Abstract: A dynamic mesh system may be provided for a mesh including a network brain, a base node and a set of basic nodes. The system may provide operations to compare an old code with a new code, send a command to a base node instructing a set of basic nodes to change from an application mode to a boot mode, send a message including the new code to the set of basic nodes, update the new code on the set of basic nodes, and change the mesh by instructing the set of basic nodes to change to the application mode. A method and computer-readable medium may also be provided.

Abstract: A system to repair a hose made from deformable material includes an elongated container for holding a liquid heated sufficiently for softening the hose. A heater can be positioned in the container. A plurality of restraining members can be positioned to retain the hose immersed in the liquid within the container. A gas supply is used to pressurize the hose prior to immersion, and a support is provided for holding the hose before and after immersion. A method includes filling an elongated container with a heated liquid and pressurizing the hose with a gas. The pressurized hose is immersed in the liquid and maintained immersed by retaining members to soften the hose. The hose is removed from the liquid, depressurized and allowed to cool.

Abstract: A dynamic lighting system may comprise a base node having a broadcast range, a plurality of lights being operatively associated with a set of basic nodes, and a network brain configured to communicate with the base node and store a node list with the unique identifiers for the set of basic nodes. The set of basic nodes may include local nodes in the broadcast range and remote nodes beyond the broadcast range. The network brain may be configured to send a broadcast message that is communicated to local nodes within the broadcast range and remote nodes beyond the broadcast range.

Abstract: A system to repair a hose made from deformable material includes an elongated container for holding a liquid heated sufficiently for softening the hose. A heater can be positioned in the container. A plurality of restraining members can be positioned to retain the hose immersed in the liquid within the container. A gas supply is used to pressurize the hose prior to immersion, and a support is provided for holding the hose before and after immersion. A method includes filling an elongated container with a heated liquid and pressurizing the hose with a gas. The pressurized hose is immersed in the liquid and maintained immersed by retaining members to soften the hose. The hose is removed from the liquid, depressurized and allowed to cool.

Abstract: A system to repair a hose made from deformable material includes an elongated container for holding a liquid heated sufficiently for softening the hose. A heater can be positioned in the container. A plurality of restraining members can be positioned to retain the hose immersed in the liquid within the container. A gas supply is used to pressurize the hose prior to immersion, and a support is provided for holding the hose before and after immersion. A method includes filling an elongated container with a heated liquid and pressurizing the hose with a gas. The pressurized hose is immersed in the liquid and maintained immersed by retaining members to soften the hose. The hose is removed from the liquid, depressurized and allowed to cool.

Abstract: A dynamic lighting system may comprise a base node having a broadcast range, a plurality of lights being operatively associated with a set of basic nodes, and a network brain configured to communicate with the base node and store a node list with the unique identifiers for the set of basic nodes. The set of basic nodes may include local nodes in the broadcast range and remote nodes beyond the broadcast range. The network brain may be configured to send a broadcast message that is communicated to local nodes within the broadcast range and remote nodes beyond the broadcast range.