JPH06254132A - Activating bathroom unit - Google Patents

Abstract

PURPOSE:To enable sure activation by detecting the activated state of a bathing person from the heat rate. CONSTITUTION:An activating bath room unit comprises a physiological condition detecting means for detecting the heart rate of a bathing person before bathing, a bathing method deciding means 2 for deciding a bathing method for activation from the state before bathing by a bathing person, and a bathing method feedback means 3 for confirming the activated state of a bathing person from the heart rate, and feedbacking to the bathing method deciding means 2 until he is activated if the bathing person does not reach the activated state, wherein the physiological condition detecting means 1 includes a heart rate detecting part 11 for detecting the heart rate of a bathing person before bathing. The bathing method deciding means 2 includes an activation condition setting part 21 for setting the conditions of heart rate for activation, a heart rate comparing part 22 for comparing the heart rate detected by the heart rate detecting part 11 with the activation conditions, a bathing method deciding part 23 for deciding a bathing method according to the comparison result of the heart rate comparing part 22, and a tub unit control part 24 for operating the decided bathing method.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION The present invention detects the activation state of a bather from the heart rate and feeds back the result so that the bather can smoothly transition to the activation state before activity or before going to work. The present invention relates to an activated bathroom device that can be surely activated by controlling a bathing method.

[0002]

2. Description of the Related Art Heretofore, it has been said that the effects of bathing include a blood circulation promoting effect by heat, a heat retaining effect, a muscle fatigue recovering effect, and a sedative / activating effect on the mind. Before going to work or going to work
Taking showers and baths before going to school has become widespread these days, but if you take a bath at a high temperature for a long time, you may get tired, or if you take a bath at a lukewarm temperature, the parasympathetic nerve becomes dominant.
You fall into a sedative state and fall into a state of drowsiness when you have to work. Further, it is known to use a fine bubble generator for generating fine bubbles in a bathtub, a carbon dioxide gas supply device for supplying carbon dioxide gas to the bathtub, or a jet jet generator for generating a jet jet in the bathroom device. However, these bathing devices, not only for those who are unfamiliar with it, but also for those who are familiar with it, may create a state where it cannot smoothly transition to the activated state depending on the usage method and adjustment of the hot water temperature. It was

[0003]

As described above, in the past, a person took a bath without taking into consideration the next activity of the bather. Therefore, when he / she wants to move to the next activity, he / she takes a subsympathy with a bath of lukewarm water. There was a problem that the nerves became dominant and fell into a sedative state, and that the bath was too stimulating to get tired.

The present invention has been made in view of the above points, and an object of the present invention is to allow a bather to smoothly transition to an active state before performing activities or going to work.
It is an object of the present invention to provide an activated bath device capable of surely activating by detecting the activation state of a bather from the heart rate and feeding back the result to control the bathing method.

[0005]

In order to solve the above-mentioned problems, in the activated bathroom apparatus of the present invention, as shown in FIG. 1, a physiological condition detecting means 1 for detecting the heart rate of a bather,
The bathing method determining means 2 for determining the bathing method for the bather to activate from the state before bathing, and the activation state of the bather are confirmed by the heart rate, and when the activation state is not reached, activation is performed. Until then, it has a bathing method feedback means 3 that feeds back to the bathing method determination means 2.

Here, the physiological condition detecting means 1 is provided with a heart rate detecting section 11 for detecting the heart rate of the bather before bathing, and the bathing method determining means 2 sets the condition of the heart rate for activation. A bathing method is determined on the basis of the comparison result of the activation condition setting unit 21, the heart rate comparison unit 22 that compares the heart rate detected by the heart rate detection unit 11 with the activation condition, and the heart rate comparison unit 22. The bathing method determining unit 23 and the bathtub device control unit 24 that operates the determined bathing method are provided, and the bathing method feedback unit 3 again detects the heart rate of the bather and the activation state. From the activation state confirmation unit 32 to be confirmed and the result, if not activated, the bathing method is determined so as to be surely activated,
And a bathing method feedback section 33 for giving feedback so as to operate the bathing method.

[0007]

[Operation] According to the above configuration, the activation state of the bather before bathing is detected from the heart rate, and the bathing method for the bather to activate from the state before bathing is performed, and the activation state is determined. It is confirmed by the number, and when it has not reached the activated state, it is fed back to the bathing method until it is activated, so the bather can surely activate and take a bath that can smoothly transition to activity. It

[0008]

FIG. 1 is a block diagram of an embodiment of the present invention.

In the figure, reference numeral 1 is a physiological condition detecting means, which is provided with a heart rate detecting section 11 for detecting a heart rate.

The heart rate detector 11 is equipped with an electrocardiograph capable of measuring the heart rate with fingers.

The bathing method determining means 2 compares the measured value of the heart rate with a preset heart rate condition for activation, and the bathing method is determined based on the comparison result.

The bathing method determining means 2 includes an activation condition setting section 21 for presetting activation conditions of the heart rate, and a heart rate comparing section for comparing the heart rate detected by the heart rate detecting section 11 with the activation conditions. 22, a bathing method determination unit 23 that determines a bathing method based on the comparison result of the heart rate comparison unit 22, and a bathtub device control unit 24 that activates the determined bathing method.

The bathing method feedback means 3 includes a heart rate detecting section 31 for detecting the heart rate of the bather again, an activation state confirming section 32 for confirming the activation state, and the result thereof.
When it is not activated, a bathing method feedback section 33 is provided to give feedback so as to operate the bathing method determination means 2 so as to be surely activated.

The activation conditions and bathing method will be described below. The bathing method determining means 2 is a condition for activation.
In the activation condition setting unit 21 in, the standard is the heart rate of 60 to 70 beats / minute in the resting state.

If the heart rate before bathing is very low, the heart rate is usually the heart rate at rest 60
The bathing method determining unit 23 determines to bathe in high-temperature hot water (41 to 42 ° C) for 3 to 5 minutes so as to increase to 70 times / minute or more, and this bathing The method is directly controlled by the bathtub equipment control section 24.

Next, in the activation state confirmation section 32, again,
It is based on whether or not the heart rate of the bather detected by using the heart rate detector 31 is increased by 1.2 times to less than 1.3 times from the heart rate before bathing.

Here, if the bath is sufficiently activated, the bathing is terminated, and if the bath is not sufficiently activated, hot water and cold water are jetted alternately for a short time in the jet jet and the irritation to the skin is strong. The bathing method feedback unit 33 controls so that the user can take a short shower.

In the above embodiment, the heart rate detectors 11 and 3 are provided.
Although it is provided in two places of 1, the number may be one.

Although the bathing method determining means 2 and the bathing method feedback means 3 determine and control the bathing method, instead of the method of directly controlling, the bathing method is displayed on the monitor and the bather directly bathes. It does not matter if the device is controlled.

[0020]

As described above, according to the activated bath apparatus of the present invention, the activated state of the bather before bathing is detected from the heart rate, and the bather activates the state before bathing. The bathing method was performed, the activation state was confirmed by the heart rate, and when the activation state was not reached, feedback was made to the bathing method determination means until activation, so the bather would
It has the effect of being able to take a bath so that it can be surely activated and that it can smoothly transition to the active state.

[Brief description of drawings]

FIG. 1 is a block diagram showing an embodiment of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Physiological condition detection means 2 Bathing method determination means 3 Bathing method feedback means 11 Heart rate detection part 21 Activation condition setting part 22 Heart rate comparison part 23 Bathing method determination part 24 Bath equipment control part 31 Heart rate detection part 32 Activation state Confirmation part 33 Bathing method feedback part

Claims (2)

[Claims] 1. A physiological state detecting means 1 for detecting a heart rate of a bather before bathing, a bathing method determining means 2 for determining a bathing method for the bather to activate from a state before bathing, and a bather. The activation state is confirmed by the heart rate, and when the activation state is not reached, it has a bathing method feedback means 3 for feeding back to the bathing method determination means 2 until activation. Bathroom equipment. 2. The physiological condition detecting means 1 includes a heart rate detecting section 11 for detecting a heart rate of a bather before bathing, and the bathing method determining means 2 sets a heart rate condition for activation. The activation condition setting unit 21 and the heart rate comparison unit 22 that compares the heart rate detected by the heart rate detection unit 11 with the activation condition
And a bathing method determining unit 23 that determines a bathing method based on the comparison result of the heart rate comparison unit 22, and a bathtub device control unit 24 that activates the determined bathing method. The activation state confirmation unit 32 that detects the heart rate of the person and confirms the activation state, and from the result, if it is not activated, determines the bathing method so as to be surely activated, and determines the bathing method. The bathtub method feedback 33 part which gives feedback so that it may operate, The activated bathroom apparatus of Claim 1 characterized by the above-mentioned.