阅读说明：本技术 人体营养诊断仪 (Human body nutrition diagnostic instrument ) 是由 朱德恩 于 2019-09-05 设计创作，主要内容包括：本发明涉采用多重设备综合采集人体身高,体重,三维,BMI身体质量指数,基础代谢,骨骼密度,体脂率,腹部脂肪和微量元素分析,眼底视网膜血管变化特征和脉搏波参数系统综合分析用于营养诊断,根据眼底视网膜血管特征与病变机理综合判断糖代谢紊乱带来的细胞功能损伤,血压血管变化判定血管壁弹性和血管壁脂肪类型从而精准分析人体50种营养素含量与潜在需求量,从而给出对应的膳食营养治疗解决方案。无需抽血化验更安全更快捷,有利于普通百姓营养诊断需求。(The invention relates to a method for comprehensively acquiring body height, body weight, three dimensions, BMI body mass index, basic metabolism, bone density, body fat rate, abdominal fat and trace element analysis of a human body, fundus retinal vascular change characteristics and pulse wave parameter system comprehensive analysis for nutrition diagnosis by adopting multiple devices, comprehensively judging cell function damage caused by glycometabolism disorder according to fundus retinal vascular characteristics and a pathological change mechanism, and judging vascular wall elasticity and vascular wall fat types according to blood pressure vascular change so as to accurately analyze the content and potential demand of 50 nutrients of the human body, thereby providing a corresponding dietary nutrition treatment solution. The blood drawing-free assay is safer and quicker, and is favorable for the requirements of common people on nutrition diagnosis.)

1. A nutrition diagnostic apparatus comprises an ultrasonic height detector, a handheld electrode face scanner camera, a resistance detector, a pulse wave sensor, an infrared three-dimensional detector and a weighing scale.

2. The nutrition diagnostic apparatus according to claim 1, wherein the body height is detected by ultrasound, the weight scale is placed at the bottom end, slightly higher than the ground by 5-20mm, and the body weight is detected.

3. The nutritional diagnostic apparatus according to claim 1, wherein the retinal (fundus) monitor is configured to detect a real-time status of retinal blood vessels of the individual and preliminarily determine a basic value of blood glucose or blood pressure in combination with a pathological feature.

4. The nutritional diagnostic apparatus according to claim 1, wherein the face scanner scans a human face and transmits the human health reflected by the human face scanner to the cpu for digital analysis.

5. The nutrition diagnostic apparatus as set forth in claim 1, wherein the pulse wave sensor detects the pulse of the human body, and the intensity of light transmission through the tissue bed is measured using red light having a wavelength of 660nm and near infrared light having a wavelength of 940nm as incident light sources to calculate the hemoglobin concentration and the blood oxygen saturation level.

6. The nutrition diagnostic apparatus according to claim 1, wherein the three-dimensional detector detects waist circumference and abdominal fat and generates the 3D model in real time.

7. The nutrition diagnostic apparatus according to claim 1, wherein the body 3D model is generated comprehensively by the height and weight three-dimensional body mass index, so as to accurately judge the distribution of the body fat.

8. The nutritional diagnostic apparatus of claim 1, wherein: comprehensively measuring the body weight, the body height, the BMI body age, the basal metabolic muscle rate, the trace element content, the pulse wave analyzer and the retinal vascular condition to comprehensively judge the content and the demand of nutrients in the body of an individual.

9. The nutritional diagnostic apparatus according to claim 1, wherein: the main measuring area on the front side is provided with an upper electric push rod and a lower electric push rod which can be automatically lifted according to the height of a guest.

10. The nutritional diagnostic apparatus according to claim 1, wherein: the infrared wide-angle camera realizes human three-dimensional measurement and shooting.

Technical Field

The invention relates to the field of human body examination equipment, in particular to the technical field of detection, diagnosis, analysis and calculation equipment for the content of 50 basic nutrients in a human body.

Background

When the current food is produced and sold in a large scale, the problem of slow and multiple nutrition loss is caused, and the nutrition imbalance is brought to the health of citizens to cause a plurality of metabolic syndrome diseases. In order to practically solve the problem, the nutrient and trace element detection and analysis instrument is designed beside the on-site whole grain grinding equipment of the company, so that accurate nutrition and customized size can be realized for the majority of citizens, and the optimal nutrition solution and diet collocation scheme can be provided for one person or another according to the difference of human bodies.

Disclosure of Invention

The invention aims to solve the problem of one-to-one matching of human health nutrients.

The nutrition diagnostic apparatus comprises an ultrasonic height detector, a face scanner, a hand-held resistance detector of an eyeground detector, a pulse wave sensor, a three-dimensional detector and an infrared thermal imaging camera of a weighing scale trace element analyzer.

The nutrition diagnostic apparatus detects the height of a human body by ultrasonic waves, and the weight scale is arranged at the bottommost end to detect the weight of the human body.

The nutrition diagnostic apparatus scans human faces by the face scanner, and transmits the reflected human health conditions to the cpu for digital analysis.

The nutrition diagnostic instrument is characterized in that the pulse wave sensor detects the pulse beat of a human body, the pulse wave sensor detects the pulse beat of the human body, red light with the wavelength of 660nm and near infrared light with the wavelength of 940nm are used as incident light sources, the light transmission intensity passing through a tissue bed is measured, and the hemoglobin concentration and the blood oxygen saturation are calculated.

The nutrition diagnostic apparatus is characterized in that a three-dimensional detector detects waistline and abdominal fat.

The ultrasonic detector, the three-dimensional detector and the weight meter are vertically arranged, and detection is synchronously carried out.

The infrared camera utilizes the characteristics of a medical thermal infrared imager that the morphology is long and the functionality is checked. Mainly reflects the change of tissue function, so that the change of physiological condition and metabolism of human body can be observed and displayed.

Drawings

FIG. 1 is a schematic structural view of the present invention;

in the figure: 1. the ultrasonic height detector 2, the face scanner camera 3, the resistance detector 4, the input keyboard 5, the pulse wave sensor 6, the three-dimensional detector 7, the weight scale 8, the lifting electric push rod 9, the three-dimensional detection camera 10 and the lower lifting electric push rod;

FIG. 2 is a resistance detector;

FIG. 3 is a face scanner;

fig. 4 is a pulse wave sensor.

Detailed Description

Standing a person in the detection area for waiting for detection; the sensor is started instantly when detecting the infrared ray of the human body.

The ultrasonic detector is vertically arranged at the top downwards and is used for detecting the height of a user;

capturing blood flow change characteristics of facial blood vessels of a human body by a camera of a facial scanner;

the eyeground detector and the face scanner are integrated, and light supplementing shadowless lamps are arranged on two sides of the eyeground detector for illumination.

Holding the resistance detector with two hands; is arranged at the lower end of the face scanner and is parallel to the shoulder.

Both hands are placed on the pulse wave sensor;

detecting the human body three-dimension by an infrared three-dimensional detection imager; is placed in the middle of the two sides and is about 1.1 m high.

Adjusting a proper detection position according to the height of each person;

the face scanning and the fundus scanning are synchronously carried out, and the emotional state and the nutrient supply requirement of the person are judged and analyzed according to the physiological condition of the person.

The upper end and the lower end of the front part are provided with electric push rods or servo electric cylinders, and the position of the fundus scanner pulse wave sensor is automatically adjusted according to the height of a user.

The top and both sides of the scheme are provided with 3 infrared thermal imaging cameras, so that three-dimensional data of the body of a user and the distribution of the heat of the body can be effectively and timely captured.

A human-computer interaction touch screen and an auxiliary microphone voice interaction device are arranged at about 1.4 of the front of a user.

The facial scanner analyzed 700 facial vessel scans per minute.

The eye ground inspection tester is designed for a facial radian curve, and is convenient for users to use easily.

The pulse wave is formed by the propagation of the heart pulse along the artery and blood flow to the periphery, and the propagation speed is closely related to the physical and geometrical medium of the propagation medium, namely the elastic lumen size of the artery, and the elastic caliber of the blood viscosity blood vessel.

The method is combined with a trace element analyzer and a differential potential dissolution method to detect the specific content of 9 elements such as zinc, iron, manganese, calcium, magnesium, cadmium, lead, copper, blood, lead and the like and the proportional relation of 41 elements corresponding to the 9 elements, and the conditions such as body thermodynamic distribution and the like are detected by combining fundus examination pulse waves to preliminarily analyze the body nutrition condition.

The individual nutritional requirement and body content can be preliminarily determined by holding the electrode with hands to check the bone density basic metabolism body fat rate BMI (body quality index) and the change characteristics of fundus retinal nerve vessels.

The effect of penetrating type examination can be completely achieved by measuring glucose index through non-penetrating type human interstitial fluid (ISF) needing accurate data

Compared with the traditional blood drawing test, the method is safer, quicker and more economical, and completely meets the decision-making requirement of nutrition diagnosis and supply.