JPH11151298A - Doze preventing auxiliary machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To prevent a failure by attaching a transmitting type sensor onto right and left sides of eyes inside of the frame of spectacles, etc., so as to know the opening and closing of eyelids and so as to finely adjusting the attached position and generating a buzzer or oscillation at the time of closing the eyelid longer than some period thereby shaking off sleepiness. SOLUTION: This light emitting side 1 and the light receiving side 2 of the transmitting type sensor is provided for a spectacle frame 15 and the extension lines of the sides 1 and 2 are connected to an electronic set box 26 and a power source 28. At the time of opening eyes, a light beam α from the side 1 passes just before an eyeball A to be received by the side B but at the time of closing an eyelid B, the light beam α is interrupted and generates buzzer or oscillation when an interrupted time continues longer than a prescribed period. Then, in order to cope with the difference between the positions of the eyeball A and the eyelid B, a receiving ball on a receiving side 4, receiving ball pressers 5, 6, an indirect fixing tool 7, an adjusting screw 9, a light emitting side fixing frame 10, frame flaw prevention 11, a frame fixing screw 12, a light emitting side fixing frame 13 and a frame pressing plate 14.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention provides a drowsiness, a buzzer or vibration when the eyelids are closed for a certain period of time unconsciously or unconsciously, and wakes up at that moment. This will help prevent failures before they occur and can be used in a wide range of fields.

[0002]

2. Description of the Related Art In the past, when a person became drowsy, he or she had to be aware of it and consciously cooperated with other actions. .

[0003]

[Problems to be solved by the invention] Drowsiness, unawareness,
When the eyelids are closed unconsciously for a certain period of time or more, a buzzer or vibration is generated, and at that moment it is awakened. This will help prevent failures before they happen. When you have drowsiness, you must be aware and act consciously with other actions.
They need time, and they realize that they need it, and then they suddenly come to sleep. In such a case, the present invention is sleepy and helps to prevent failure.

[0004] An example will be described. When you are listening to someone important or driving a car, especially when you are driving a car, sleepiness suddenly strikes you unconsciously or unconsciously.
Many people have experienced that the speed and direction are out of order, and it is difficult to notice obstacles a bit late. The present invention wakes up at the moment, and is an aid to prevent such things from happening.

[0005]

SUMMARY OF THE INVENTION Accordingly, the invention of claim 1 is directed to the inside of a frame of eyeglasses or an object similar thereto so that the eyelids can be opened and closed on the left and right of the eye and the mounting position is finely adjusted. A transmission type sensor is attached so as to be adjustable, and when the eyelid is closed for a certain period of time, a buzzer or vibration is generated by the reaction. And at that moment, it will make you drowsy, helping to prevent failure.

[0006] The invention according to claim 2 is to reflect light so as to reflect the eyeballs inside the frame of the eyeglasses or the equivalent thereof so that the opening and closing of the eyelids can be recognized and the mounting position can be finely adjusted. When a type sensor is attached and the eyelids are closed for a certain period of time, a buzzer or vibration is generated by the reaction.

[0007]

According to the first aspect of the present invention, a transmission type sensor is provided so that the opening and closing of the eyelids can be recognized on the left and right sides of the eye inside the frame of the glasses or the equivalent, and the mounting position can be finely adjusted. When the eyelid is closed for more than a certain time, a buzzer or vibration is generated by the reaction, and by using this, the drowsiness attacks unconsciously and unconsciously, and the eyelid for more than a certain time When you close the, it reacts at that moment and helps to prevent major failures.

[0008] The invention according to claim 2 is to reflect light so as to reflect the eyeballs inside the frame of the glasses or the equivalent thereof so that the opening and closing of the eyelids can be recognized and the mounting position can be finely adjusted. When a type sensor is attached and the eyelids are closed for a certain period of time, a buzzer or vibration is generated by the reaction, and by using this, the drowsiness attacks unconsciously and unconsciously for a certain period of time When the eyelid is closed as described above, it reacts at that moment and helps to prevent a major failure before it happens.

[0009]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 shows a first embodiment of the present invention, in which an eyeglass frame 15 is provided with a light emitting side 1 and a light receiving side 2 of a transmission type sensor. The extension of the light emitting side 1 and the extension of the light receiving side 2 are both connected to the electronic assembly box A26 and the power supply A28. When the eyes are open, the light ray α from the light emitting side 1
However, when the eyelids B are closed and the eyelids B are closed by passing on the light receiving side 2 just before the eyeball A, the light beam α is blocked. When the cutoff time exceeds a certain time, a buzzer or vibration is generated by the reaction. or,
It is also provided that the positions of the eyeballs A and eyelids B differ depending on the user. Light receiving side receiving ball 4, receiving ball holder a5, receiving ball holder b6, indirect fixture 7, adjustment screw 8, fixing screw 9, light emitting side mounting frame 10, frame damage prevention 11, frame fixing screw 12, light emitting side fixing screw 13 When the frame holding plate 14 is adjusted, the light ray α from the light emitting side 1 is received straight on the light receiving side 2, and when the eyelid B is closed,
The light α is cut off.

FIG. 2 shows a second embodiment of the present invention.
And a reflection type light receiving side 17. The extension line of the reflection type light emitting side 16 and the extension line of the reflection type light reception side 17 are both connected to the electronic assembly box B27 and the power source B29. When the eyes are open, the light ray α1 from the reflective light emitting side 16 is applied to the eyeball A, the reflected light is received by the reflective light receiving side 17, and when the eyelid B is closed, the light ray α1 is blocked. It is provided. When the cutoff time exceeds a certain time, a buzzer or vibration is generated by the reaction. Also, it is provided that the positions of the eyeballs A and eyelids B differ depending on the user. The reflection-type light-receiving side ball 18, the reflection-type light-receiving side ball 19, the ball holder a5, the ball holder b6, the indirect fixture 7, the adjusting screw 8, the fixing screw 9,
The light emitting side mounting frame 10, the frame damage prevention 11, the frame fixing screw 12, the light emitting side fixing screw 13, and the frame holding plate 14 are adjusted, and the light ray α1 from the reflective light emitting side 16 is applied to the eyeball A, and the reflected light is reflected. When the eyelid B is received on the mold light receiving side 17 and the eyelid B is closed, the light ray α1 is blocked.

FIG. 3 shows a third embodiment of the present invention, in which a light emitting side 1 and a light receiving side 2 of a transmission type sensor are provided on a base frame 20. The eyeglasses are sandwiched and installed between a base frame 20 and an arm 21 having a pressing force by an OSAE spring 22 and a portion provided with a protective rubber 23 for preventing damage. The extension of the light emitting side 1 and the extension of the light receiving side 2 are both connected to the electronic assembly box A26 and the power supply A28. When the eyes are open, the light emitting side 1
Is received by the light-receiving side 2 immediately before the eyeball A,
When the eyelid B is closed, the light beam α is blocked. When the cutoff time exceeds a certain time, a buzzer or vibration is generated by the reaction. Also, it is provided that the positions of the eyeballs A and eyelids B differ depending on the user. Light-emitting side ball 4,
Adjust the ball holder a5, the ball holder b6, the indirect fixture 7, the adjusting screw 8, the mounting screw 24, and the arm set screw 25,
The light ray α from the light emitting side 1 is received straight on the light receiving side 2, and the light ray α is cut off when the eyelid B is closed.

FIG. 4 shows a fourth embodiment of the present invention.
And a reflection type light receiving side 17. The base frame 20 and the arm 21 having a holding force by the OSAE spring 22 hold the spectacles between the parts with the protective rubber 23 to prevent damage. The extension line of the reflection type light emitting side 16 and the extension line of the reflection type light reception side 17 are both
It is connected to the electronic assembly box B27 and the power supply B29.
When the eyes are open, the light ray α1
Is applied to the eyeball A, the reflected light is received by the reflection-type light receiving side 17, and when the eyelid B is closed, the light ray α1 is blocked. When the cutoff time exceeds a certain time, a buzzer or vibration is generated by the reaction. Also, it is provided that the positions of the eyeballs A and eyelids B differ depending on the user. Reflective light-emitting side ball 18, reflective light-receiving side ball 19, ball holder a
5, the ball holder b6, the indirect fixture 7, the adjusting screw 8, the mounting screw 24, and the arm fixing screw 25 are adjusted, and the ray α1 from the reflective light emitting side 16 is applied to the eyeball A, and the reflected light is reflected and received. It is received on side 17 and blocks ray α1 when eyelid B is closed.

[0013]

According to the first aspect of the present invention, while making use of the advantages of the transmission type sensor, the patient is drowsy, unconscious,
When the eyelids are closed unconsciously for a certain period of time or more, a buzzer or vibration is generated, and at that moment it is awakened. This can be an aid to prevent failure before it happens.

According to the second aspect of the present invention, while taking advantage of the reflection-type sensor, a drowsiness is caused, and a buzzer or vibration is generated when the eyelid is closed for a certain period of time unconsciously or unconsciously, At that moment, it awakens.
This can be an aid to prevent failure before it happens.

[Brief description of the drawings]

FIG. 1 is a plan view and a side view of a snooze prevention assist device according to a first embodiment of the present invention.

FIG. 2 is a plan view and a side view of a snooze prevention auxiliary device according to a second embodiment of the present invention.

FIG. 3 is a schematic view of a dozing prevention auxiliary machine according to a third embodiment of the present invention.

FIG. 4 is a schematic view of a snooze prevention assist device according to a fourth embodiment of the present invention.

[Explanation of symbols]

 1, light-emitting side 2, light-receiving side 3, light-emitting side receiving ball 4, light-receiving side receiving ball 5, ball-receiving holder a 6, ball-receiving holder b 7, indirect fixture 8, adjusting screw 9, fixing screw 10, light-emitting side mounting Frame 11, frame damage prevention 12, frame fixing screw 13, light emitting side fixing screw 14, frame holding plate 15, eyeglass frame 16, reflection type light emitting side 17, reflection type light receiving side 18, reflection type light emitting side receiving ball 19, reflection type Receiving ball 20, base frame 21, arm 22, osae spring 23, protective rubber 24, mounting screw 25, arm fixing screw 26, electronic assembly box A 27, electronic assembly box B 28, power supply A 29, power supply B

Claims (2)

[Claims] 1. A transmissive sensor is attached to the inside of a frame of eyeglasses or an equivalent thereof so that the eyelids can be opened and closed on the right and left sides of the eye and the attachment position can be finely adjusted. A drowsiness prevention aid characterized by generating a buzzer or vibration by its reaction when closed. 2. A reflection-type sensor is attached to the inside of the frame of the glasses or the equivalent thereof so as to reflect the eyeball so that the opening and closing of the eyelids can be recognized and so that the attachment position can be finely adjusted. A drowsiness prevention assist device characterized in that a buzzer or vibration is generated by a reaction when the eyelid is closed.