Abstract: The present disclosure describes a distributed kitchen ventilation system comprising a master module and a plurality of assistant modules to be installed in respective openings in a wall, each module including a removable panel and a fan. Each of the removable panels are disposed within an inner perimeter of the respective openings such that at least one airflow gap is formed between an outer perimeter of the panel and the inner perimeter of the opening and the fan is in fluid communication with the opening in the wall. The removable panels comprise a planar expanse and a raised lip around the outer perimeter, such that each panel is configured to have one or more wall covering materials secured thereon. The master module may include a user interface for operating some or all of the modules.

Abstract: The present disclosure describes a kitchen ventilation system to be installed in an opening in a wall, including a removable panel and a fan. The removable panel is disposed within an inner perimeter of the opening such that at least one airflow gap is formed between an outer perimeter of the panel and the inner perimeter of the opening and the fan is in fluid communication with the opening in the wall. The removable panel comprises a planar expanse and a raised lip around the outer perimeter, such that the panel is configured to hold one or more wall covering materials secured thereon.

Abstract: A database load tool includes a user interface, a naming engine, a load engine, and an index engine. The user interface receives a path of a folder storing a plurality of files and an index. The naming engine renames each file of the plurality of files in response to the user interface receiving the path. The load engine loads the plurality of files to a database in response to the user interface receiving the path. The index engine generates a control file for each file of the plurality of files in response to the user interface receiving the path. Each control file includes a file type of the file for the control file and the index. The load engine further loads the control file to the database. Each file of the plurality of files is indexed according to its control file by the database.

Abstract: A database load tool includes a user interface, a naming engine, a load engine, and an index engine. The user interface receives a path of a folder storing a plurality of files and an index. The naming engine renames each file of the plurality of files in response to the user interface receiving the path. The load engine loads the plurality of files to a database in response to the user interface receiving the path. The index engine generates a control file for each file of the plurality of files in response to the user interface receiving the path. Each control file includes a file type of the file for the control file and the index. The load engine further loads the control file to the database. Each file of the plurality of files is indexed according to its control file by the database.