TWI627937B - Arrhythmia relief device for automatically detecting pulse rate and massaging arm - Google Patents

Abstract

The invention discloses a heart rate irregularity mitigator for automatically detecting pulse frequency and massage arm, comprising: a belt body, a detecting unit, a processing unit and a massage unit. The processing unit receives the detection signal of the detecting unit and determines whether the pulse frequency of the user within the preset time interval falls within a predetermined value range according to the detection signal, and if the user is within the preset time interval, the pulse frequency The processing unit sends a driving signal to the inflatable unit of the massage unit, so that the inflatable member repeatedly inflates and deflates the airbag through the passage, so that the massage unit changes the belt body in a preset massage mode. The value of the pressure.

Description

Automatic detection of pulse rate and massage arm's arrhythmia easing device

The invention relates to an arrhythmia easing device, in particular to a heart rate irregularizer for automatically detecting pulse frequency and massaging an arm.

The life of modern society, most of them are in an environment of busy work, emotional stress, stress and lack of exercise, resulting in more and more "civilized diseases", which are the most likely to cause sudden death and are dangerous. Sexual diseases are sudden cardiac arrest-related diseases caused by the heart. If CPR is not given in time, the patient will lose heart function and cause death, and the mortality rate is extremely high.

In view of the above-mentioned problems of the prior art, it is an object of the present invention to provide an arrhythmia damper for automatically detecting a pulse rate and massaging an arm, so as to solve the conventional technique and can only treat the cardiac arrest disease of the invention, and cannot prevent it in advance. The problem of a heart attack.

In order to achieve the foregoing objective, the present invention provides a heart rate irregularizer for automatically detecting a pulse frequency and a massage arm, comprising: a belt body having a relative inner side and an outer side, and the belt system is sleeved on The user's arm and the inner side of the body exert a pressure on the user's arm; a detecting unit for measuring the pulse frequency of the user in a predetermined time interval to obtain a detection signal a processing unit disposed inside one of the belt bodies; and a massage unit disposed inside the belt body, the massage unit includes an inflatable member, a passage and an air bag, the inflatable member is electrically connected to the processing unit and is connected by the passage The airbag is connected to change the volume and pressure of the belt by inflating or deflating the airbag. The processing unit receives the detection signal and determines whether the pulse frequency of the user within the preset time interval falls within a predetermined value range according to the detection signal, and if the user does not have the pulse frequency within the preset time interval When the falling within the predetermined value range, the processing unit sends a driving signal to the inflatable member of the massage unit, so that the inflatable member repeatedly inflates and deflates the airbag through the passage, so that the massage unit changes the value of the applied pressure in a preset massage mode.

Among them, the belt body is a devil felt body.

The detection unit is a patch type detector or a bracelet type detector.

The detecting unit transmits the detection signal to the processing unit by wire or wirelessly.

The automatic detection pulse frequency and the arrhythmia mitigation device of the massage arm further comprise a setting unit disposed on the outer side of the belt body and electrically connected to the detecting unit, so as to set the detecting unit to measure the user within the preset time interval. The frequency of the pulse frequency.

The automatic detection pulse frequency of the present invention and the arrhythmia mitigation device of the massage arm further comprise a timing unit electrical connection detecting unit for periodically measuring the pulse frequency of the user within a preset time interval.

The automatic detection pulse frequency and the arrhythmia dysfunction of the massage arm further comprise a setting unit disposed on the outer side of the belt body and electrically connected to the massage unit, thereby setting the inflation amount of the airbag in the massage unit and/or The amount of deflation.

The setting unit further sets a preset massage mode of the massage unit.

The automatic detection pulse frequency of the present invention and the arrhythmia mitigation device of the massage arm further comprise a timing unit electrically connected to the massage unit, so that the inflatable member periodically inflates or deflates the airbag.

The processing unit wirelessly transmits the detection signal to a rescue center if the pulse frequency of the user does not fall within the predetermined value range within the preset time interval.

According to the present invention, the arrhythmia damper for automatically detecting the pulse rate and the massage arm according to the present invention may have one or more of the following advantages:

(1) The automatic detection pulse rate of the present invention and the arrhythmia dysfunction of the massage arm, the detection unit is used to measure the pulse frequency of the user within a preset time interval, and the detection signal is obtained by processing The unit determines whether the user's pulse frequency falls within a predetermined value range according to the detection signal. If the user's pulse frequency within the preset time interval does not fall within a predetermined value range, the processing unit will A driving signal is sent to the inflatable component of the massage unit, so that the inflatable component repeatedly inflates and deflates the airbag through the passage, so that the massage unit can change the value of the pressing force in a preset massage mode. Therefore, when the pulse frequency of the user is abnormal or the heart beats abnormally, the massage unit of the present invention can automatically activate the preset massage mode to massage the arm to relieve the user's arm and promote blood circulation, thereby preventing the arrhythmia or preventing the heart rhythm in advance. Symptoms such as a beating heart stop.

(2) The automatic detection pulse frequency of the present invention and the arrhythmia dysfunction of the massage arm can be set by the setting unit to measure the frequency of the pulse frequency of the user in the preset time interval, in the massage unit. The amount of inflation and/or deflation of the airbag to the airbag or the preset massage mode of the massage unit is to meet actual needs.

(3) The automatic detection pulse frequency of the present invention and the arrhythmia easing mitigator of the massage arm, the timing unit is used to periodically measure the pulse frequency of the user within a preset time interval, or to inflate The device periodically inflates or deflates the airbag, and can periodically measure the user's pulse frequency or periodically activate the preset massage mode to massage the user's arm.

(4) In the automatic detection pulse frequency of the present invention and the arrhythmia dysfunction of the massage arm, the detection signal can be wirelessly transmitted to the rescue center, so that the medical staff of the rescue center can know the physical condition of the user in time. Speed up the follow-up first aid process.

10‧‧‧Band

12‧‧‧ inside

14‧‧‧ outside

20‧‧‧Detection unit

30‧‧‧Processing unit

40‧‧‧ massage unit

42‧‧‧Inflatable parts

44‧‧‧ channel

46‧‧‧Airbag

50‧‧‧Setting unit

60‧‧‧Time unit

A‧‧‧ Arm

FIG. 1 is a schematic exploded view of the automatic detection pulse rate and the arrhythmia easing device of the massage arm of the present invention.

2 is a schematic view of the first embodiment of the present invention for automatically detecting the pulse rate and the arrhythmia damper of the massage arm.

FIG. 3 is a schematic diagram of the second embodiment of the present invention for automatically detecting the pulse rate and the arrhythmia damper of the massage arm.

In order to understand the technical characteristics, content and advantages of this creation and the effects that can be achieved, the author will use the drawing in detail and explain the following in the form of the embodiment, and the schematic used in it is only The use of the instructions and the accompanying manuals is not necessarily the true proportion and precise configuration after the implementation of the creation. Therefore, the proportions and configuration relationships of the attached drawings should not be interpreted or limited in the actual implementation scope. In addition, in order to facilitate understanding, the same elements in the following embodiments are denoted by the same reference numerals.

Please refer to FIG. 1. FIG. 1 is a schematic diagram of the automatic detection of the pulse rate and the arrhythmia mitigator of the massage arm of the present invention. As shown in FIG. 1 , the auto-detecting pulse rate and the arrhythmia pacifier of the massage arm of the present invention comprises a belt body 10, a detecting unit 20, a processing unit 30 and a massage unit 40. The belt body 10 has an opposite inner side 12 and outer side 14. The belt body 10 can be sleeved on the arm A of the user. When the belt body 10 is sleeved on the arm A of the user, the inner side 12 of the belt body 10 exerts a pressure on the arm A of the user. The detecting unit 20 is configured to measure the pulse frequency of the user within a preset time interval to obtain a detection signal. Both the processing unit 30 and the massage unit 40 are disposed inside the belt body 10. The massage unit 40 can include, for example, an inflatable member 42, a passage 44, and an air bag 46. The inflatable member 42 is electrically connected to the processing unit 30 and communicates with the air bag 46 through the passage 44, thereby inflating or deflating the air bag 46 to change the volume of the belt 10. And the value of the applied pressure. The processing unit 30 receives the detection signal and determines whether the pulse frequency of the user within the preset time interval falls within a predetermined value range according to the detection signal, and if the user is within the preset time interval, the pulse frequency is The processing unit 30 sends a driving signal to the inflatable member 42 of the massage unit 40 to invert and deflate the airbag 46 via the passage 44, so that the massage unit 40 has a preset. The massage mode changes the value of the applied pressure.

In the present invention, the belt body 10 can be, for example, a devil felt belt body. Alternatively, the belt body 10 may also be a belt body having a fastening member, and the buckle body (for example, the male fastening component and the female fastening component) can be fastened together, so that the belt body 10 can be stably set. On the user's arm A. The belt body 10 is not limited to the above-mentioned devil felt belt body or the belt body with the fastening member, and any belt body which can be looped and firmly sleeved on the user's arm is the belt body claimed in the present invention.

The detecting unit 20 can be, for example, a patch type detector or a wristband type detector. The detecting unit 20 can be placed at the wrist or at the heart. The patch detector can be placed on the user's wrist or at the heart. The bracelet type detector allows the user to wear the sleeve on the wrist. The detecting unit 20 can be electrically connected to the processing unit 30 Connected to transmit the detection signal to the processing unit 30 in a wired or wireless manner. When the detecting unit 20 is electrically connected to the processing unit 30 by wires, the detecting signal can be wired and transmitted to the processing unit by wires (see FIGS. 2 and 3). Alternatively, the detection signal can also be wirelessly transmitted to the processing unit 30 by Bluetooth or radio frequency (RFID). The user can place the detecting unit 20 at the heart (Fig. 2, the heart is not shown) to measure the frequency of the heart beat, or place the detecting unit 20 on the wrist (Fig. 3, the wrist is not shown). To measure the wrist pulse.

As shown in FIG. 2 or FIG. 3 , the automatic detection pulse rate of the present invention and the arrhythmia damper of the massage arm further include a setting unit 50 disposed on the outer side 14 of the belt body 10 . The user can set or adjust the components of the auto-detecting pulse rate and the arrhythmia attenuator of the massage arm by directly pressing or touching the setting unit 50 located on the outer side 14 of the belt body 10. The setting unit 50 can be electrically connected to the detecting unit 20 (not shown in the figure), and the setting detecting unit 20 measures the frequency of the pulse frequency of the user in the preset time interval, for example, setting the detection. The measuring unit 20 measures the pulse frequency of the user at intervals. Alternatively, the setting unit 50 may be electrically connected to the massage unit 40 (not shown in the figure), thereby setting the amount of inflation and/or the amount of deflation of the airbag 46 by the inflatable member 42 in the massage unit 40, for example, setting The preset massage mode of the massage unit 40. By adjusting the amount of inflation and/or the amount of deflation of the airbag 46 by the inflatable member 42, the preset massage mode of the massage unit 40 can be set, and the user can set the preset massage mode of the massage unit 40 according to actual needs. In addition, when the user feels uncomfortable, the massage unit 40 can be immediately activated by pressing or touching the setting unit 50 to instantly relieve the discomfort.

In addition, the auto-detecting pulse rate of the present invention and the arrhythmia mitigator of the massage arm further include a timing unit 60. The timing unit 60 can be electrically connected to the detecting unit 20 (not shown in the figure) to periodically measure the pulse frequency of the user in the preset time interval. Alternatively, the timing unit 60 can also be electrically connected to the massage unit 40 (not shown in the figure), so that the inflatable member 42 can be periodically The air bag 46 is inflated or deflated. In addition, the preset massage mode of the massage unit 40 can be further set by the setting unit 50. Thereby, the massage unit 40 can be activated periodically (for example, the massage unit 40 is activated to inflate and deflate every 10 minutes) to provide a function of periodically massaging the user's arm A.

The processing unit 30 can wirelessly transmit the detection signal to a rescue center, so that the medical staff of the rescue center can know the physical condition of the user in time. As described above, the processing unit 30 receives the detection signal and determines whether the pulse frequency of the user within the preset time interval falls within a predetermined value range according to the detection signal, if the user is within the preset time interval. If the frequency does not fall within the predetermined range, the processing unit 30 wirelessly transmits the detection signal to the rescue center. Therefore, if the user's pulse frequency within the preset time interval does not fall within the predetermined value range, in addition to the massage unit 40 changing the pressure value of the user's arm by the body 10 in the preset massage mode. The medical staff of the rescue center can also know the physical condition of the user in time to speed up the follow-up first aid process.

In summary, the auto-detecting pulse rate and the arrhythmia dysfunction of the massage arm of the present invention detect the pulse frequency of the user in the preset time interval by the detecting unit, and then borrow the signal. The processing unit determines whether the pulse frequency of the user falls within a predetermined value range according to the detection signal, and if the pulse frequency of the user within the preset time interval does not fall within a predetermined value range, the processing is performed. The unit sends a driving signal to the inflatable unit of the massage unit, so that the inflatable member repeatedly inflates and deflates the airbag through the passage, so that the massage unit can change the value of the applied pressure in a preset massage mode. Therefore, when the pulse frequency of the user is abnormal or the heart beats abnormally, the massage unit of the present invention can automatically activate the preset massage mode to massage the arm to relieve the user's arm and promote blood circulation, thereby preventing the arrhythmia or preventing the heart rhythm in advance. Symptoms such as a beating heart stop. Moreover, in the present case, the setting unit can also be used to set the detecting unit to measure the frequency of the pulse frequency of the user in the preset time interval, the inflation amount of the airbag in the massage unit and/or the amount of deflation or massage. The preset massage mode of the unit, Should be actual needs. In addition, the timing unit can periodically measure the pulse frequency of the user in the preset time interval, or enable the inflatable member to inflate or deflate the airbag periodically, and can periodically measure the user's pulse frequency or timing. The preset massage mode is activated to massage the user's arm. The invention can wirelessly transmit the detection signal to the rescue center, so that the medical staff of the rescue center can know the physical condition of the user in time and accelerate the follow-up emergency procedure.

The above is intended to be illustrative only and not limiting. Any equivalent modifications or alterations to the spirit and scope of this creation shall be included in the scope of the appended patent application.

Claims (5)

An arrhythmia damper for automatically detecting a pulse rate and a massage arm, comprising: a belt body having a relative inner side and an outer side, the belt system being sleeved on the arm of the user, and the inner side of the belt body is paired Applying a pressure to the arm of the user; a detecting unit for measuring the pulse frequency of the user in a predetermined time interval to obtain a detecting signal; and a processing unit disposed inside one of the strips And a massage unit disposed inside the belt body, the massage unit includes an inflatable member, a passage and an air bag, the inflatable member is electrically connected to the processing unit and communicates with the air bag by the passage, thereby The airbag is inflated or deflated to change the volume of the belt body and the value of the applied pressure. The processing unit receives the detection signal and determines whether the pulse frequency of the user falls within the preset time interval according to the detection signal. The processing unit sends a driving signal to the charging unit if the pulse frequency of the user does not fall within the predetermined value range within a predetermined time range. And the air inflating and deflation of the airbag through the passage, so that the massage unit can automatically start to change the value of the pressing force in a preset massage mode; wherein if the user is within the preset time interval The processing unit wirelessly transmits the detection signal to a rescue center; a setting unit is disposed on the outer side of the strip and electrically connected to the detecting unit, thereby The detecting unit is configured to measure a frequency of a pulse frequency of the user in the preset time interval, wherein the timing unit periodically measures a pulse frequency of the user in the preset time interval; The timing unit is electrically connected to the massage unit, so that the inflatable member periodically inflates or deflates the airbag. The automatic detection pulse frequency and the arrhythmia tempering device of the massage arm according to the first aspect of the patent application, wherein the belt body is a devil felt body. For example, the automatic detection pulse frequency and the arrhythmia dysfunction of the massage arm described in claim 1 of the patent scope, wherein the detection unit is a patch type detector or a bracelet type detector. For example, the auto-detecting pulse rate and the arrhythmia mitigator of the massage arm described in claim 3, wherein the detecting unit transmits the detection signal to the processing unit by wire or wirelessly. The automatic detection pulse frequency and the arrhythmia dysfunction of the massage arm according to the first aspect of the patent application, further comprising a setting unit disposed on the outer side of the belt body and electrically connected to the massage unit, thereby setting the massage unit The amount of inflation and/or deflation of the airbag by the inflatable member.