JP3150068U - Wireless wake-up oscillator. - Google Patents

Abstract

[PROBLEMS] To stimulate the nerve cells of the brain through pillows, using the tactile sensation that is distributed throughout the body and has a special function among the five senses of the human, to wake up at the set time and when an emergency occurs Provided is a wireless wake-up oscillator with a wireless reception function that enables prompting. SOLUTION: A means for transmitting a transmission signal according to a situation, a signal receiving means with a built-in antenna, and a means for selecting a vibration pattern according to the received signal and operating a piezoelectric diaphragm oscillator 4 are provided. Features. [Selection] Figure 5

Description

  The present invention relates to a wireless wake-up oscillator that receives a transmission signal according to a situation and operates a piezoelectric diaphragm oscillator with a vibration pattern according to the signal.

Pillows are a bedding to put your head on when you go to bed, but the technological innovation of pillows has also progressed, supporting the neck and shoulders gently, and playing a role leading to a sense of a healthy sleep. However, sometimes a deep sleep sleeps and you don't wake up at the set time, sometimes a good sleep sleeps, you are unaware of fire, gas leaks, earthquakes, and other emergencies, leading to unexpected accidents, The news of dying is reported every day, not only the disappearance and destruction of the housing of the people concerned, but also the neighboring neighborhood, such as a traffic accident caused by falling asleep while driving a car, Therefore, it is necessary to minimize such accidents and take measures to ensure the safety and security of local communities.
Utility model registration No. 3050035 describes a technology that is installed inside the pillow and has a wake-up function by sound or vibration, but it is only a wake-up function. Has not yet been recognized.

Utility model registration No. 3050035

  The pillows you use every day play a wonderful role of inviting a gentle sleep, but sometimes you sleep well and get away in the event of an emergency such as a fire, gas leak, earthquake, or other accident. There is a risk of accidents being delayed. The present invention uses the tactile sensation that is distributed throughout the body and has a special function among the human senses to stimulate brain neurons through the pillow to wake up at the set time and when an emergency occurs. It is an object of the present invention to provide a wireless alarm oscillator having a wireless reception function that enables prompting.

  It is characterized by having means for transmitting a transmission signal according to the situation, signal receiving means with a built-in antenna, and means for selecting a vibration pattern according to the received signal and operating a piezoelectric diaphragm oscillator. A second feature is that the wireless wake-up oscillator is attached to the inside of the pillow or the headrest of the vehicle.

  The piezoelectric diaphragm oscillator with a built-in antenna attached to the sleeping pillow changes the vibration pattern due to fire, gas leakage, earthquake, other accidents, etc. according to the transmission signal according to the situation, and the piezoelectric inside the pillow By activating the diaphragm oscillator, it stimulates the nerve cells in the brain to give a wake-up effect, and by waking up instantly, it is possible to minimize the damage and move on to the next action. In addition, it is possible to know what kind of emergency has occurred by the vibration pattern.

  A piezoelectric diaphragm oscillator with a built-in antenna built in the headrest of a car activates the piezoelectric diaphragm oscillator according to the situation to prevent nerve traffic in the brain, in order to prevent traffic accidents caused by snoozing while driving. It is possible to wake up from sleep immediately by giving a stimulus.

Position of the parietal lobe as seen from the side of the cerebrum Principle of piezoelectric diaphragm Perspective view of an example of the main body Plan view of an example of the main body Cross section of an example of the main body Example of assembly of a piezoelectric diaphragm oscillator inside a sleeping pillow Example of mounting a piezoelectric diaphragm oscillator inside a car headrest

  Hereinafter, an embodiment of the present invention will be described with reference to FIGS.

  FIG. 1 shows the structure of the brain when the cerebrum is viewed from the side, and shows the state where the parietal lobe is in control of sensory information including spatial cognition and tactile sensation distributed throughout the body among the five senses. . In other words, it shows the importance of stimulating sensory perception that causes awakening behavior first in bed. In FIG. 2, the principle of a piezoelectric diaphragm used as an oscillator will be described.

  This is a piezoelectric diaphragm oscillator that receives a signal from a transmitter that transmits a transmission signal according to a situation by a built-in antenna and generates vibration with a vibration pattern according to the received signal. For example, a transmission signal is allocated due to a fire, a gas leak, an earthquake, an intruder, and other accidents, and a vibration pattern is selected according to the transmitted signal to generate vibration.

It is characterized by having means for transmitting a transmission signal according to the situation, signal receiving means with a built-in antenna, and means for selecting a vibration pattern according to the received signal and operating a piezoelectric diaphragm oscillator.
A power source 5, a built-in antenna 6 and a piezoelectric vibration oscillator 4 are joined to an exterior case 8 provided with a sound emission hole 7 by wiring and fixed inside the exterior case 8 to constitute a wireless wake-up oscillator. The working distance is assumed to have a range of about 30 m.

The wireless wake-up oscillator is attached to the inside of the pillow and sleeps with this pillow when sleeping. When an emergency such as a fire or an earthquake occurs, a transmission signal corresponding to the situation is transmitted and awakened by a piezoelectric diaphragm oscillator that vibrates with a vibration pattern corresponding to the transmission signal. In addition, it is possible to know what kind of emergency has occurred by the vibration pattern.
3, 4, and 5 are perspective views in which an oscillator incorporated in the pillow is composed of a small-diameter piezoelectric diaphragm, a main electrode, a ground electrode, a return electrode, a sound emitting hole, a power source, a built-in antenna, an exterior case, and the like. A plan view and a sectional view are shown. FIG. 6 shows the relative positions of the pillow interior, the oscillator, and the head at bedtime.

When the wireless wake-up oscillator is attached to a headrest of a vehicle or the like, and a drowsy driving or the like occurs, a transmission signal is transmitted by judging that the head is not normal due to the movement of the head and awakens by the vibrating piezoelectric diaphragm oscillator .
FIG. 7 shows the relative positions of the headrest, the oscillator and the head of the driving car.

1 Parietal lobe part of parietal association area in cerebrum 2 Pillow or headrest with oscillator 3 Oscillator with antenna with built-in reception signal 4 Piezoelectric diaphragm oscillator 5 Power supply 6 Built-in antenna 7 Sound emission hole 8 Exterior case

Claims (3)

  Wireless alarm system comprising means for transmitting a transmission signal according to a situation, signal receiving means with a built-in antenna, and means for selecting a vibration pattern according to the received signal and operating a piezoelectric diaphragm oscillator Oscillator.   A wireless alarm oscillator, wherein the wireless alarm oscillator is attached to the inside of a pillow.   A wireless wake-up oscillator comprising the wireless wake-up oscillator attached to a vehicle headrest.

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