying the DM object to the external storage device within the terminal in response to the received command.

Abstract: A device management system and a device management command scheduling method in the system, wherein the device management system comprises a server for generating a device management scheduling context including a device management command and a condition to execute the device management command and then transmitting the generated device management scheduling context to a terminal, and the terminal provided with a first module for receiving the device management context from the server, a second module for scheduling a device management by setting the device management command and the condition to execute the device management command using the received device management scheduling context, a third module for monitoring whether the condition is satisfied together with an on/off state of power, and a fourth module for executing the scheduled device management command according to the result of the monitoring, whereby it is possible to prevent a failure of performing the device management due to power-off.

Abstract: For achieving device management, the terminal may select certain command execution results and transmit such to the network instead of always sending all command execution results. Accordingly, resources of the terminal and radio communication resources can be more efficiently utilized when compared to previously used device management procedures. Furthermore, since a record that is relevant to operations performed within the terminal is saved, even if a certain result of executing a particular command is not successfully transmitted to the network due to an error, the network may still be able to verify the command execution result by accessing the record that was stored in the terminal.

Abstract: Commands for device management to be executed within a terminal and threshold-based conditions for executing such commands included within a scheduling context are provided to the terminal ahead of time. Therefore, the terminal can perform the commands for device management, before errors occurs within the terminal since a value of a particular management object reaches the threshold.

Abstract: Device management commands to be executed within a terminal and conditions included within a scheduling context for executing such commands are provided to the terminal ahead of time. A server generates a scheduling context (or other type of scheduling information) that includes device management scheduled by the server to allow more effective scheduling to be performed by the terminal. A terminal receives the scheduling context from the server and performs the scheduled device management procedures accordingly.

Abstract: Performing device management scheduling based upon a trap mechanism is provided. A scheduling context, upon receipt from a server, is installed. The scheduling context may have at least one of a first element specifying information including at least one command for device management and a second element specifying a trap-based condition to execute the command. The command in the message specified by the first element is executed, if an occurrence of a particular event specified by the second element is found.

Abstract: Cleaning and disinfectant compositions are provided particularly for use with hard surfaces. The compositions include hydrogen peroxide and an acid or salt thereof which is resistant to oxidation other than phosphorous based acids. Replacement of phosphorous based acids with acids of the invention results in improved hydrogen peroxide stability while maintaining or increasing the efficacy of cleaning and antimicrobial activity of the compositions. Typically, acids of the invention include substituted or unsubstituted carboxylic acids such as R4—C (R2) (R3) —R1—COOH. Inventive compositions may further include surfactants, a chelating agent or sequestrant, a water soluble or water dispersible solvent, corrosion inhibitors and other adjuvants well known to those skilled in the art. There are further provided methods of use and methods of preparing inventive compositions.

Abstract: An inductor module for disposition below a cooking area plate of an inductor cooking area is disclosed. The inductor module includes a plate-shaped substrate and at least two inductor coils including a first inductor coil and a second inductor coil formed as flat conductor tracks mounted on opposed sides of the plate-shaped substrate. The inductor coils are further disposed spaced apart from and one above the other.