ELECTRONIC LIQUID LEVEL GAS

Brand Owner Address Description
INTUITIVE AUTOMATION Lenze SE (Societas Europaea) Hans-Lenze-Straße 1 31855 Aerzen Germany electronic liquid level and gas pressure measuring, detecting and monitoring instruments, indicators and controllers; electronic controllers being induction voltage, illumination, and start-up electrical motor regulators; electronic controllers being regulators, namely, voltage regulators; electric control apparatus for gasoline engines for land vehicles; electronic control apparatus for controlling electronic servo motors; electronic control systems comprising electronic controls for gasoline engines for land vehicles; electronic control systems for controlling electronic systems consisting of electronic servo motors and frequency converters; digital electronic controllers for gasoline engines for land vehicles; digital electronic controllers for controlling electronic servo motors; recorded data files featuring information about motors and electronics; downloadable software for controlling motors and engines for machines; recorded data, namely, electronic files recorded on computer media featuring information about machine drives; downloadable software for monitoring, controlling and running physical world operations; downloadable industrial process control software; downloadable virtual assistant software; downloadable machine control software; downloadable mechanical engineering software; downloadable application software for controlling motors and engines for machines; downloadable development environment software; downloadable artificial intelligence and machine learning software; downloadable system and system support software, and firmware; downloadable software for remote diagnostics; downloadable virtual and augmented reality software; downloadable virtual reality software for simulation; downloadable web application and server software, namely, software for managing and operating machinery; downloadable computer application software for use in implementing the Internet of things [IoT]; downloadable application software for use I implementing the Internet of Things [IoT] for controlling machines in the field of industrial automation remotely; downloadable software for controlling machine drives; downloadable web application and server software for connecting to the Internet; Information technology and audio-visual, multimedia and photographic devices, namely, computers, smartphones, tablets and smartwatches; information technology and audio-visual, multimedia and photographic devices, namely, computers, cameras, and televisions; electrical and mechanical data processing equipment; electronic control systems for machines; electronic controls for motors; electronic servo motor controllers; structural parts and accessories for all the aforesaid goods;Engines and motors other than for land vehicles, and hydraulic and pneumatic drives and controls for the operation of machines and motors and engines other than for land vehicles; hydraulic and pneumatic transmission control mechanisms for machines; transmissions for machines; geared electric motors, other than for land vehicles; electric driving motors for machines; speed governors for machines, engines and motors; hydraulic and pneumatic control mechanisms for machines, engines or motors; electric motors, and their parts, not for land vehicles; drives for machines; electrical drives for machines; motors, electric, other than for land vehicles; variable speed drives for machines; regulators for engines being parts of machines; structural parts and accessories for all the aforesaid goods;AUTOMATION;Information technology [IT] consultancy; software development, programming and implementation; creation of control programs for electric operation control and drive modules; research relating to the computerised automation of industrial processes; advisory services relating to human-machine interfaces for computer software; scientific and technological services, namely, research and design in the field of machines and computer software; programming of electronic control systems; control technology consulting services; services for computerized monitoring industrial processes; engineering services; provision of information relating to industrial engineering; advisory services relating to industrial engineering; providing on-line information in the field of technological research from a computer database or via the Internet; computerized machine condition monitoring; testing, authentication and quality control of machinery; quality control testing services for industrial machinery; design and development of virtual reality software; rental and leasing of objects in connection with the providing of the aforesaid services, namely, computers and laboratory equipment; consultancy and information in relation to the aforesaid services; rental and leasing of objects in connection with providing of the aforesaid services, namely, software rental;
 

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

    
Technical Examples
  1. An integrated liquid cooling device for electronic components addresses the need for efficient cooling created by ever increasing power densities of electronic components. The integrated liquid cooling device has a housing enclosing the electronic component, cooling liquid contained in the housing, a motor immersed in the cooling liquid and mounted to the housing, an impeller driven by the motor, and cooling surfaces on the exterior of the housing. The motor driven impeller creates a turbulent flow in the cooling liquid and a high velocity liquid flow over the electronic component, which rapidly transfers heat from the electronic component and distributes it throughout the interior of the housing. The cooling surfaces on the exterior of the housing dissipate this heat, either by free or forced convection, into the surrounding environment. Alternately, the integrated liquid cooling device may distribute this heat energy over an equipment case by circulating cooling liquid through a baffled enclosure that provides high velocity cooling liquid flow near the heat generating electronic component. Additional cooling capacity can be gained with the described integrated liquid cooling device by selecting a cooling liquid whose boiling point is near the operating temperature of the electronic component.