FLEX LAB

Brand Owner (click to sort) Address Description
FLEXLAB PZFLEX 19200 Cupertino, Suite 100 Cupertino CA 95014 FLEX LAB;Providing temporary use of non-downloadable integrated software enabling the design, modification, execution, and post-processing of multiphysics models;
FLEXLAB THE REGENTS OF THE UNIVERSITY OF CALIFORNIA 1111 Franklin Street, 8th Floor Oakland CA 94607 FLEX LAB;CONSULTING SERVICES IN THE FIELDS OF ENERGY MEASUREMENT TO IMPROVE ENERGY EFFICIENCY; COMPILING DATA FOR SCIENTIFIC RESEARCH PURPOSES IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, BUILDING SYSTEM SIMULATION TECHNOLOGIES, TOOLS FOR EVALUATING THE ENERGY EFFICIENCY OF BUILDING SYSTEMS, ENERGY GRID INTEGRATION, ELECTRICITY DEMAND RESPONSE TECHNOLOGIES, ENERGY STORAGE TECHNOLOGIES, PHOTOVOLTAICS, AND RENEWABLE ENERGY GENERATION; CONSULTATION IN THE FIELD OF ENERGY EFFICIENCY; SCIENTIFIC RESEARCH CONSULTATION AND SCIENTIFIC RESEARCH IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, BUILDING SYSTEM SIMULATION TECHNOLOGIES, TOOLS FOR EVALUATING THE ENERGY EFFICIENCY OF BUILDING SYSTEMS, ENERGY GRID INTEGRATION, ELECTRICITY DEMAND RESPONSE TECHNOLOGIES, ENERGY STORAGE TECHNOLOGIES, PHOTOVOLTAICS, AND RENEWABLE ENERGY GENERATION; DESIGN, ENGINEERING, RESEARCH, DEVELOPMENT AND TESTING SERVICES IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, BUILDING SYSTEM SIMULATION TECHNOLOGIES, TOOLS FOR EVALUATING THE ENERGY EFFICIENCY OF BUILDING SYSTEMS, ENERGY GRID INTEGRATION, ELECTRICITY DEMAND RESPONSE TECHNOLOGIES, ENERGY STORAGE TECHNOLOGIES, PHOTOVOLTAICS, AND RENEWABLE ENERGY GENERATION; PRODUCT RESEARCH AND DEVELOPMENT SERVICES FOR OTHERS IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, SIMULATION AND TOOLS, GRID INTEGRATION, DEMAND RESPONSE, ENERGY STORAGE, PHOTOVOLTAICS AND RENEWABLE GENERATION; PROVIDING FACILITIES FOR SCIENTIFIC RESEARCH IN THE NATURE OF A TEST BED FOR THE EVALUATION OF ENERGY EFFICIENCY, THERMAL COMFORT, AND VISUAL COMFORT IN BUILDING SYSTEMS; RESEARCH AND DEVELOPMENT AND CONSULTATION RELATED THERETO IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, BUILDING SYSTEM SIMULATION TECHNOLOGIES, TOOLS FOR EVALUATING THE ENERGY EFFICIENCY OF BUILDING SYSTEMS, ENERGY GRID INTEGRATION, ELECTRICITY DEMAND RESPONSE TECHNOLOGIES, ENERGY STORAGE TECHNOLOGIES, PHOTOVOLTAICS, AND RENEWABLE ENERGY GENERATION; RESEARCH AND DEVELOPMENT OF TECHNOLOGY IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, TOOLS AND GRID INTEGRATION, DEMAND RESPONSE, ENERGY STORAGE, PHOTOVOLTAICS AND RENEWABLE GENERATION; RESEARCH AND DEVELOPMENT OF ENVIRONMENTALLY FRIENDLY FORMS OF ENERGY AND POWER; SCIENTIFIC AND TECHNOLOGICAL SERVICES, NAMELY, SCIENTIFIC RESEARCH, ANALYSIS, TESTING, DESIGNING, AND EXPERIMENTATION IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, SIMULATION AND TOOLS, GRID INTEGRATION, DEMAND RESPONSE, ENERGY STORAGE, PHOTOVOLTAICS AND RENEWABLE GENERATION; SCIENTIFIC RESEARCH IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, SIMULATION AND TOOLS, GRID INTEGRATION, DEMAND RESPONSE, ENERGY STORAGE, PHOTOVOLTAICS AND RENEWABLE GENERATION; TECHNICAL CONSULTATION IN THE FIELD OF ENVIRONMENTAL SCIENCE, ENGINEERING SERVICES, DESIGN FOR OTHERS IN THE FIELD OF ENERGY ENGINEERING, DESIGNING AND TESTING OF ENERGY PRODUCTS FOR OTHERS; TECHNOLOGICAL PLANNING AND CONSULTING SERVICES IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, SIMULATION AND TOOLS, GRID INTEGRATION, DEMAND RESPONSE, ENERGY STORAGE, PHOTOVOLTAICS AND RENEWABLE GENERATION; PROVIDING INFORMATION AND DATA IN THE FIELDS OF ENERGY EFFICIENCY; PROVIDING SCIENTIFIC INFORMATION AND SCIENTIFIC DATA IN THE FIELDS OF ENERGY EFFICIENCY, BUILDING TECHNOLOGIES, NAMELY, BUILDING SYSTEMS AND COMPONENT TECHNOLOGIES, BUILDING CONTROLS, ENERGY INFORMATION AND MANAGEMENT SYSTEMS, BUILDING SYSTEM SIMULATION TECHNOLOGIES, TOOLS FOR EVALUATING THE ENERGY EFFICIENCY OF BUILDING SYSTEMS, ENERGY GRID INTEGRATION, ELECTRICITY DEMAND RESPONSE TECHNOLOGIES, ENERGY STORAGE TECHNOLOGIES, PHOTOVOLTAICS, AND RENEWABLE ENERGY GENERATION; CONDUCTING OF FEASIBILITY STUDIES IN THE FIELD OF NEW TECHNOLOGIES; PROVIDING FACILITIES FOR RESEARCH AND DEVELOPMENT IN THE NATURE OF A TEST BED FOR THE COLLECTION, PROCESSING AND ANALYSIS OF DATA AND INFORMATION PERTAINING TO THE INTEROPERABILITY OF BUILDING TECHNOLOGIES AND BUILDING SYSTEMS;
 

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Technical Examples
  1. The invention relates to a conductor loop, embedded in a polymer, in particular an elastomeric material, in the form of a flex construction, comprising a single flex, or multiple flexes, whereby each flex, for its part, comprises at least two individual wires, in particular, as a component of a transport belt, with a support side, a running side and an embedded tensile support, whereby the transport belt is provided with at least one conductor loop. The conductor loop is characterized in being embodied as an open flex helix, whereby each individual wire is enclosed by polymeric material.