TWI584219B - human body frequency diagnostic analysis apparatus and improvement method OF health assessmenT - Google Patents
human body frequency diagnostic analysis apparatus and improvement method OF health assessmenT Download PDFInfo
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本發明係關於一種人體頻率診斷分析設備及健康評估改善方法，尤指一種能診斷及分析人體頻率，以進一步檢視健康情況的人體頻率診斷分析設備及健康評估改善方法。The invention relates to a human body frequency diagnostic analysis device and a health assessment improvement method, in particular to a human body frequency diagnosis and analysis device and a health assessment improvement method capable of diagnosing and analyzing human body frequency to further examine health conditions.
按，中醫認為人體有一個微妙的分佈系統，負責傳送「 氣」「 血」等精微物質。這個輸佈網絡稱為人體經絡系統，用於聯絡臟腑與肢體，運行氣血的通路，較大者為經脈，而經脈的分支則為絡脈。另，中醫認為人體各器官具有一頻率，若該頻率失衡則表示該器官出現問題。西醫亦提倡預防勝於治療，因此建議民眾定期健康健查，健康檢查在於瞭解個人健康狀況，以發現早期症狀或危險因子，並及早接受治療；惟，一般健康檢查只能用於檢查器官是否己發生變化，而無法在器官產生變化之前加以預防，因此常常在疾病發生後才尋找醫師的協助與治療，但往往無法恢復原本的健康狀態，甚至留下後遺症，造成生活的失能；因此，預防醫學已漸漸受民眾重視，預防醫學著重在保持、促進與維護普羅大眾、特定群體或一般個人的健康，預防醫學主要包括健康的促進及疾病的預防，其中，健康的促進主要有生活形態、生活環境及醫療體系；疾病的預防則是在人體產生疾病之前，即針對健康危險因子進行評估及改善，進一步限制疾病的發展，本發明人有鑑於此，遂深入進行研究，於是有本發明產生。 According to Chinese medicine, Chinese medicine believes that the human body has a delicate distribution system that is responsible for the transmission of subtle substances such as " qi " and " blood ". This transmission network is called the human body meridian system, which is used to connect the organs and limbs, and to run the blood and blood passages. The larger one is the meridians, and the branches of the meridians are the collaterals. In addition, Chinese medicine believes that each organ of the human body has a frequency, and if the frequency is unbalanced, it indicates that the organ has a problem. Western medicine also advocates that prevention is better than cure. Therefore, it is recommended that people conduct regular health checkups. Health checkups are about understanding the health of individuals to detect early symptoms or risk factors and to receive early treatment. However, general health checks can only be used to check whether organs are already Changes occur, and can not be prevented before the organ changes, so often seek the assistance and treatment of the doctor after the disease occurs, but often can not restore the original state of health, and even leave sequelae, resulting in life disability; therefore, prevention Medicine has gradually gained the attention of the public. Preventive medicine focuses on maintaining, promoting and maintaining the health of the general public, specific groups or individuals. Preventive medicine mainly includes health promotion and disease prevention. Among them, health promotion mainly includes life forms and life. Environment and medical system; prevention of diseases is to evaluate and improve health risk factors before the human body produces diseases, and further restrict the development of the disease. The present inventors have intensively conducted research in view of this, and thus the present invention has been produced.
爰是，本發明之主要目的係在提供一種能診斷及分析人體頻率，以進一步檢視健康情況的人體頻率診斷分析設備及健康評估改善方法。Therefore, the main object of the present invention is to provide a human body frequency diagnostic analysis device and a health assessment improvement method capable of diagnosing and analyzing human body frequencies for further examination of health conditions.
為達成上述目的，本發明之人體頻率診斷分析設備係包含一發射／接收器、一檢測單元及一控制單元，其中，該發射／接收器一端與人體的頭部連接並能被驅動發射一發射頻率，進一步令人體的頭部經由該發射／接收器回授一反饋頻率；該檢測單元與該發射／接收器連接，用於驅動前述發射／接收器，令該發射／接收器發射前述發射頻率，並接收該反饋頻率；該控制單元與該檢測單元連接，用於控制該檢測單元；該控制單元包含一運算單元、一資料庫及一螢幕，其中，該運算單元用於運算及比對該發射頻率與反饋頻率並產生一雙線頻譜圖，以檢視該雙線頻譜圖的頻率區段的最大落差值，該最大落差值即為人體頻率失調處；該資料庫用於比對該雙線頻譜圖，並產生一檢測資訊；該螢幕用於顯示該雙線頻譜圖及該檢測資訊。To achieve the above object, the human body frequency diagnostic analysis device of the present invention comprises a transmitter/receiver, a detecting unit and a control unit, wherein the transmitter/receiver end is connected to the head of the human body and can be driven to emit a launch. a frequency, the further human head is fed back a feedback frequency via the transmitter/receiver; the detecting unit is coupled to the transmitter/receiver for driving the aforementioned transmitter/receiver, and causing the transmitter/receiver to transmit the aforementioned transmitting frequency Receiving the feedback frequency; the control unit is connected to the detecting unit for controlling the detecting unit; the control unit comprises an operation unit, a database and a screen, wherein the operation unit is used for computing and comparing Transmitting the frequency and the feedback frequency and generating a two-line spectrogram to view the maximum drop value of the frequency segment of the two-line spectrogram, the maximum drop difference being the human body frequency offset; the database is used to compare the double line a spectrogram and generating a detection information; the screen is used to display the two-line spectrogram and the detection information.
上述之人體頻率診斷分析設備，其中，該人體頻率診斷分析設備更包含一心跳感測器，用於連接人體的脈搏(或心臟部位)以獲得一心跳次數數值，該控制單元具有一輸入單元，用於輸入該心跳次數數值，藉該運算單元運算所輸入的該心跳次數數值後產生複數個推測頻率數值，並進一步比對該推測頻率數值與該雙線頻譜圖的頻率區段的最大落差值，該最大落差值即為人體經絡頻率失調處。The human body frequency diagnostic analysis device further includes a heartbeat sensor for connecting a pulse (or a heart part) of the human body to obtain a heartbeat number value, the control unit having an input unit, And inputting the value of the heartbeat number, and calculating, by the operation unit, the value of the heartbeat number input, generating a plurality of estimated frequency values, and further comparing the maximum difference value between the estimated frequency value and the frequency segment of the two-line spectrogram The maximum drop value is the imbalance of the human body's meridian frequency.
上述之人體頻率診斷分析設備，其中，該人體頻率診斷分析設備所能檢測到的頻率區段為1.8至8.2HZ者。The human body frequency diagnostic analysis device described above, wherein the frequency segment detectable by the human body frequency diagnostic analysis device is 1.8 to 8.2 Hz.
本發明之另一主要目的係在提供一種人體健康評估改善方法，係包含以下步驟：藉一發射／接收器一端與人體的頭部連接並被驅動發射一發射頻率，進一步令人體的頭部經由該發射／接收器回授一反饋頻率；藉一檢測單元與該發射／接收器，以驅動前述發射／接收器，令該發射／接收器發射前述發射頻率，並接收該反饋頻率；藉一控制單元與該檢測單元連接，以控制該檢測單元；該控制單元包含一運算單元、一資料庫及一螢幕，其中，該運算單元用於運算該反饋頻率並產生一雙線頻譜圖，並進一步檢視該雙線頻譜圖的頻率區段的最大落差值，該最大落差值即為人體頻率失調處；該資料庫用於比對該雙線頻譜圖，並產生一檢測資訊；該螢幕用於顯示該雙線頻譜圖及該檢測資訊。Another main object of the present invention is to provide a method for improving human health assessment, comprising the steps of: connecting one end of a transmitter/receiver to a head of a human body and being driven to emit a transmission frequency, further enlarging the head of the body via The transmitter/receiver feedbacks a feedback frequency; borrowing a detection unit and the transmitter/receiver to drive the aforementioned transmitter/receiver, causing the transmitter/receiver to transmit the aforementioned transmission frequency, and receiving the feedback frequency; The unit is connected to the detecting unit to control the detecting unit; the control unit comprises an arithmetic unit, a database and a screen, wherein the operating unit is used to calculate the feedback frequency and generate a two-line spectrogram, and further view The maximum drop value of the frequency segment of the two-line spectrogram, the maximum drop difference is the human body frequency offset; the database is used to compare the two-line spectrogram and generate a detection information; the screen is used to display the Two-line spectrogram and the detection information.
上述之人體健康評估改善方法，其中，該人體健康評估改善方法所能檢測到的頻率區段為1.8至8.2HZ者。The above-described human health assessment improvement method, wherein the human health assessment improvement method can detect a frequency segment of 1.8 to 8.2 Hz.
上述之人體健康評估改善方法，其中，更包含以下步驟：藉一心跳感測器與人體的脈搏(或心臟部位)連接，以獲得一心跳次數數值；該控制單元具有一輸入單元，用於輸入該心跳次數數值，藉該運算單元運算所輸入的該心跳次數數值後產生複數個推測頻率數值，並比對該推測頻率數值與該雙線頻譜圖的頻率區段，頻率區段的最大落差值即為人體經絡頻率失調處。The above-mentioned method for improving human health assessment, further comprising the steps of: connecting a pulse beat (or a heart part) of the human body with a heartbeat sensor to obtain a heartbeat number value; the control unit has an input unit for inputting The heartbeat number value is obtained by calculating the heartbeat number value input by the operation unit, and generating a plurality of speculative frequency values, and comparing the estimated difference frequency value with the frequency segment of the two-line spectrogram, the maximum drop value of the frequency segment That is, the body's meridian frequency is out of tune.
上述之人體健康評估改善方法，其中，該人體健康評估改善方法能搭配一能發出律動波的律動機使用，俾該律動機與人體接觸，並發出該最大落差值的律動波，以達到改善人體頻率之目的。The above-mentioned method for improving human health assessment, wherein the human health assessment improvement method can be used in conjunction with a rhythm that can emit a rhythm wave, and the motive is in contact with the human body, and the rhythm wave of the maximum drop value is emitted to improve the human body. The purpose of frequency.
上述之人體健康評估改善方法，其中，該人體健康評估改善方法能搭配一精油使用，以達到改善人體健康之目的。The above-mentioned human health assessment improvement method, wherein the human health assessment improvement method can be combined with an essential oil to achieve the purpose of improving human health.
本發明為達成上述目的，所採用之技術手段及可達致之功效，茲舉以下較佳可行實施例配合附圖進行詳細解說說明，俾能完全瞭解。The present invention has been described in detail with reference to the accompanying drawings in which: FIG.
請參閱第一圖所示，本發明之人體頻率診斷分析設備1，係包含：Referring to the first figure, the human body frequency diagnostic analysis device 1 of the present invention comprises:
一發射／接收器10，一端與人體的頭部連接並能被驅動發射一發射頻率，進一步令人體的頭部經由該發射／接收器10回授一反饋頻率；a transmitter/receiver 10 having one end connected to the head of the human body and capable of being driven to transmit a transmission frequency, and further a human head is fed back a feedback frequency via the transmitter/receiver 10;
一檢測單元11，與該發射／接收器10連接，用於驅動前述發射／接收器10，令該發射／接收器10發射前述發射頻率，並接收該反饋頻率；a detecting unit 11 connected to the transmitter/receiver 10 for driving the aforementioned transmitter/receiver 10, causing the transmitter/receiver 10 to transmit the aforementioned transmitting frequency and receiving the feedback frequency;
一心跳感測器12，用於連接人體的脈搏(或心臟部位)以獲得一心跳次數數值；及a heartbeat sensor 12 for connecting a pulse (or a heart part) of the human body to obtain a heartbeat number value;
一控制單元13，與該檢測單元11連接，用於控制該檢測單元11；該控制單元13包含一運算單元14、一螢幕15、一輸入單元16及一資料庫17，該運算單元14用於運算該發射頻率與該反饋頻率並產生一雙線頻譜圖；該輸入單元16用於輸入該心跳次數數值，藉該運算單元14運算所輸入的該心跳次數數值後產生複數個推測頻率數值；該資料庫17用於比對該雙線頻譜圖，並產生一檢測資訊；該螢幕15用於顯示該雙線頻譜圖及該檢測資訊。A control unit 13 is connected to the detecting unit 11 for controlling the detecting unit 11; the control unit 13 includes an operating unit 14, a screen 15, an input unit 16, and a database 17, and the operating unit 14 is used for Calculating the transmission frequency and the feedback frequency to generate a two-line spectrogram; the input unit 16 is configured to input the heartbeat number value, and the operation unit 14 calculates the input of the heartbeat number value to generate a plurality of speculative frequency values; The database 17 is used to compare the two-line spectrogram and generate a detection information; the screen 15 is used to display the two-line spectrogram and the detection information.
請參閱第一、二圖所示，檢測人體頻率是否失調時，將發射／接收器10一端與人體的頭部連接後，藉控制單元13控制該檢測單元11，以驅動發射／接收器10發射前述發射頻率至人體頭部，進一步令人體的頭部經由該發射／接收器10回授該反饋頻率；該檢測單元11接收該反饋頻率後進一步傳送至該控制單元13，令該運算單元14運算及比對該發射頻率與該反饋頻率並產生該雙線頻譜圖，進一步與該資料庫17比對，並產生該檢測資訊，以得知人體器官已發生失衡需要預做防範治療，並令該雙線頻譜圖及該檢測資訊顯示於該螢幕15上，該雙線頻譜圖的頻率區段中的最大落差值即為人體頻率失調處(如第四圖所示，該最大落差值位於6.6HZ處)。Referring to the first and second figures, when detecting whether the human body frequency is out of adjustment, after connecting one end of the transmitter/receiver 10 to the head of the human body, the control unit 13 controls the detecting unit 11 to drive the transmitter/receiver 10 to transmit. Transmitting the frequency to the head of the human body, and further the head of the body is fed back the feedback frequency via the transmitter/receiver 10; the detecting unit 11 receives the feedback frequency and further transmits the signal to the control unit 13 to cause the operation unit 14 to operate. And comparing the transmission frequency with the feedback frequency to generate the two-line spectrogram, further comparing with the database 17, and generating the detection information to learn that the imbalance of the human body requires pre-treatment prevention, and The two-line spectrogram and the detection information are displayed on the screen 15. The maximum drop value in the frequency segment of the two-line spectrogram is the human body frequency offset (as shown in the fourth figure, the maximum drop value is located at 6.6HZ). At).
請參閱第一、三圖所示，檢測人體經絡頻率是否失調時，將心跳感測器12與人體的脈搏(或心臟部位)連接以獲得該心跳次數數值，將該心跳次數數值輸入該輸入單元16中，藉該運算單元14經過運算並產生複數個推測頻率數值後，比對該推測頻率數值與該雙線頻譜圖的頻率區段的最大落差值，該最大落差值即為人體經絡頻率失調處，如第五圖所示，以人體心跳次數數值輸入72，經過運算後即得知複數個推測頻率，再以推測頻率與該雙線頻譜圖比對，得知最大落差值位於6.6HZ處，即得知人體的胃經經絡出現問題。Referring to the first and third figures, when detecting whether the human body meridian frequency is out of adjustment, the heartbeat sensor 12 is connected with the pulse (or the heart part) of the human body to obtain the heartbeat number value, and the heartbeat number value is input into the input unit. In the 16th, after the operation unit 14 calculates and generates a plurality of estimated frequency values, the maximum difference value between the estimated frequency value and the frequency segment of the two-line spectrogram is the human body meridian frequency offset. At the end of the figure, as shown in the fifth figure, 72 is input as the number of heartbeats, and after the operation, a plurality of speculative frequencies are known, and then the estimated frequency is compared with the two-line spectrogram, and the maximum drop value is found at 6.6 Hz. That is, it is known that the stomach of the human body has problems with the meridians.
本發明的人體健康評估改善方法係配合人體頻率診斷分析設備使用，該人體健康評估改善方法係包含：The human health assessment improvement method of the present invention is used in conjunction with a human body frequency diagnostic analysis device, and the human health assessment improvement method includes:
藉一發射／接收器一端與人體的頭部連接並被驅動發射一發射頻率，進一步令人體的頭部經由該發射／接收器回授一反饋頻率；Passing a transmitter/receiver end to the head of the human body and being driven to transmit a transmission frequency, and further causing the head to feedback a feedback frequency via the transmitter/receiver;
藉一檢測單元與該發射／接收器，以驅動前述發射／接收器，令該發射／接收器發射前述發射頻率，並接收該反饋頻率；Passing a detection unit and the transmitter/receiver to drive the aforementioned transmitter/receiver, causing the transmitter/receiver to transmit the aforementioned transmission frequency and receiving the feedback frequency;
藉一心跳感測器與人體的脈搏(或心臟部位)連接，以獲得一心跳次數數值；Connect a heartbeat sensor to the pulse (or heart part) of the human body to obtain a heartbeat number value;
藉一控制單元與該檢測單元連接，以控制該檢測單元；該控制單元具有一運算單元，用於運算及比對該發射頻率與該反饋頻率並產生一雙線頻譜圖，該雙線頻譜圖的頻率區段的最大落差值即為人體器官頻率失調處；該控制單元具有一資料庫，用於比對該雙線頻譜圖，並產生一檢測資訊；該控制單元具有一螢幕，用於顯示該雙線頻譜圖及該檢測資訊；該控制單元具有一輸入單元，用於輸入該心跳次數數值，藉該運算單元運算所輸入的該心跳次數數值後產生複數個推測頻率數值，並進一步比對該推測頻率數值與該雙線頻譜圖的頻率區段的最大落差值，該最大落差值即為人體經絡頻率失調處，得知人體經絡已發生失衡需要預做防範治療。Connected to the detecting unit by a control unit to control the detecting unit; the control unit has an arithmetic unit for calculating and comparing the transmitting frequency and the feedback frequency to generate a two-line spectrogram, the two-line spectrogram The maximum drop value of the frequency segment is the imbalance of the human organ frequency; the control unit has a database for comparing the two-line spectrogram and generating a detection information; the control unit has a screen for displaying The two-line spectrogram and the detection information; the control unit has an input unit for inputting the heartbeat number value, and the operation unit calculates the number of the heartbeat number input, and generates a plurality of speculative frequency values, and further compares The maximum difference value between the estimated frequency value and the frequency segment of the two-line spectrogram is the imbalance of the human body's meridian frequency. It is known that the imbalance of the human meridian needs pre-treatment.
另，可藉由能產生一律動波的律動機與人體接觸，且該律動機能調整該律動波的頻率，例如：最大落差值位於6.6HZ，即調整該律動機的頻率至6.6HZ，令該律動機輸出6.6HZ的律動波，以調整人體頻率；又，亦可針對發生問題之人體器官或經絡搭配一精油使用，以達到改善之目的。In addition, the law can be used to generate a uniform motion with the human body, and the motive can adjust the frequency of the rhythm wave, for example, the maximum drop value is located at 6.6 Hz, that is, the frequency of the motive is adjusted to 6.6 Hz, so that The law motivation outputs a 6.6HZ rhythm wave to adjust the body frequency; in addition, it can also be used with an essential oil for the human organ or meridian where the problem occurs to achieve the purpose of improvement.
是以，藉由診斷人體頻率能進一步得知人體器官或經絡頻率是否失調，以瞭解健康情況，以進一步調整人體或經絡頻率。Therefore, by diagnosing the human body frequency, it is possible to further understand whether the human organ or the meridian frequency is out of balance to understand the health condition to further adjust the human body or the meridian frequency.
綜上所述，本發明確可達到預期之功能及目的，並且詳細說明能使熟於此技藝者得據以實施，然以上所舉之實施例僅用以說明本發明，舉凡所有等效結構之改變仍不脫離本發明之權利範疇。In conclusion, the present invention can achieve the intended function and purpose, and the detailed description can be implemented by those skilled in the art, and the above embodiments are only used to illustrate the present invention, and all equivalent structures. Changes may still be made without departing from the scope of the invention.
1‧‧‧人體頻率診斷分析設備
10‧‧‧發射／接收器
11‧‧‧檢測單元
12‧‧‧心跳感測器
13‧‧‧控制單元
14‧‧‧運算單元
15‧‧‧螢幕
16‧‧‧輸入單元
17‧‧‧資料庫1‧‧‧ Human body frequency diagnostic analysis equipment
10‧‧‧transmit/receiver
11‧‧‧Detection unit
12‧‧‧heartbeat sensor
13‧‧‧Control unit
14‧‧‧ arithmetic unit
15‧‧‧ screen
16‧‧‧Input unit
17‧‧‧Database
第一圖所示係本發明實施例之結構方塊圖。 第二圖所示係本發明實施例之檢測人體頻率之使用流程圖。 第三圖所示係本發明實施例之檢測人體經絡頻率之使用流程圖。 第四圖所示係本發明實施例之雙線頻譜圖之參考圖。 第五圖所示係本發明實施例之人體經絡頻率之參考圖。The first figure shows a block diagram of an embodiment of the present invention. The second figure shows a flow chart of the use of detecting human body frequency in the embodiment of the present invention. The third figure shows a flow chart for detecting the frequency of the human body meridian according to the embodiment of the present invention. The fourth figure shows a reference diagram of the two-line spectrogram of the embodiment of the present invention. The fifth figure shows a reference diagram of the human body meridian frequency in the embodiment of the present invention.
1‧‧‧人體頻率診斷分析設備 1‧‧‧ Human body frequency diagnostic analysis equipment
10‧‧‧發射/接收器 10‧‧‧transmit/receiver
11‧‧‧檢測單元 11‧‧‧Detection unit
12‧‧‧心跳感測器 12‧‧‧heartbeat sensor
13‧‧‧控制單元 13‧‧‧Control unit
14‧‧‧運算單元 14‧‧‧ arithmetic unit
15‧‧‧螢幕 15‧‧‧ screen
16‧‧‧輸入單元 16‧‧‧Input unit
17‧‧‧資料庫 17‧‧‧Database
Claims (10)
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| CN110642342A (en) * | 2018-06-27 | 2020-01-03 | 波动能科技开发(厦门)有限公司 | Frequency import system |
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| CN1305776A (en) * | 2000-01-20 | 2001-08-01 | 深圳市辉大高科技发展有限公司 | Admittance differentiation ring for constituting detector of human organ lesion |
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| CN101953717A (en) * | 2009-07-17 | 2011-01-26 | 思德生物科技股份有限公司 | Method and system for determining customized essential oil blend |
| CN202537485U (en) * | 2012-03-27 | 2012-11-21 | 冯燕肃 | Non-linear system (NLS) non-linear analysis detector |
| CN103157166A (en) * | 2011-12-14 | 2013-06-19 | 财团法人工业技术研究院 | Brain wave induction pressure relief device |
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| CN1305776A (en) * | 2000-01-20 | 2001-08-01 | 深圳市辉大高科技发展有限公司 | Admittance differentiation ring for constituting detector of human organ lesion |
| CN101273372A (en) * | 2005-09-14 | 2008-09-24 | 韩国精神科学研究所 | Apparatus and method of diagnosing health using cumulative data pattern analysis via fast fourier transformation of brain wave data measured from frontal lobe |
| CN101953717A (en) * | 2009-07-17 | 2011-01-26 | 思德生物科技股份有限公司 | Method and system for determining customized essential oil blend |
| CN103157166A (en) * | 2011-12-14 | 2013-06-19 | 财团法人工业技术研究院 | Brain wave induction pressure relief device |
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