The
f i r s t l a y e r o f d i e l e c t r i c m a t e r i a l m a y b e f o r m e d f r o mnon-metalized,woven or knit fabrics.
A patch
a n t e n n a ( 1 0 ) f o r m o b i l e t e l e c o m m u n i c a t i o n s u s e i s d e s i g n e d f o rincorporation into the garment of a wearer, e.g. in a shoulder pad (10)or lapel (30). The antenna comprises first and second (12,16) spacedlayers of electrically conducting fabric with a layer (14) of insulatingfabric between, and a connection between the conducting layers.
(10)
(10) (30)
(14)
(12,16)
For the insulating layers,
t ypi cal garm ent and/ or shoul der pad m ateri al s are s ui tabl e, such asacrylic, horse hair, cotton, polyester, wool and tailor's foam.
A patch
antenna (10) for mobile telecommunications use is designed for incorporationinto the garment of a wearer, e.g. in a shoulder pad (10) or lapel (30). Theantenna comprises first and second (12,16) spaced layers of electricallyconducting fabric with a layer (14) of insulating fabric between, and aconnection between the conducting layers. The conducting layers (12,16) maybe a single strip of shaped fabric (A,B,C) folded around the insulating layers.The conducting layers are shaped so that the layer adjacent the wearer is oflarger area and is connected as the ground plane of the antenna so as to shieldthe wearer from the strongest electrical fields(.) Also, the patch antenna isarranged so that its radiating regions(24,38) are remote from the user's head.(10)
(10) (30)
(14)
(12,16)
(12,16)
(24,38)
the upper patch 16 16
It will be understood that the
antenna 10 can be flexed in use to fit the shoulder of the wearer and thereforeto be comfortable in use, but the antenna will still remain fully operative.A patch antenna (10) for mobile telecommunications use is designed
for incorporation into the garment of a wearer, e.g. in a shoulder pad (10)or lapel (30). The antenna comprises first and second (12,16) spacedlayers of electrically conducting fabric with a layer (14) of insulatingfabric between, and a connection between the conducting layers.
(10)
(10) (30)
(14)
(12,16)
It will be understood that the antenna 10 can be flexed in use to fit theshoulder of the wearer and therefore to be comfortable in use, but theantenna will still remain fully operative.
For the insulating layers, typical garment and/or shoulder pad
materials are suitable, such as acrylic, horse hair, cotton, polyester, wooland tailor's foam.
A patch antenna (10) for mobile
telecommunications use is designed for incorporation into the garment of awearer, e.g. in a shoulder pad (10) or lapel (30). The antenna comprises firstand second (12,16) spaced layers of electrically conducting fabric with a layer
(14) of insulating fabric between, and a connection between the conductinglayers. The conducting layers (12,16) may be a single strip of shaped fabric(A,B,C) folded around the insulating layers. The conducting layers are shapedso that the layer adjacent the wearer is of larger area and is connected as theground plane of the antenna so as to shield the wearer from the strongestelectrical fields(.) Also, the patch antenna is arranged so that its radiatingregions(24,38) are remote from the user's head.
(10) (10)
(30)
(14)
(12,16) (12,16)
(24,38)
the upper patch 16 16
It will be understood that the
antenna 10 can be flexed in use to fit the shoulder of the wearer and thereforeto be comfortable in use, but the antenna will still remain fully operative.
出典：裁判所ウェブサイト「裁判例検索」（https://www.courts.go.jp/hanrei/34146/detail7/index.html）。本文は同サイト掲載の判決書PDFからTaiLexi AIがテキスト化・整形したもの（正確な文言は原本PDFを参照）。判示事項・裁判要旨・参照法条は裁判所の公表どおり。