WO2010102452A1

WO2010102452A1 - Efficiently reducing fattiness, blood fat and blood sugar device and method thereof

Info

Publication number: WO2010102452A1
Application number: PCT/CN2009/070760
Authority: WO
Inventors: 董涛; 郭敏强; 李同; 罗笑南
Original assignee: 中山大学
Priority date: 2009-03-12
Filing date: 2009-03-12
Publication date: 2010-09-16

Abstract

An efficiently reducing fattiness, blood fat and blood sugar device, includes an air-supply module for supplying preset concentration oxygen during exercising, an exerciser module for providing exercise intensity, a life sign monitoring module, and a control module. The life sign monitoring module monitors the sign parameters of a person of weight reduction during exercise, and the control module compares the sign parameters with the preset sign parameters, and adjusts exercise intensity of the exerciser module according to the comparison results. An efficiently reducing fattiness, blood fat and blood sugar method includes a person of weight reduction does aerobic exercise with the preset oxygen concentration, and it adjusts the exercise intensity according to the exercise situation of the person of weight reduction.

Description

Device and method for efficiently reducing fat, blood fat and blood sugar

[1]

[2] Technical field

[3] The present invention relates to an apparatus and method for efficiently reducing fat, blood fat, and blood sugar.

[4] Background Art

[5] With the continuous improvement of modern life and the continuous improvement of living conditions, most people's weight increases due to lack of exercise and age. Obesity has become a potential cause of various diseases, and obesity is mainly caused by fat. Excessive production.

[6] Most foods contain seven nutrients (

Sugar, fat, protein, water, carbohydrates, starch, minerals)

These nutrients produce energy after being absorbed into the body and absorbed by the gastrointestinal tract. These energies can help the body grow and maintain healthy vitality, according to the 'energy law'.

The energy produced by the digestion of sugars, fats and proteins in the seven nutrients is not automatically destroyed. It must be burned after the cells are burned. If there is no cell burning, the energy remaining in the human body It is converted to fatty acids after being infested by insulin. The fatty acids flow in the blood or are stored in fat cells with 3:1 triglyceride.

The ratio of synthetic triglyceride, 80% to 95% of the space in fat cells can store triglycerides, triglycerides stored in fat cells can not enter and exit fat cells like fatty acids. It stays in the fat cells and is not easily discharged, causing the fat cells to become hypertrophy and forming obesity.

[7] When glucose and fatty acids in the blood are converted into energy, they are burned by the cells (consumption)

After the completion, the cells that continue to burn need more energy supply, insulin is discharged, and the adrenaline and corticosteroids begin to combine with the fat lipoprotein in the adipose tissue to decompose the triglyceride in the fat cells. It forms fatty acids and urges fatty acids to leave the fat cells and transform them into energy in the liver, and the supply cells continue to burn. In addition, thyroxine accelerates the energy of burning cells. At this time, fatty acids from the lower layers of the skin, the size of the peritoneal reticular membrane, and the various fat tissues between the muscles are added to the liver and converted into energy. This is fat. Decomposed, and the decomposed fat turns into water and carbon dioxide. Cause Therefore, in order to reduce and eliminate obesity, it is necessary to properly break down fat and promote the burning consumption of cells.

[8] Summary of the invention

[9] The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and to provide an apparatus and method for efficiently reducing fat, blood fat and blood sugar according to personal signs and improving weight loss efficiency.

[10] The technical solution adopted by the present invention to solve the technical problems thereof is: a device for efficiently reducing fat, blood fat, blood sugar, and the like for providing a predetermined concentration of gas which can promote blood sugar and fat decomposition in sports cockroaches The gas module, the exercise device module for providing exercise intensity, the vital sign monitoring module and the control module, the exercise device module and the vital sign monitoring module are all connected with the control module signal, and the vital sign monitoring module monitors the physical parameters of the exerciser and the dieter, and controls The module compares the monitored physical parameters with the preset physical parameters, and adjusts the exercise intensity of the exercise device module according to the comparison of the physical parameters.

[11] The gas supply module comprises a closed oxygen absorption space, an oxygen gas source, an oxygen concentration adjustment module and an oxygen concentration monitoring module, and the oxygen gas source, the oxygen absorption space and the oxygen concentration adjustment module are connected, and the connection may be a pipeline connection. , can also be "non-pipe connection" (such as carrying an oxygen cylinder)

. The oxygen concentration adjustment module and the oxygen concentration monitoring module are all connected with the control module signal, the oxygen concentration monitoring module monitors the oxygen concentration in the oxygen absorption space, and the control module compares the monitored oxygen concentration with the preset oxygen concentration, and controls the oxygen concentration according to the comparison result. The adjustment module maintains the oxygen concentration in the oxygen-absorbing space at a preset oxygen concentration.

[12] The device for efficiently reducing fat, blood fat and blood sugar further comprises a sweating monitoring module and a prompting module, the sweating monitoring module and the prompting module are all connected with the control module signal, and the sweating monitoring module monitors the movement and loses weight. The amount of sweating, the control module compares the monitored amount of sweating and the preset amount of sweating, and when it is greater than the preset amount of sweating, the control prompting module prompts. The exercise machine module can be a speed adjustable running machine; it can also be other forms of sports equipment. The oxygen absorbing space is a mask or a partially sealed space. The gas that promotes the decomposition of blood sugar and fat is oxygen, and the preset concentration is greater than the oxygen content of the air.

[13] A method for efficiently reducing fat, blood fat, blood sugar, comprising: a step for monitoring vital sign parameters; a step for comparing monitored physical parameters and preset physical parameters; and for comparing results according to physical parameters The step of adjusting the exercise intensity of the exercise device module.

[14] The method for efficiently reducing fat, blood fat, and blood sugar, further comprising: a step of monitoring an oxygen concentration in an oxygen-absorbing space; a step of comparing an oxygen concentration and a preset oxygen concentration; and a ratio according to an oxygen concentration The result is a step of adjusting the oxygen concentration of the oxygen-absorbing space and maintaining the adjusted oxygen concentration at a preset oxygen concentration. The method for efficiently reducing fat, blood fat, and blood sugar further includes: a step for monitoring the amount of sweat; a step for comparing the amount of sweat and a preset amount of sweat; and for prompting according to the result of the sweat comparison A step of. The exercise machine module is a treadmill and the exercise intensity is the speed of the treadmill. The physical parameters are selected from the group consisting of: pulse, blood pressure, and breathing.

[15] The beneficial effects of the present invention are that the device for effectively reducing fat, blood fat and blood sugar enables the dieter to breathe moderately sweating at a preset high oxygen concentration, and can adjust according to the exercise situation of the dieter. Exercise intensity enables the dieter to sweat quickly in a situation that suits his or her own physical condition, thereby accelerating the process of converting glucose and fatty acids into energy (burned) by the cells, reducing fat, blood sugar, and improving weight loss. s efficiency.

[16] BRIEF DESCRIPTION OF THE DRAWINGS

1 is a block diagram showing the structure of an apparatus for efficiently reducing fat, blood fat, and blood sugar according to the embodiment; and FIG. 2 is a flow chart showing a method for efficiently reducing fat, blood fat, and blood sugar according to the embodiment.

[18] Specific implementation

[19] Figure 1 and Figure 2

As shown, the apparatus for efficiently reducing fat, blood fat, and blood sugar includes an oxygen absorption space, an oxygen gas source, an oxygen concentration monitoring module, an oxygen concentration adjustment module, a motion device module, a vital sign monitoring module, and a control module, and oxygen absorption. The space, the oxygen gas source and the oxygen concentration adjustment module are connected, and the oxygen concentration monitoring module, the oxygen concentration adjustment module, the exercise instrument module, and the vital sign monitoring module are all connected with the control module signal. The oxygen inhalation space is used to provide a space for the dieter to have a closed and preset oxygen concentration. An oxygen source is used to supply oxygen. The oxygen concentration monitoring module is used to monitor the oxygen concentration in the oxygen inhalation space. The oxygen concentration adjustment module is used to adjust the oxygen concentration. The oxygen absorption space, the oxygen gas source, the oxygen concentration adjustment module and the oxygen concentration monitoring module form a gas supply module, and the gas supply module can provide a preset concentration of oxygen in the movement to enable the dieter to set a higher concentration of oxygen. Movement, the preset oxygen concentration is greater than the normal concentration of air oxygen. The exercise equipment module is used for the exerciser to exercise in a high concentration oxygen environment, and the exercise equipment module provides a certain exercise intensity for the dieter. The vital sign monitoring module is used to monitor the vital signs of the fattening person during exercise.

[20] The working process of the device is as follows: Under the preset oxygen concentration, the dieter performs on the exercise device module. High concentration oxygen training, vital sign monitoring module monitors the physical parameters of the dieter, and feeds the parameter to the control module and displays it to the monitor or dieter. The control module compares the monitored vital parameters and presets. The physical parameters, if the two are consistent, the control module keeps the exercise intensity of the exercise device module unchanged; if less than the preset physical parameters, the control module increases the exercise intensity of the exercise device module, that is, increases the exercise amount of the dieter; If it is greater than the preset vital parameter, the control module reduces the exercise intensity of the exercise device module, that is, reduces the exercise amount of the dieter. The oxygen concentration monitoring module monitors the oxygen concentration in the oxygen absorption space. If the monitored oxygen concentration is less than the preset oxygen concentration, the control module controls the oxygen concentration adjustment module to increase the oxygen concentration in the oxygen absorption space; The oxygen concentration of the control module controls the oxygen concentration adjustment module to reduce the oxygen concentration in the oxygen-absorbing space, and finally the adjusted oxygen concentration is consistent with the preset oxygen concentration.

[21] In addition, the device may further comprise a sweating monitoring module and a prompting module, the sweating amount monitoring module and the prompting module are all connected with the control module signal, and the sweating amount monitoring module monitors the sweating amount of the exerciser and the dieter, and controls The module compares the detected amount of sweating and the preset amount of sweating, and when it is greater than the preset amount of sweating, the control prompting module prompts. The decomposition of blood sugar and fatty acids mainly depends on oxygen, oxygen and blood sugar (fatty acids) to react chemically to produce carbon dioxide and water, and sweating is the reaction of exothermic process.

"The normal life of people is adapted to the normal concentration of air oxygen (21.95%),

"Sucking with high concentration of oxygen and sweating" can accelerate the decomposition of blood sugar and fatty acids faster.

[22] The preset sign parameter can be a specific value or a range of values. For the range of values, the monitored sign is greater than the maximum value of the range, ie the monitored sign is greater than the pre- The set vital sign parameter; the monitored physical parameter is less than the minimum value of the numerical range, that is, the monitored physical parameter is less than the preset physical parameter; the monitored physical parameter is within the numerical range, that is, the monitored The physical parameters are consistent with the preset physical parameters. Similarly, the preset oxygen concentration and the preset amount of sweat can also be a specific value or a range of values.

[23] Through the device, the dieter can perform sweating exercise at a preset high oxygen concentration, and can adjust the exercise intensity according to the exercise situation of the dieter, so that the dieter can quickly adapt to his or her own physical condition. Sweating, which can accelerate the conversion of glucose and fatty acids in the blood into energy (cells), lowers fat and blood sugar, and achieves the goal of losing weight.

[24] For this device, the oxygen-absorbing space is a closed space, such as a closed room, or covered in weight loss The face is used for a mask for mouth and nose breathing, or other oxygen inhalation space that can be completely or partially sealed and maintains a preset oxygen concentration. The oxygen source can provide high concentrations of oxygen, as well as other gas mixtures that promote blood sugar and fat breakdown, such as oxygen cylinders or oxygen tube connections that provide continuous oxygen supply. The oxygen concentration adjustment module may be a controllable valve body. When the oxygen concentration in the oxygen absorption space is lower than the preset oxygen concentration, the control module opens the valve body, so that oxygen of the oxygen gas source can be delivered to the oxygen absorption space, so that the suction The oxygen concentration in the oxygen space is maintained at a preset oxygen concentration. For the adjustment of the oxygen concentration, the amount of intake air in the unit enthalpy may be increased, or the oxygen content in the unit intake air amount may be increased. The exercise equipment module can provide a certain exercise intensity, such as speed, weight, etc., the exercise equipment module such as a speed adjustable treadmill, bicycle. The vital signs monitoring module can monitor the vital signs of dieters, such as blood pressure, pulse, breathing, etc., which can be monitored wirelessly or by wire. The sweat volume monitoring module can estimate the amount of sweat by calculating the humidity in the oxygen-absorbing space and the exercise day.

[25] By monitoring vital signs parameters, it is possible to prevent the athletes from exercising excessively fatigue and causing physical damage.

Through the sweat monitoring module and the prompt module, it is possible to prompt the dieter to make a rest adjustment after the exercise amount reaches the set requirement.

[26] A method for efficiently reducing fat, blood fat, blood sugar, comprising: a step for monitoring vital signs parameters of a dieter; a step for comparing the monitored vital signs and preset body parameters; and for using the parameters according to the signs The result of the comparison adjusts the exercise intensity of the exercise device module. When the monitored physical parameter is less than the preset physical parameter 吋, the exercise intensity is increased; when the monitored physical parameter is greater than the preset physical parameter 吋, the exercise intensity is reduced. The physical parameters such as blood pressure, pulse, and breathing.

The above is a further detailed description of the present invention in conjunction with the specific preferred embodiments. It is not intended that the specific embodiments of the invention are limited to the description. It will be apparent to those skilled in the art that the present invention may be practiced without departing from the spirit and scope of the invention.

Claims

Claim

1.

An apparatus for efficiently reducing fat, blood fat, and blood sugar, comprising: a gas supply module for supplying a predetermined concentration of a gas capable of promoting blood sugar and fat decomposition in a sports crucible, an exercise tool module for providing exercise intensity, The vital sign monitoring module and the control module, the exercise device module and the vital sign monitoring module are all connected with the control module signal, the vital sign monitoring module monitors the physical parameters of the exerciser, the control module compares the monitored physical parameters and the preset physical parameters, And adjust the exercise intensity of the exercise device module according to the comparison result of the physical parameters.

2. According to claim 1

The device for efficiently reducing fat, blood fat and blood sugar is characterized in that: the gas supply module comprises a relatively closed oxygen absorption space, an oxygen gas source, an oxygen concentration adjustment module and an oxygen concentration monitoring module, an oxygen gas source, The oxygen absorption space and the oxygen concentration adjustment module are connected, the oxygen concentration adjustment module and the oxygen concentration monitoring module are all connected with the control module signal, the oxygen concentration monitoring module monitors the oxygen concentration of the oxygen absorption space, and the control module compares the monitored oxygen concentration with the preset The oxygen concentration is adjusted, and the oxygen concentration adjustment module is controlled according to the comparison result to maintain the oxygen concentration in the oxygen absorption space at the preset oxygen concentration.

3. According to claim 1

The device for efficiently reducing fat, blood fat and blood sugar is characterized in that: the sweating amount monitoring module and the prompting module are further included, the sweating amount monitoring module and the prompting module are all connected with the control module signal, and the sweating amount monitoring module To monitor the amount of sweating of the athletes who exercise, the control module compares the amount of sweat detected and the amount of sweat that is preset, and when the amount is greater than the preset amount of sweat, the control prompt module prompts.

4. According to claim 1

The device for efficiently reducing fat, blood fat and blood sugar is characterized in that: the exercise device module is a treadmill with adjustable speed.

5. According to claim 4

The device for efficiently reducing fat, blood fat, and blood sugar is characterized in that: the oxygen absorbing space is a mask.

6. According to claim 1 The device for efficiently reducing fat, blood fat and blood sugar is characterized in that: the gas which can promote blood sugar and fat decomposition is oxygen, and the preset concentration is greater than the oxygen content of the air.

7. A method for efficiently reducing fat, blood fat, blood sugar, characterized by: comprising: a step for monitoring vital sign parameters;

a step of comparing the monitored physical parameter and the preset physical parameter; and a step of adjusting the exercise intensity of the exercise device module based on the comparison of the physical parameter.

8. According to claim 7

The method for efficiently reducing fat, blood fat, and blood sugar, characterized by: further comprising: a step of monitoring an oxygen concentration in an oxygen absorbing space;

a step of comparing the oxygen concentration with a preset oxygen concentration; and a step of adjusting the oxygen concentration of the oxygen-absorbing space based on the oxygen concentration comparison result and maintaining the adjusted oxygen concentration at a preset oxygen concentration.

9. According to claim 8

The method for efficiently reducing fat, blood fat and blood sugar, characterized in that: further comprising: a step for monitoring the amount of sweat;

a step for comparing the amount of sweat and the amount of prescribed sweat; and a step for prompting based on the result of the comparison of the amount of sweat.

10. According to claim 7

The invention relates to a method for efficiently reducing fat, blood fat and blood sugar, characterized in that: the exercise device module is a treadmill, and the exercise intensity is the speed of the treadmill.

11. According to claim 7

The method for efficiently reducing fat, blood fat and blood sugar, characterized in that: the physical parameter is selected from the group consisting of: pulse, blood pressure, and breathing.

12. According to claim 7

The method for efficiently reducing fat, blood fat and blood sugar is characterized in that: the gas which can promote blood sugar and fat decomposition is oxygen, and the preset concentration is greater than the oxygen content of the air.