Policy on Intellectual Property Right (IPR)
1 Introduction
2 Radio characteristics of beam WPT
3 Studies on the impact to the incumbent systems
3.1 Study A (915-921 MHz)
3.2 Study B (915-921 MHz)
3.3 Study C (917-920 MHz, 2 410-2 486 MHz, and 5 738-5 766 MHz)
3.3.1 Frequency bands and incumbent radiocommunication
systems and services considered in the study
3.3.2 Specifications and parameters used for the study
3.3.3 Building entry loss consideration
3.3.4 Use case scenarios and conditions for Impact
Studies on beam WPT
3.3.5 Study results
3.4 Study D (2 483.5-2 500 MHz)
3.4.1 General description
3.4.2 Parameters used in this study
3.4.3 Study results
3.5 Study E (915-921 MHz)
3.6 Study F (61-61.5 GHz)
3.6.1 Radio services considered in the study
3.6.2 Considerations for 61-61.5 GHz
3.6.3 Impact 61-61.5 GHz beam WPT
3.6.4 Human hazard issues for 61-61.5 GHz WPT
3.7 Study G (915-921 MHz, 2 410-2 486 MHz and 5 738-5 766 MHz)
3.7.1 Radio services and bands considered in the study
3.7.2 Details of the calculations
3.7.3 Results
3.7.4 Summary
4 Human hazard issues
5 Summary
Annex 1 RF exposure environmental control to comply with the Radio Radiation
Protection Guidelines, the case of Japan
A1.1 Beam WPT installation environments
A1.1.1 WPT controlled environment
A1.1.2 WPT general environment
A1.2 Compliance with the RRPG
A1.2.1 Separation distance
A1.2.2 Directions