MANAGEMENT OPERATION INDEPENDENT

Brand Owner (click to sort) Address Description
ASPENWOOD COMMUNITIES Bridgewood Houston Property Company LP 6363 Woodway Dr., Suite 870 Houston TX 77057 Management and operation of independent living and assisted living facilities and retirement communities;Providing independent and assisted residential living facilities and retirement communities;
ASPENWOOD PROPERTIES Bridgewood Houston Property Company LP 6363 Woodway Dr., Suite 870 Houston TX 77057 Management and operation of independent living and assisted living facilities and retirement communities;Providing independent and assisted residential living facilities and retirement communities;
THE ASPENWOOD COMPANY Bridgewood Houston Property Company LP 6363 Woodway Dr., Suite 870 Houston TX 77057 Management and operation of independent living and assisted living facilities and retirement communities;Providing independent and assisted residential living facilities and retirement communities;
THE LAKES AT BANNING Careage, Inc. 4411 Point Fosdick Drive #203 Gig Harbor WA 98355 Management and operation of independent living, assisted living and memory care facility;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. The present invention relates to a global management system for a multimodule, multiprocessor machine (PK). The system is characterized in that it comprises an independent module (SM) dedicated to the global management of a plurality of first modules (M1 through Mn), the independent module (SM) being connected to a management tool (BUMP) for each of the first modules (M1 through Mn) by a first specific link supporting a given communication protocol that makes it possible to manage each of the first modules at the startup of the machine, during the running of the machine, and after the machine stops running, the independent module (SM) being connected to each of the first modules via a second link, and the independent module also being globally connected to the multimodule machine (PK) via a physical link of a local area network (LAN) linked to at least two of the first modules (M2 and M3).