3 results about "Configurable systems" patented technology

A module having an integrated thermal system includes a module package having a central portion configured to house an electronic component. The central portion is adaptable to support different variations of the electronic component. The module includes at least two channels extending through lateral portions of the module package in proximity to the central portion. The at least two channels further have a folded fin heatsink disposed within a length of the at least two channels. One or more heat pipes are at least partially embedded in the module package and configured to transfer heat from the electronic component in the central portion of the module package to the at least two channels extending through the lateral portions. The electronic component is in thermal communication with the at least two channels.

A module having an integrated thermal system includes a module package having a central portion configured to house an electronic component. The central portion is adaptable to support different variations of the electronic component. The module includes at least two channels extending through lateral portions of the module package in proximity to the central portion. The at least two channels further have a folded fin heatsink disposed within a length of the at least two channels. One or more heat pipes are at least partially embedded in the module package and configured to transfer heat from the electronic component in the central portion of the module package to the at least two channels extending through the lateral portions. The electronic component is in thermal communication with the at least two channels.

This invention belongs to the field of computer software technology. To address the technical problems of insufficient support for spatial data and map services in existing low-code platforms and their inability to effectively integrate with workflow engines, this invention proposes a configurable system generation method for combining geospatial data with workflow engines. The method configures system interface components, serializing the configuration information of each component into a structured JSON object in real time and saving it to a non-relational database. For spatial data that has been connected to a spatial data source, a spatial map service is published, binding the process to a specific spatial data source. This enables spatial data instances to undergo state transitions along predefined workflow nodes. The system and business data are stored using a non-relational database, and the workflow engine can be integrated.