Glasses-shaped electronic device
An FPC compartment in a left rim is slit-shaped. A left FPC positioning member supports a flexible printed circuit (FPC) in the FPC compartment such that a main surface of the FPC extends substantially horizontally. The FPC supported in the FPC compartment is twisted by substantially 90° at an entrance to a left hinge. The FPC extends around a hinge pin and is received in a left electronic-component compartment. The FPC is held in the left electronic-component compartment such that the main surface of the FPC extends substantially vertically. A left end piece located adjacent to the left hinge has a left cavity accommodating a left deformable bend of the FPC.
1. A glasses-shaped electronic device comprising:
an eyeglass frame having a bridge, a pair of rims, a pair of hinges, and a pair of temples; and
a flexible printed circuit having a pair of sagged bends,
wherein the eyeglass frame includes:
a compartment that accommodates the flexible printed circuit therein, the compartment extending on both sides from the bridge through the rims and the hinges to the temples; and
a pair of cavities that receive the pair of sagged bends from the compartment, the cavities being provided adjacent to the hinges,
wherein the flexible printed circuit includes a substrate having a main surface, the main surface extending substantially horizontally in the compartment in the rims, and extending substantially vertically in the compartment in the bridge and the temples,
wherein respective portions of the flexible printed circuit extending from the sagged bends to the hinges are twisted by substantially 90° in the compartment adjacent to the hinges such that the main surface becomes substantially vertical at the hinges,
and wherein respective portions of the flexible printed circuit adjacent to the bridge are twisted by substantially 90° in the compartment in the rims such that the main surface becomes substantially horizontal at the rims.
2. The electronic device according to claim 1 , wherein each of the bridge, the rims, the hinges, and the temples is divided in half, the compartment being defined between respective two halves of the bridge, the rims, the hinges, and the temples.
3. The electronic device according to claim 1 , further comprising:
positioning members disposed in the compartment in the rims adjacent to the respective hinges, the positioning members supporting the flexible printed circuit such that the main surface extends substantially horizontally.
4. The electronic device according to claim 3 , wherein each of the positioning members includes a marker exposed at a front surface of the corresponding rims.
5. A glasses-shaped electronic device comprising:
an eyeglass frame having a bridge, a pair of rims, a pair of hinges, and a pair of temples; and
a flexible printed circuit having a pair of sagged bends,
wherein the eyeglass frame includes:
a compartment that accommodates the flexible printed circuit therein, the compartment extending on both sides from the bridge through the rims and the hinges to the temples;
a pair of cavities that receive the pair of sagged bends from the compartment, the cavities being provided adjacent to the hinges; and
first and second temple tips,
wherein the electronic device further comprises:
a human characteristic detecting unit disposed in the bridge and electrically connected to the flexible printed circuit in the bridge, the human characteristic detecting unit detecting an eye potential while being in contact with a human nose;
a battery disposed in the first temple tip and electrically connected to a first end of the flexible printed circuit by a first connector; and
electric circuitry disposed in the second temple tip and electrically connected to a second end of the flexible printed circuit by a second connector,
and wherein the flexible printed circuit extends from the bridge to the first and second temple tips such that the bridge of the eyeglass frame corresponds to a middle part of the flexible printed circuit and the first and second temple tips correspond to the first and second ends of the flexible printed circuit, respectively,
positioning retainers arranged in the compartment,
wherein the first and second ends of the flexible printed circuit in the compartment in the temples are attached to the first and second connectors, respectively, by the positioning retainers.