JPS58113912A - Spectacles provided with additional function - Google Patents

Abstract

PURPOSE:To make spectacles have a multi-function effect, by providing a display for displaying a time, a date, a picture information, etc. on an optional part of the spectacles, and also providing a radio receiving circuit on an optional part of the frame. CONSTITUTION:To a temple 1, a display 3, a driving circuit 4, a radio receiving circuit 5 and an earphone 7 are fitted. For the display 3, there are used a liquid crystal, a light emitting diode, an electroluminescence element, a fluorescent discharge element, etc. As for the display contents, a time, a date, a temperature, the body heat, an animation, a game, a video information, etc. are available. A signal amplified by the radio receiving circuit 5 is transferred to the earphone 7 through a signal line 10, and by this earphone 7, a voice is confirmed. Into the temple 1, a battery 6 for an electric power supply is embedded so as to be attachable and detachable. In this way, it is possible to make spectacles have a multi-function effect.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention allows f! An object of the present invention is to provide a display device that displays the time, daily date, image information, etc. at any location on the glasses, and to display the radio. Particularly, the goal is to provide glasses with multifunctional sound effects and establish a new market as unique glasses with multiple information functions.

Conventionally, glasses have only had the functions of vision correction and eye protection, and the only improvements have been made to the design of the lenses or frame structure, or by adding Fi4 hearing devices. - In recent years, technological advances have been made in the areas of two-dimensional display devices such as liquid crystal display devices, their drive units, their manufacturing methods, and the integration and thinning of electronic circuits. The present invention uses these techniques and displays! Device,
It is attached to the drive unit and the radio glasses to give the glasses versatility and uniqueness.

Different embodiments of the present invention will be described below based on FIGS. 1 to 6BtJ. The example shown in the first factor is the temple IK display! I! [13. Drive circuit 4 radio injury
An al channel 5 and an earphone 7 are attached. display@
fitB uses liquid crystals, detection diodes, electroluminescent elements, fluorescent discharge elements, and the like. The displayed contents include time, date, temperature, body temperature, animation, game, movie information, etc.

The position of display 1aas is not limited to temple tK,
Display on the glasses frame 1' and lens 2 so that the display contents can be seen even when the glasses are on the frame@115
k may be distributed. Driving control of these display contents is performed by an electronic circuit, such as a CMOB, provided in the driving circuit 4. Connecting to drive circuit 4 @ Radio reception circuit @
54CFi station wave'#! An adjustment knob 9 is provided.

Alternatively, if the F#J wave of the affected station is preset in the memory in the radio receiving circuit 5,
? Something like a touch switch instead of the ri knob
It is also possible to use an auto-tuning method in which a channel can be selected simply by pressing a touch switch. Further, a radio wave correction circuit II is provided in the radio receiving circuit 5, and information is sent to the adjacent drive circuit 4. Based on this information, #t
y# correction may be made. Radio reception image%5
The signal increased by #10 is transmitted to the earphone 7 via signal #10.

Nine workers confirmed the sound through the earphones 7. earphones 7
is provided with a volume knob 11. Note that the sounding body for the received signal is not limited to the earphone, but may be embedded in the ear hook a end of the ultra-small speaker temple 1 using a piezoelectric system. The antenna for radio reception may be formed by embedding a metal wire in the entire frame, or the frame may be used as a contact portion where the frame contacts the human skin, instead of the human body antenna. Furthermore, there is F in the radio receiving circuit 5.
M stereo reception! If the circuit is equipped, a bare earphone 121 of the earphone 7 may be provided so that stereo broadcasting can be heard.

Inside the temple 1, a power supply 1164 for the drive circuit 4 and the radio reception circuit 5 is removably embedded. You can also use this battery such as a 6Fi solar cell or a thermal 1 power generation battery. Further, a switch 8 is provided for turning on/off the power and controlling display contents as necessary. Furthermore, a piezoelectric buzzer, a sounding body 12 such as a melody, and an earth leakage detection element 1 that measures body temperature and air mtt.
Three meetings may be held.

FIGS. 2(A) and 2(B) show a specific example in which a liquid crystal tube is used for display IIR 3. Figure 2 (
In the Al embodiment, the lens 2 or the frame is processed to form a concave portion, a counter transparent electrode IA+1'4 is placed therein, a liquid crystal 15 is placed inside the concave portion, and a seal 17 is applied. In the other embodiment shown in FIG. Nine things.

Next, an example of how the drive circuit 4 and the radio damage circuit 6 are assembled into the frame 1 will be described. w4s diagram η) ~ (B
) Fi, this is the #11 embodiment using the semiconductor integrated circuit 1B7. A semiconductor integrated circuit 20 incorporating a CMOF3 circuit 21 and individual electronic components 22 such as capacitors and transistors is incorporated into a recess 2s formed in the temple 1, and the power terminal 24 is connected to the battery 5. The output terminal group 25d is also built into the temple and connected to a zebra-shaped connector 26. A protection plate 27 is placed on the semiconductor integrated circuit 20 and is secured by a hook 28 on the semiconductor integrated circuit 20. A switch 29 is provided on the rice cake plate 27 as necessary.

Further, another embodiment incorporating the semiconductor integrated circuit 200 is shown in FIG. In this embodiment, a hollow part 30 divided in the longitudinal direction is provided in the frame 1-IL, in which the semiconductor integrated circuit 20 is embedded.
I battery 6 is built in tn, 7L/-AI-a and frame 1-
b is the staked part 5t#c! It has a fixed structure. A control switch 29-a and battery on/off switches 29-b and t are provided as necessary. Note that a waterproof ring 52 is provided between the frame 1-1 and the frame 1-b.

Furthermore, FIG. 95 shows an example of the wiring connection at the hinge part. That is, the connector 55 at the hinge part and the semiconductor integrated circuit 2D are connected by the zebra-shaped connector 34, and the connector 53 at the n1 numbered part has a plurality of pairs of lead wire electrodes 5.
5a*35b are formed in contact with each other.

Next, the driving circuit 4 and the radio receiving circuit 5 are integrated into a thin storage [! An embodiment formed by 21 channels is shown in FIG. In this example, the metal frame is used as the substrate 56,
On this substrate 36, an FBT 37, a capacitor 58, a resistor 39, etc. are formed by vacuum evaporation, vapor phase formation, ion implantation, etc., and a thin film integrated circuit 40 for driving n1 is constructed. If the thin film integrated circuit 40 tube is formed using the frame as the substrate 36, there will be no need to process the frame to incorporate electronic circuits. Furthermore, if thin film integrated circuits are further stacked on top of the radio receiving circuit, the radio receiving circuit will have more additional functions.

As mentioned above, the glasses with additional functions of the present invention have the display device 1 attached to any part of the glasses and the radio tube is installed, so they have unique multifunctionality not found in conventional glasses. It has the effect of being able to capture the market.

[Brief explanation of the drawing]

FIG. 1 shows an example of glasses with a display [17] according to the present invention. 2nd prisoner (A), (The toughness is a liquid crystal display! I yellow shows an example of actual power. Figure 4 shows the second embodiment 1 of a semiconductor integrated circuit for driving a display device.
I accept. FIG. 5 shows an embodiment of the structure of the hinge portion. Figure 11746 shows a practical example of a thin film integrated circuit for driving a display device. 1-Frame 2... Lens 3... Display @ Compensation 4.
...Drive circuit 5...Radio receiving circuit 6...M 7th 12...Earphone 21...Semiconductor integrated circuit 4
0...Thin film integrated circuit. (Sat. 1, Figure 30, Small) No. 6L-RI111- Procedural amendment (spontaneous) February 5, 1980 To the Commissioner of the Japan Patent Office 1, Indication of the case Patent Application No. 210826 of 1988 2, Eyeglasses with function to add name of invention 3, Person making the amendment Representative Director Tsuneya Nakamura 4, Agent Address: 2-6-8 Jingumae, Shibuya-ku, Tokyo 150 1 Amendment to the description procedure subject to amendment 1.5jiS line Correct the text "Process the frame" to "Process frame 1". 2.5, line 6, ``Correct the opposite transparent electrodes 14, 14J and net to ``opposed transparent W correction 14, 16''. The above agent is Toshiyuki.

Claims (1)

[Scope of Claims] (11 Glasses with additional functions in which the display @t@ is attached to any part of the glasses, and a radio reception circuit wf & t% to any part of the frame. (21 The radio reception Scope of patent claim N that states that a plurality of sounding bodies of one circuit are provided at the end of the ear hook part of the temple.
Glasses with additional functions listed in item g1. (3) Glasses with additional functions according to claim 1, in which a thin film integrated circuit consisting of a glasses frame ± a trap, a driver display driving circuit, and a radio receiving circuit are laminated to form a frame. .