KR200251175Y1 - Glasses for the Wireless Communication - Google Patents

Abstract

The present invention relates to a pair of glasses that can communicate wirelessly by attaching a wireless transceiver to industrial glasses worn for the purpose of protecting eyesight from light or sports glasses worn during exercise exercises. 1) any one of the spectacle frame 2 connected to each other, a spectacle leg 4 supported by the spectacle frame and having spectacle feet 3, and a spectacle leg 4 including the spectacle frame and spectacles foot. In the glasses that communicate wirelessly connected to the main wireless transmitting and receiving module (5), the microphone (6), the battery (8), and the like, which are incorporated in the structural part by the connecting line 10, the spectacles foot (3) has a bone conduction vibrator (11) With a, it is possible to transmit and receive with the voice source connected to the base wireless transceiver 15.

Description

Glasses for wireless communication {Glasses for the Wireless Communication}

The present invention relates to glasses that can be wirelessly communicated by mounting a wireless transceiver to the industrial glasses worn for the purpose of protecting eyesight from light or sports glasses worn during exercise exercises.

Generally, when driving, making noise at industrial sites, places such as buses, sports activities, washing dishes, etc., it is not easy to receive external calls or mobile phones, or to make external calls. It's even more difficult while working.

In particular, the elderly who have a weak hearing nerve when receiving a phone call or a mobile phone can hardly hear the voice through their ears. Also, telephone operators and workers who work in the noise gradually weaken their hearing nerves. It is often difficult to hear. Also, the development of modern technology provides music from various devices such as mobile phones, PDAs, and computers, and it is possible to transmit and receive music and voice from such devices by various methods.

Therefore, there is a need for hands-free glasses that can operate a variety of devices by using voice commands with each other without using a hand, enable transmission and reception, and receive voice or music by a method other than the ear.

On the other hand, as a conventional glasses that implements the hands-free function in the foreign countries in the United States Patent No. 6,010,216 has been known hands-free glasses by wireless communication.

That is, a wireless electronic module having a voice transmitting function is provided on the right eyeglass foot, and a wireless electronic module having a voice receiving function is inside the left eyeglass foot, an antenna is provided inside the eyeglass frame, and each transmitting and receiving electronic device has a small battery. It is provided with, both ends of the pair of glasses is equipped with an earphone and a microphone, each device is connected to the wire through the inside of the frame.

According to the method of transmitting and receiving the wireless communication glasses, the signal transmitted from the outside is received by the antenna and transmitted to the receiver electronic device, and the voice signal converted by the electronic device is received through the earphone with the external noise blocking device. . Also, when transmitting, the sound is transmitted to the earphone inserted into the ear hole through the Eustachian Tube of the ear, and the sound is transmitted to the transmitter by the electric wire to wear the same type of glasses. Is sent to someone else. In addition, conversion of transmission and reception is performed by the voice operation switch chip.

However, the above-described conventional wireless glasses for communication can communicate only with the same glasses wearer and are configured for communication only, and cannot be used in connection with various devices such as a mobile phone, a PDA or a computer that provides music, and a voice signal by earphones. It is difficult to transmit the voice to the elderly with hearing impairment, and it is difficult to prevent the hearing loss of the telephone operator who sends and receives the voice signal at all times, and the earphones are outside the glasses, so the earphones must always be worn to transmit and receive. Discomfort and appearance are bad.

An object of the present invention is to provide a separate base unit for transmitting and receiving signals between the target device, enabling wireless transmission and reception with various types of sound sources, enabling communication or listening to music with various devices simply by wearing glasses. It is to provide a wireless communication glasses that can be.

Another object of the present invention is to provide a wireless communication glasses that can be worn in the ear, such as earphones to alleviate the discomfort to hear the received signal, and can give a more accurate listening function to people with poor hearing ability.

Another object of the present invention is to provide a wireless communication glasses that can ensure the safety of the use of a mobile phone while driving by enabling the actual dangerous dialing while driving.

Still another object of the present invention is to provide a glasses for wireless communication, which can reduce the weight by space-processing the entire interior of the glasses, and ensure stability from electromagnetic waves by shielding perfect electromagnetic waves.

Still another object of the present invention is to provide a pair of glasses for wireless communication to reduce the discomfort such as the glasses flowing down by moving the center of gravity of the glasses behind the ear.

1 is a perspective view showing the glasses according to the invention,

2 is an exemplary view showing a pair of glasses according to the present invention,

3 is an exemplary view showing the other glasses foot according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: connecting rod, 2: glasses frame,

3: glasses feet, 4: glasses legs,

5: wireless transmit / receive module, 6: microphone,

7: earplugs, 8: battery,

9: charging terminal, 10: connecting line,

11: bone oscillator, 12: switch,

13: lid, 14: cover,

15: base radio, A, B: voice source,

A: Cellphone B: CD Player

Hereinafter, the technical configuration of the present invention in detail.

Glasses for wireless communication of the present invention, as shown in FIG. (4) and a wireless transmission / reception module 5, a microphone 6, a battery 8, and the like, which are built into one of the structural parts of the spectacle frame 4 including the spectacle frame and the spectacle foot, are connected by a connecting line 10. In the glasses for wireless communication, the glasses foot 3 is provided with a bone conduction vibrator 11, characterized in that the transmission and reception with the voice source (A) (B) connected to the base radio transceiver 15 do.

Here, the wireless transmission / reception module 5 is embedded in one eyeglass foot 3, and the battery 8 and the battery charging terminal 9 are shown in the other eyeglass foot 3, and the wireless transmission / reception module ( 5) a voice recognition chip may be incorporated.

That is, one side of the pair of glasses 3 is a radio transmitting and receiving electronic device including an RF (Radio Frequecy) module, a CPU, an antenna, a voice recognition chip, and the bone conduction vibrator 11, and the other side is a lithium polymer battery ( 8), the bone conduction vibrator 11 and the battery charging terminal 9 are incorporated. However, this arrangement can vary in a way that ensures the best balance of left and right weight of the glasses.

The bone conduction vibrator 11 can be installed on one or both sides of the spectacles foot 3, and its installation position can be installed on the spectacles foot 4 on which the temple touches or on the spectacles foot 3 on the back of the ear.

On the other hand, the term `` goldo '' refers to air conduction, which is heard by a speaker as sound waves reach the inner ear through the ear canal, eardrum, and tympanic bone (골 小 骨). One's voice is a mixture of the sound propagating through the air into his ears and his voice coming into the inner ear by bone conduction caused by the oscillating skull. Therefore, the recorded one's voice sounds slightly different from the one he feels. Medically, the hearing loss when the hearing nerve or inner ear are broken, or when the middle ear groin is injured such as dysclerosis and otitis media is different from each other. It is important for diagnosis.

The base radio transceiver 15 includes a radio transceiver module 15a, a rechargeable battery 15b, a charge terminal 15c, an automatic switching unit 15d, and an earphone jack 15e. The earphone connection is connected to different devices such as earphone jack of mobile phone (A) and voice jack of CD player (B), which are voice sources (A) (B), and listens to music from CD player. By the switching unit 15d, the call is made to the mobile phone, and when the call ends, the user can listen to the music again.

Meanwhile, the wireless transmission / reception module 5 may use Bluetooth, which has recently been developed for short-range wireless communication. In this case, since the base transceiver apparatus 15 may directly transmit and receive radio with each device (voice generator), There is no need, and only the automatic switching unit 15d is installed in the glasses. When the automatic switching unit 15d is installed on the glasses, it can be installed on any one of the glasses feet 3, the glasses legs 4, or the connecting table 1, and connected with the connecting lines.

In FIG. 1, the on / off switch 12 is provided in the connecting table 1. It is usually desirable to turn it off to reduce battery consumption, and leave the switch on when you want to receive or make a call. However, when the voice recognition chip is mounted, the switch can be omitted since power can be converted by the voice recognition module.

The microphone (6) basically uses an omnidirectional microphone, and may use other types of microphones as needed, and may be built in the lower end of the frame (2), or both glasses if the frame is thin such as general myopia glasses. It can be built in the form of antenna on the top of legs or frames to be pulled out and used if necessary.

That is, in general, once the microphone is pulled forward or sideways, it is lowered by the folding device and placed closer to the mouth so that it can be easily used when there is a lot of noise or a secret call.

The frequency used for the wireless transmission and reception uses a common frequency such as 900MHZ, 2.4GHZ, and uses a weak radio wave to minimize electromagnetic waves, the wireless transmission and reception module (5), the battery (8), the charging terminal (9) and the connecting line ( 10), the electromagnetic shielding device, and the wall inside the spectacles is preferably coated with an electromagnetic shielding material for complete electromagnetic shielding.

As shown in Figs. 2 and 3, the spectacles foot 3 detachably attaches the lid 13 to house the wireless transmission / reception module 5, the battery 8 and the charging terminal 9, and The cover 14 is covered to cover the entire outer surface. In other words, the electronic parts built into both glasses feet (3) are equipped with a removable lid for repair or replacement, and prevents the lid from opening, prevents rain from seeping, and is thin to improve the fit and appearance. The cover 14 is made of soft and tough plastic or rubber.

In addition, the end of the plastic cover 14 is provided with an earplug 7 made of a material such as a sponge connected with a string. This ear plug 7 is to block the ear canal when communicating in a noisy place so that it can be heard well. The earplugs 7 are stored by the velcro 16 attached to the plastic cover 14 when not in use.

Meanwhile, the length of the spectacles leg 4 and the spectacles foot 3 may be elastically adjusted by screwing them together. By screwing the spectacles leg 4 and the spectacles foot 3 together, the length of the spectacles leg 4 can be easily adjusted according to the shape of the individual's head. It is only necessary to change the spectacles foot (3) containing only parts. The part where the screw part appears out by lengthening the length of the spectacles leg may be covered and covered with the spectacles foot cover 14.

As described above, the present invention uses glasses having various purposes as a portable device for wireless transmission and reception, and by separately having a base wireless transmission and reception device for transmitting and receiving signals between the glasses and the target device, to various types of sound source and wireless By allowing the transmission and reception, it is possible to simply communicate with various devices or listen to music by simply wearing glasses.

Furthermore, the present invention uses a bone conduction vibrator as a receiver for listening to voice or music instead of earphones, thereby giving more accurate listening functions to people with low hearing ability and using the ear all day as a telephone operator. It is effective in reducing the loss of hearing ability of people who give and receive or people who work in noise.It has been worn like an earphone at all times to eliminate the discomfort of hearing the incoming signal. It can be stored or used by Velcro attached to the foot of the glasses to protect the ear when working in noisy surroundings or during a call, enabling more accurate transmission and reception.

In addition, the present invention has a voice recognition chip embedded in the electronic device for wireless communication to make a phone call with a voice command, not only can easily make a phone call, but also has the effect of ensuring the safety of using a mobile phone while driving. .

In addition, the present invention space-processed the entire interior of the glasses to prevent the added weight by the various electronic devices, batteries, and connecting wires inserted into the glasses, the various electronic devices are electromagnetic shielding and electromagnetic shielding on the inner wall of the glasses By applying the material to ensure stability from electromagnetic waves, and by installing a device other than the microphone and the connection line on the foot of the glasses to move the center of gravity of the glasses behind the ear has the effect of reducing the discomfort that the glasses flow down or press the nose.

Claims (6)

The main wireless transmission / reception module 5, the microphone 6 to the spectacle frame 2 which supports the spectacle lens and is connected to each other by the connecting table 1, and the spectacle leg 4 which is supported on the spectacle frame and has the spectacles foot 3. ), A battery (8), and the like for wireless communication glasses that connect them with a connection line 10, the foot (3) has a bone conduction vibrator (11), connected to the base wireless transceiver 15 Glasses for wireless communication, characterized in that the transmission and reception with a voice source. The method of claim 1, The wireless transmission / reception module (5) is embedded in one eyeglasses foot (3), the battery for wireless communication, characterized in that the battery (8) and the battery charging terminal (9) is embedded in the other eyeglasses foot (3). The method according to claim 1 or 2, The glasses foot 3 is detachably fitted with a lid 13 to house the wireless transmission / reception module 5, the battery 8, and the charging terminal 9, and covers the entire outer surface thereof. Glasses for wireless communication, characterized in that the cover. The method of claim 3, Glasses for wireless communication, characterized in that it comprises an ear plug (7) connected to the end of the cover (14) by a string. The method according to claim 1 or 2, Glasses for wireless communication, characterized in that the eyeglass legs (4) and the eyeglass feet (3) are screwed together. The method of claim 1, The base wireless transceiver 15 is a wireless communication glasses characterized in that it has an automatic switching unit (15d) and earphone jack (15e).