KR20220042606A - Neck-band-binding anti-sleeping sunglasses - Google Patents

Abstract

The present invention relates to neck band-combined anti-sleeping sunglasses. More specifically, coin-shaped vibration elements mounted on a pair of sunglass temples stimulate the periphery of the eyes and temples of a driver through the control of a control module storing operation modes by program, thereby giving periodic stimulations to the driver for a predetermined time to prevent the driver from drowsy driving, which can lead to the prevention of a car accident. Also, an on/off switch button of a battery mounted on one side of a neck band is used to supply or cut off power to the vibration elements, the control module, a sound source storage module and a speaker, thereby enabling the supply of the power only when the driver needs the same, which can lead to the minimization of power consumption. When the prevention of drowsiness is not easy only with the stimulations from the vibration elements, an on/off switch button and a choice button of the sound source storage module are used to choose a sound source to lead the driver to listen to the music, thereby preventing drowsiness as well as leading the driver to become emotionally comfortable while driving. Also, a USB port is mounted to the other side of the neck band to charge the battery or download the sound source, and the driver is allowed to wear the neck band combined with end parts of the pair of temples through an electric wire, which can lead to an effect of providing wearing convenience to the driver.

Description

Neckband binding type anti-drowsiness sunglasses {Neck-band-binding anti-sleeping sunglasses}

The present invention provides the driver (user) with a coin-type vibration element mounted on a pair of sunglasses legs by stimulating the driver's (user's) eyes and temples under the control of a control module that stores operation modes for each program. It is possible to prevent traffic accidents in advance by providing periodic stimulation for a predetermined time to prevent drowsiness, and the first off/on switch operation button of the battery mounted on one side of the neckband stores the vibration element, the control module, and the sound source By making it possible to supply or cut off power to the module and speaker, the driver can supply power only when necessary, thereby minimizing power consumption. By selecting the sound source by the second off/on switch operation button and the selection button of the sound source storage module that becomes By attaching a port, it can be used to charge the battery or download a sound source, and by having the driver wear a neckband connected with the end of a pair of sunglasses legs with an electric wire, it is too much to put this function in one pair of glasses. It is a technology related to a neckband-type anti-drowsiness sunglasses that can provide convenience to drivers because they are large and heavy.

In modern society, due to the increase in income and the pursuit of convenience by consumers, the number of vehicles is explosively increasing and the number of casualties due to various traffic accidents is increasing. A lot of effort is being put into developing vehicle).

The advanced safety car means a car that reduces the number of fatalities, reduces driver fatigue, and is convenient to drive when a traffic accident occurs, and has a basic concept to prevent accidents in advance to improve the stability of the car and protect pedestrians.

Automobile systems applied to this include a nighttime obstacle system, a vehicle danger notification system, and a drowsy driving prevention system.

However, in general, drowsiness is one of the phenomena that occurs when a person is tired, and it is common to workers during long hours of work, and it is easy to cause a danger due to drowsiness. In particular, the frequency of occurrence of drowsiness is very high when driving for a long time, especially driving alone at night, but there is no sharp method to sufficiently appease drowsiness other than a short rest or sleep.

However, many drivers do not get enough rest or sleep due to their time-pressed work, and drive while putting up with drowsiness, so the frequency of car accidents is not decreasing.

There are three types of drowsiness prevention devices introduced as products or industrial property rights so far: drowsiness prevention earrings, drowsiness prevention device using pupil observation camera, registered patent No. 10-0762733, and drowsiness prevention device for lane departure detection.

However, due to sensor arrangement, configuration, and characteristics, the alarm often sounds even when not sleeping. In particular, the latter two use cameras, so the configuration is very complicated and the price is high.

Earring-type devices that have already been commercialized produce an alarm or vibration when the driver bows their head, so the alarm sounds even if the driver does not sleep and bows his/her head. Alternatively, there is a disadvantage that the vibration does not sound.

The drowsiness prevention device using the pupil observation camera sounds an alarm when the camera installed in front of the driver's seat is observing the pupil and the lid is closed for a long time or the pupil disappears from the camera. Such devices may malfunction even if strong scattered light is incident on them or the driver bows or turns his/her head.

Above all, they are complicated in configuration, expensive to install, and useless if the driver wears sunglasses, especially when using a visible light camera.

The concept of a drowsiness prevention device for lane departure detection using a camera for lane detection is not drowsy while driving and an alarm sounds just by changing lanes. .

Therefore, the coin-type vibrating element mounted on the pair of sunglasses legs stimulates the driver's (user's) temple area under the control of the control module in which the operation modes for each program are stored, giving the driver (user) periodically for a predetermined time. It is possible to prevent traffic accidents in advance by giving stimulation to prevent drowsiness, and power is supplied to the vibration element, the control module, the sound source storage module, and the speaker by the first off/on switch operation button of the battery mounted on one side of the neckband. Power consumption can be minimized by supplying or blocking power so that the driver is supplied with power only when necessary. The development of neckband-coupled anti-drowsiness sunglasses that can be driven with emotional comfort as well as prevent drowsiness by selecting a sound source using the /on switch operation button and the selection button to listen to music through the speaker is urgently required.

KR 10-2007-0071999 (2007. 7. 4)

Therefore, the present invention was conceived to solve the above problems, and the coin-type vibrating element mounted on a pair of sunglasses legs is operated around the eyes of the driver (user) by the control of the control module in which the operation mode for each program is stored. An object of the present invention is to provide a neckband combination type anti-drowsiness sunglasses that can prevent a traffic accident in advance by stimulating the driver and the temple area to prevent drowsiness by periodically stimulating the driver for a predetermined period of time.

Another object of the present invention is to supply or cut off power to the vibration element, the control module, the sound source storage module, and the speaker by the first off/on switch operation button of the battery mounted on one side of the neckband, so that the driver (user) It is to provide a neckband combination type anti-drowsiness sunglasses that can minimize power consumption by allowing power to be supplied only when necessary.

Another object of the present invention is to select a sound source by the second off/on switch operation button and the selection button of the sound source storage module mounted on one side of the neckband when it is difficult to prevent drowsiness with only stimulation of the vibrating element to play music through the speaker It is to provide sunglasses for preventing drowsiness, combined with a neckband, that can be driven with emotional comfort as well as preventing drowsiness by making people listen.

Another object of the present invention is to provide a neckband-coupled anti-drowsiness sunglasses that can be used to charge a battery or download a sound source by attaching a USB port to the other side of the neckband.

Another object of the present invention is to provide a neckband-coupled sunglasses for preventing drowsiness that can provide convenience to the driver by allowing the driver to wear the neckband coupled to the end of the pair of sunglasses legs with an electric wire. .

In accordance with a preferred embodiment of the present invention for achieving the above object, the neckband coupling type anti-drowsiness sunglasses are mounted on both sides of the sunglasses frame, and include a pair of sunglasses legs for placing the sunglasses frames on the user's face; a vibrating element mounted on the pair of sunglasses legs to stimulate the user's eyes and temples; a control module connected to the vibrating element and controlling the vibrating element to periodically stimulate the user's eyes and temples for a predetermined period of time according to an operation mode for each program; a neckband coupled to the end of the pair of sunglasses legs by an electric wire, and worn by a user by walking behind the neck; a battery mounted on one side of the neckband for supplying power to a vibration element, a control module, a sound source storage module, and a speaker; a first off/on switch operated to supply or cut off power with an operation button to the vibration element, the control module, the sound source storage module, and the speaker by the battery; a sound source storage module mounted on one side of the neckband and including a memory chip in which sound sources are stored; a second off/on switch for selecting a sound source by means of an operation button and a selection button of the sound source storage module and listening to music through a speaker; a speaker for allowing music of a sound source determined by a selection button of the sound source storage module to flow to the outside; It is characterized in that it includes.

In the present invention, it is mounted on the other side of the neckband USB port used to charge the battery or download a sound source; It is characterized in that it further comprises.

In the present invention, the vibration element is characterized in that it includes a coin-shaped form.

In the present invention, the operation mode for each program built into the control module includes a first operation mode that vibrates periodically for 10 minutes at an interval of 10 seconds after the first vibration occurs, and an interval of 30 seconds after the first vibration occurs. It is characterized in that it includes a second operation mode that vibrates periodically for 15 minutes.

In the present invention, the battery is a rechargeable battery capable of charging and discharging, and it is characterized in that it includes a lithium-based battery or a nickel-hydrogen-based battery.

As described above, the present invention's neckband coupling type anti-drowsiness sunglasses have the following effects.

First, according to the present invention, a coin-type vibrating element mounted on a pair of sunglasses legs stimulates the driver's (user's) temple area under the control of a control module in which operation modes for each program are stored, thereby giving a predetermined value to the driver (user). It is possible to prevent a traffic accident in advance by giving stimulation periodically during the period of time to prevent drowsiness.

Second, the present invention enables the driver (user) to supply or cut off power to the vibration element, the sound source storage module, and the speaker by means of the first off/on switch operation button of the battery mounted on one side of the neckband, so that the driver (user) only needs to Power can be supplied to minimize power consumption.

Third, in the present invention, when it is difficult to prevent drowsiness with only stimulation of the vibration element, the second off/on switch operation button and the selection button of the sound source storage module mounted on one side of the neckband select the sound source and listen to the music through the speaker By doing so, you can drive with an emotionally comfortable mind as well as prevent drowsiness.

Fourth, the present invention can be used to charge a battery or download a sound source by attaching a USB port to the other side of the neckband.

Fifth, the present invention allows the driver to wear the neckband coupled to the end of the pair of sunglasses legs with an electric wire, thereby providing convenience to the driver.

1 is a view showing the shape of a neckband coupling type anti-drowsiness sunglasses according to an embodiment of the present invention.
Figure 2 is a block diagram showing the configuration of the neckband coupling type anti-drowsiness sunglasses according to an embodiment of the present invention.

Hereinafter, referring to preferred embodiments of the present invention in conjunction with the accompanying drawings, it is as follows. In describing the present invention, detailed descriptions of related known techniques or configurations may unnecessarily obscure the gist of the present invention. Description will be omitted, and the terms to be described later are terms defined in consideration of functions in the present invention, which may vary depending on the intention or custom of the user or operator, and the definition is the neckband combination type anti-drowsiness sunglasses of the present invention. It should be made based on the content throughout this specification.

Hereinafter, with reference to the accompanying drawings, a neckband combination type anti-drowsiness sunglasses according to a preferred embodiment of the present invention will be described in detail.

Figure 1 is a view showing the shape of the neckband coupling type anti-drowsiness sunglasses according to an embodiment of the present invention, Figure 2 is the configuration of the neckband coupling type anti-drowsiness sunglasses according to an embodiment of the present invention in the form of a block the drawing shown.

The present inventor's neckband combination type anti-drowsiness sunglasses are sunglasses legs (10), sunglasses frame (11), vibration element (20), control module (30), neckband (40), electric wire (41), battery (50) , first off/on switch (60), operation button (61), sound source storage module (70), operation button (71), selection button (72), memory chip (73), second off/on switch (80) ), a speaker (90), a USB port (100), and neckband-coupled anti-drowsiness sunglasses (200).

1 and 2, the present inventor's neckband combined type anti-drowsiness sunglasses 200 are mounted on both sides of the sunglasses frame 11, and a pair for placing the sunglasses frame 11 on the user's face of sunglasses legs (10) and; a vibrating element 20 mounted on the pair of sunglasses legs 10 to stimulate the user's temples; a control module 30 connected to the vibrating element 20 and controlling the vibrating element 20 to periodically stimulate the vicinity of the user's temple for a predetermined period of time according to an operation mode for each program; a neck band 40 coupled to the end of the pair of sunglasses legs 10 by an electric wire 41, and worn by the user behind the neck; a battery 50 mounted on one side of the neckband 40 and supplying power to the vibration element 20 , the control module 30 , the sound source storage module 70 , and the speaker 90 ; The first off/on operation to supply or cut power to the vibration element 20, the control module 30, the sound source storage module 70, and the speaker 90 with the operation button 61 by the battery 50 a switch 60; a sound source storage module 70 mounted on one side of the neckband 40 and including a memory chip 73 in which sound sources are stored; a second off/on switch 80 for selecting a sound source by the operation button 71 and the selection button 72 of the sound source storage module 70 and listening to music through the speaker 90; a speaker 90 for allowing music of a sound source determined by the selection button 72 of the sound source storage module 70 to flow to the outside; and a USB port 100 mounted on the other side of the neckband 40 to charge the battery 50 or download a sound source; provide more

Looking at the functions of the technical means constituting the neckband coupling type anti-drowsiness sunglasses are as follows.

The pair of sunglasses legs 10 is mounted on both sides of the sunglasses frame 11, to put the sunglasses frame 11 on the user's face.

The vibrating element 20 is mounted on the pair of sunglasses legs 10 to stimulate the user's temples.

Here, the vibration element 20 is most preferably in the form of a coin, but other forms having a rectangular shape are also possible.

The control module 30 is connected to the vibrating element 20, and controls the vibrating element 20 to periodically stimulate the vicinity of the user's temple for a predetermined time according to the operation mode for each program.

Here, the operation mode for each program built into the control module 30 is a first operation mode that vibrates periodically for 10 minutes at 10-second intervals after the first vibration occurs, and 15 at 30-second intervals after the first vibration occurs. It includes a second operation mode that periodically vibrates for a minute. In addition, the operation mode can be changed or added according to the needs of the user (driver).

The neck band 40 is coupled to the end of the pair of sunglasses legs 10 with an electric wire 41, and is worn by the user by walking behind the neck.

The battery 50 is mounted on one side of the neckband 40 , and supplies power to the vibration element 20 , the control module 30 , the sound source storage module 70 , and the speaker 90 .

Here, the battery 50 is a rechargeable battery capable of charging and discharging. The secondary battery refers to a battery capable of charging and discharging, unlike a primary battery that cannot be charged. It is widely used in the field of advanced electronic devices such as camcorders. In particular, the lithium secondary battery has an operating voltage of 3.6V, which is three times higher than nickel-cadmium batteries or nickel-hydrogen batteries, which are widely used as power sources for electronic equipment, and is rapidly expanding in terms of high energy density per unit weight.

These lithium secondary batteries mainly use a lithium-based oxide as a positive electrode active material and a carbon material as a negative electrode active material. In addition, lithium secondary batteries are manufactured in various shapes, and typical shapes include a cylindrical shape, a square shape, and a pouch shape.

The first off/on switch 60 supplies power to the vibration element 20, the control module 30, the sound source storage module 70, and the speaker 90 by the battery 50 with the operation button 61 Manipulating to supply or block.

The sound source storage module 70 is mounted on one side of the neckband 40 and includes a memory chip in which sound sources are stored.

The second off/on switch 80 selects a sound source by the operation button 71 and the selection button 72 of the sound source storage module 70 to listen to music through the speaker 90 .

The speaker 90 is to let the music of the sound source determined by the selection button 72 of the sound source storage module 70 flow to the outside.

The USB port 100 is mounted on the other side of the neckband 40 to charge the battery 50 or to download a sound source.

2 is a block diagram showing the configuration of the neckband coupling type anti-drowsiness sunglasses according to an embodiment of the present invention, and the driving process of the neckband coupling type anti-drowsiness sunglasses is as follows.

First, the power of the battery 50 is supplied to the vibration element 20 , the control module 30 , the sound source storage module 70 , and the speaker 90 with the operation button 61 of the first off/on switch 60 . will do

Thereafter, in the control module 30 , the first operation mode in which the vibration element 20 vibrates periodically for 10 minutes at intervals of 10 seconds after the first vibration, which is an operation mode for each program, occurs, and an interval of 30 seconds after the first vibration occurs By selecting the second operation mode that vibrates periodically for 15 minutes, the user's eyes and temples are controlled to be stimulated periodically for a predetermined time.

And, the drowsiness does not disappear even by the stimulation of the vibration element 20, or the second off/on switch 80 is turned on to exhaust the effect of preventing drowsiness, and then the operation button 71 of the sound source storage module 70 and The sound source is selected by the selection button 72 to listen to the music through the speaker 90 .

As described above, the present invention's neckband-coupled anti-drowsiness sunglasses can be applied to glasses or sunglasses, so the scope of application is wide.

As described above, a person of ordinary skill in the art to which the present invention pertains may make various substitutions, modifications, and changes within the scope of the present invention without departing from the technical spirit of the present invention, so it is limited to the above-described embodiments and the accompanying drawings it is not going to be

10: sunglasses leg 11: sunglasses frame
20: vibration element 30: control module
40: neckband 41: electric wire
50: battery 60: first off/on switch
61: operation button 70: sound source storage module
71: operation button 72: selection button
73: memory chip 80: second off/on switch
90: speaker 100: USB port
200: neck band combination type anti-drowsiness sunglasses

Claims (5)

In the neckband combined type anti-drowsiness sunglasses,
a pair of sunglasses legs mounted on both sides of the sunglasses frame to put the sunglasses frames on the user's face;
a vibrating element mounted on the pair of sunglasses legs to stimulate the user's eyes and temples;
a control module connected to the vibrating element and controlling the vibrating element to periodically stimulate the user's eye area and temple area for a predetermined time according to an operation mode for each program;
a neckband coupled to the end of the pair of sunglasses legs by an electric wire, and worn by a user by walking behind the neck;
a battery mounted on one side of the neckband for supplying power to a vibration element, a control module, a sound source storage module, and a speaker;
a first off/on switch operated to supply or cut off power with an operation button to the vibration element, the control module, the sound source storage module, and the speaker by the battery;
a sound source storage module mounted on one side of the neckband and including a memory chip in which sound sources are stored;
a second off/on switch for selecting a sound source by means of an operation button and a selection button of the sound source storage module and listening to music through a speaker;
a speaker for allowing music of a sound source determined by a selection button of the sound source storage module to flow to the outside; Neck band combination anti-drowsiness sunglasses comprising a. The method of claim 1,
a USB port mounted on the other side of the neckband to charge a battery or download a sound source; Neck band combination type anti-drowsiness sunglasses, characterized in that it further comprises. The method of claim 1,
The neckband coupling type sunglass for preventing drowsiness, characterized in that it comprises a coin-type form of the vibrating element. The method of claim 1,
The operation mode for each program built into the control module includes a first operation mode that vibrates periodically at 10 second intervals after the first vibration occurs, and a first operation mode that vibrates periodically at 30 second intervals after the first vibration occurs for 15 minutes. Neckband coupling type anti-drowsiness sunglasses, characterized in that it includes a second operation mode. The method of claim 1,
The battery is a rechargeable secondary battery, and neckband-coupled sunglasses for preventing drowsiness, characterized in that it comprises a lithium-based battery or a nickel-hydrogen-based battery.

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