COMPUTERS CONTROLLING OR REGULATING

Brand Owner Address Description
HELIX WILO SE Nortkirchenstraße 100 Dortmund 44263 Germany Computers for controlling and/or regulating individual and/or multiple centrifugal pumps for building installations, for water supply and disposal, for cleaning apparatus and installations [ as well as individual and/or multiple centrifugal pumps fitted to machine tools ], except pumps for medical purposes and air pumps, individual and/or multiple centrifugal pumps for heating installations, individual and/or multiple centrifugal pumps and centrifugal pump installations for drinking and industrial water, [ for waste water, ] for groundwater, [ for treatment of waste water ] and for drainage; software for controlling and/or regulating individual and/or multiple centrifugal pumps for building installations, for water supply and disposal, for cleaning apparatus and installations [ as well as individual and/or multiple centrifugal pumps fitted to machine tools ], except pumps for medical purposes and air pumps, individual and/or multiple centrifugal pumps for heating installations, individual and/or multiple centrifugal pumps and centrifugal pump installations for drinking and industrial water, [ for waste water, ] for groundwater, [ for treatment of waste water ] and for drainage; temperature regulating apparatus in the nature of temperature controllers for centrifugal pumps for building installations, for water supply and disposal, for cleaning apparatus and installations [ as well as individual and/or multiple centrifugal pumps fitted to machine tools ], except pumps for medical purposes and air pumps, individual and/or multiple centrifugal pumps for heating installations, individual and/or multiple centrifugal pumps and centrifugal pump installations for drinking and industrial water, [ for waste water, ] for groundwater, [ for treatment of waste water ] and for drainage; all aforementioned goods not for purposes of creating, monitoring, measuring and/or controlling vacuum environments, not for purposes of cryogenic engineering; * all aforementioned goods not for purposes of creating, monitoring, measuring and/or controlling vacuum environments, not for purposes of cryogenic engineering; excluding all goods designed or are intended to be used only in laboratories or designed or are intended to be used only for water purification only for laboratory use *;The following excluding all goods designed or are intended to be used only in laboratories or designed or are intended to be used only for water purification only for laboratory use is inserted at the end of class 7. All aforementioned goods not for purposes of creating, monitoring, measuring and/or controlling vacuum environments, not for purposes of cryogenic engineering; excluding all goods designed or are intended to be used only in laboratories or designed or are intended to be used only for water purification only for laboratory use is inserted at the end of class 9.;Centrifugal pumps being machines, in particular for building installations, for water supply and disposal, for cleaning apparatus and installations [ as well as centrifugal pumps fitted to machine tools ], except pumps for medical purposes and air pumps; centrifugal pumps for heating installations; centrifugal pumps and centrifugal pump installations for drinking water and service water, [ for waste water, ] for groundwater, [ for treatment of waste water] and for drainage; all aforementioned goods not for purposes of creating, monitoring, measuring and/or controlling vacuum environments, not for purposes of cryogenic engineering; * excluding all goods designed or are intended to be used only in laboratories or designed or are intended to be used only for water purification only for laboratory use *;
 

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

    
Technical Examples
  1. A system and method for handling a query seeking information about computers of a network, where the query can be optimized in a way which limits the set of computers examined to a set smaller than all known computers. The query is examined to determine a limited list of computers to be accessed that would yield the complete result. If the query can be satisfied using data from a number of computers which is less than all of the computers in the network, then the number of computers which is less than all of the computers in the network is accessed to satisfy the query. In this manner, the data collection process for satisfying the query is generally more efficient than accessing all of the computers in the network.