WO2015033185A1

WO2015033185A1 - A novel method and system for weight loss

Info

Publication number: WO2015033185A1
Application number: PCT/IB2013/058276
Authority: WO
Inventors: Man Sze Mence TSOI
Original assignee: Mence Skin Care & Body Toning Authority
Priority date: 2013-09-04
Filing date: 2013-09-04
Publication date: 2015-03-12

Abstract

A system and method for reducing fat and increasing the toning of a mammalian body comprise the sequential application of various modules to the body. The system comprises a mechanical vibration module (101, 201, 303), an ultrasonic microvibration module (103, 203, 305) and a suction module (105, 205, 307).

Description

A NOVEL METHOD AND SYSTEM FOR WEIGHT LOSS

[0001] Almost everybody wants to look good and slim in the modern society. Countless drugs and methods have been developed in an attempt to slim the human body. Oral administration of compositions that help to reduce appetite or absorption of fat within the human body is a common measure. However, oral administration brings concerns of unexpected side effects and thus discourages health-conscious people from trying it. Gym visiting is also an effective way to improve the body shape. However, the method demands a great deal of physical efforts, persistence, and determination, the lack of which would easily lead to failures and frustrations.

[0002] The introduction of liposuction gave people a new method of addressing body fat. By having the ability to suck the fat out of one's body, it was thought physical results and health results could be improved overnight. However, liposuction itself can be a dangerous medical procedure as the procedure can pull and remove desirable tissues, such as flesh, muscle, blood vessel, etc. Further, the results from liposuction can be temporary as the procedure just reduces the size of adipose cells but not the number of adipose cells. If people continue to have an improper diet, they will soon regain the fat lost.

[0003] To the current health programs to aid people in reducing fat, most are standardized to be used on all users. The current programs do not take into account the physical characteristics of each user, such as weight or height, the age of the person, the sex of the person, or the person's current health condition. Rather, the current programs utilize a standard program on all users. Needless to say, the results from the program vary from person to person. What is needed in the art is a method of particularizing a program for reducing fat. In this way, the optimum results can be obtained for each user.

SUMMARY OF INVENTION

[0004] It is an object of this invention to provide an alternative system and method for fat reduction.

[0005] Accordingly, the present invention, in one aspect, provides a system for reducing fat in a mammalian body, in particular a human body. The system comprises a vibration module, an ultrasonic microvibration module, and a suction module. In one preferred embodiment, the system further comprises an electrical stimulation module. In another preferred embodiment, the system further comprises an acupressure massage module. In yet another preferred embodiment, the system also comprises a first diagnostic module, and a second diagnostic module. In one implementation, the first diagnostic module further contains a measurement device suitable for measuring one or more of the following parameters: weight, waist size, bust size, hip size, arm size, blood glucose, blood cholesterol level, flesh water content, flesh fat content, and lean body mass percentage. This diagnostic module further contains a control panel suitable for providing bioelectric impedance analysis. Furthermore, the second diagnostic module makes the same measurements as those given for a first diagnostic module.

[0006] In addition, the Vibration Module contains a voltage device, a control panel, an applicator, and applicator connector.

[0007] Likewise, the ultrasonic microvibration module contains a voltage device, a control panel, applicator pads, and applicator connector.

[0008] Similarly, the Suction Module contains a voltage device for providing a voltage thereto, a control panel, applicator, and applicator connectors.

[0009] In another aspect, the present invention provides a method of reducing fat in a mammalian body, in particular a human body. The method comprises applying multiple modules to treat the mammal, one at a time. These modules are selected from the group consisting of a vibration module, an ultrasonic microvibration module, and a suction module; with each module being selected only once.

[0010] In one preferred embodiment, the method further comprising applying a fourth module selected from the group consisting of a vibration module, an ultrasonic microvibration module, a suction module, and an electrical stimulation module; wherein each module is selected only once.

[0011] In another preferred embodiment, a first diagnostic module is employed before the application of the first module. Furthermore, a second diagnostic module can be administered after the application of a last module.

[0012] In the present invention, the fat-reduction method further comprises applying a moisturizer before any of a vibration module, an ultrasonic microvibration module, a suction module, and an electrical stimulation module.

[0013] The present system and method is thus directed to a module-based treatment system useful for decreasing the fat content in mammalian bodies through administering the treatment modules sequentially. In the present invention, the modules may be arranged in any sequential order for application, and this module-based treatment system is also suitable for toning the mammalian bodies. The treatment system may be geared to a mammal's specific needs by adjusting the effectiveness of each individual module, based upon data taken from the mammal.

FIGURES

[0014] Fig. 1 shows an embodiment of the present system.

[0015] Fig. 2 shows a further embodiment of the present system.

[0016] Fig. 3 shows another embodiment, wherein a diagnostic module is included in the present system.

[0017] Fig. 4 shows the method of using the present system.

[0018] Fig. 5 is a table showing results obtained from users who have been treated with the present system.

DETAILED DESCRIPTION

[0019] In the present system, the term "control panel" shall refer to a means suitable for directing the operation of a module or device. Control panels in the present system may consist of actuator and adjustment means, such as buttons, switches, dials, and knobs, or a combination of such, to turn devices on and off, and adjust the effectiveness of the device when administered to users. Control panels in the present system may also contain a feedback or output means such as visual, audio, printing, or combination of the feedback means. An input means may be included with the control panels, such as touch-screen display, keyboard input, or voice activation. The control panels may be controlled by voice, by a remote controller, or they may be operated directly.

[0020] The term "applicator" in a general sense refers to substrates suitable for direct interaction with the human body, including adhering to or touching, thus allowing treatment to be administered by the present system safely. Applicator may be applied with pressure, with an adhesive, with straps, ropes, or binding.

[0021] "Module" shall refer to a unit, device, and/or component of the present system. It is to be noted that no detailed description will be given regarding the detailed operation of each specific module. It is to be understood that modules that form part of the described systems are capable of providing treatment to the human body in particular ways. It is believed that by explaining the intended use of a module and its effects on the human body, the present system is enabled.

[0022] Figure 1 shows an embodiment of the present system, consisting of a vibration module (101), an ultrasonic microvibration module (103), and a suction module (105). The vibration module (101) is preferably a mechanical vibration contains a voltage device (107) for providing a voltage thereto, a control panel (109) allowing manipulation of the effectiveness of the module (101), applicators (111), and applicator connector (113) for connecting the applicators to the control panel (109). The mechanical vibration module (101) is capable of operating at a frequency of between 10 to 100 Hz. In a preferred embodiment, it is set to operate at 60 Hz. The applicators (111) may be made of rubber, plastic, or other substrate suitable for interaction with the skin. The substrate of the applicator (111) may contain on its face one or numerous appendages, for example rubber dimples, a large rubber ball, multiple small rubber balls, soft pointed objects, etc. The appendages serve to probe the skin of the user when the module (101) is administered to give deeper treatment. Applicators (111) may be used singly, or in combination with one another.

[0023] The applicator connector (113) is used to connect the applicator (111) to the control panel (109), allowing the applicator (111) to be manipulated by the control panel (109). The applicator connector (113) may be a flexible tube made of plastic, rubber, or other flexible substrate suitable for housing and protecting electrical wires and other conducting materials.

[0024] The vibration module (101) is used as a vibratory massager to affect the muscles of the body. The mechanical vibration first improves the lymphatic system which helps in excreting toxin. It also helps in improving the blood circulation system so that the dermis and epidermis absorb enough nutrients and oxygen, thereby increasing the metabolic rate. The fatty acids can then be transferred to carbon dioxide and water. Finally, the size of fat cells are reduced. In a preferred implementation, the applicator is moved around a broader area of the human body in circular or similar pattern to improve the effectiveness of this treatment.

[0025] In an alternative embodiment, the vibration module (101) may be handheld. In such a case, the module (101) is not required to contain applicator connectors (113) as the applicator (111) will be housed within the module (101) itself.

[0026] Example of vibration modules useful in the present system include G5™ manufactured by Physiotherapie Generate France SA.

[0027] The ultrasonic microvibration module (103) in the example shown contains a voltage device (115), a control panel (117), applicator pads (119), and applicator connector (121). The ultrasonic microvibration module (103) may be operated at a frequency between 0.5 MHz to 3 MHz. In a preferred embodiment, it is set to operate at 3 MHz. The applicator pads (119) may be made of plastic, rubber, or other polymer housing, and a base that may be made of plastic, metal or other suitable material for contacting the skin. The applicator pads (119) may be used singly, or two or more in combination. The applicator connector (121) is used to connect the applicator pad (119) to the control panel (117), allowing manipulation of the pad (119) by the control panel (117). The applicator connector (121) can be a hollow tube made of plastic, rubber, or other polymer type material useful for housing electrical conducting equipment. Suitable equipment for use as the ultrasonic microvibration module include DibiBody™ manufactured by GTS.

[0028] The ultrasonic microvibration module (103) is useful in creating pressure fluctuation to generate micro-massage onto the body portions of the user. When the mechanical energy of ultrasound is converted into thermal energy on contact with the skin, this module also generates microheat. This is done by positioning the applicators (119) on the body of the user, and through the control panel (117), delivering microheat through the applicators (119) to the body. Operating at high frequency, the ultrasonic microvibration module breaks down the triglyceride and fat droplets in cells to smaller particles. Meanwhile, the microheat from the applicator melts the fatty elements so that they can be transferred by blood to the liver or kidney.

[0029] In an alternative embodiment, the ultrasonic microvibration module (103) may be a handheld device. In such a case, the module (103) would not be required to contain an applicator connector (121) as the applicator pad (119) would be contained with the housing of the module (103).

[0030] The suction module (105) may be comprised of a voltage device (123) for providing a voltage thereto, a control panel (125), applicator (127), and applicator connectors (129). The applicator (127) may be made of plastic, metal, or other suitable material for use on the skin. The applicator (127) may be circular, spherical, or global shaped. The applicator (127) is hollow throughout. The applicator (127) may be used singly, or in combination with two or more applicators (127). The applicator connector (129) provides a method by which air is sucked through the applicator (127) into the direction of the control panel(125).

[0031] In use, the applicator (127) is positioned on the body of the user, and the module (105) is turned on, and then air is sucked through the applicator (127) toward the direction of the panel (125). The sucking of air creates a vacuum through which the skin is partly sucked into the applicator (127). The muscle movement created by the strong suction force stimulates muscle movement and improves backflow of vein blood; which both increase the metabolic rate. When used, the applicator is moved from one area of the human body toward a lymph node so that the lymphatic drainage can be more effective. Upon turning off the module (105), the sucking sensation ceases.

[0032] Suitable equipment to use as the sucking module include Vibrotone™, manufactured by Medical Aesthetic Group.

[0033] The above modules as shown in Fig. 1 may be alternated in terms of the their relative position with one another within the system, for example the vibration module (101) may be positioned before the suction module (105) and the ultrasonic microvibration module (103) may be positioned last, or the ultrasonic microvibration module (103) may be positioned before the suction module (105), and the vibration module (101) may be positioned last.

[0034] Fig. 2 is another embodiment of the present system, consisting of a vibration module (201), an ultrasonic microvibration module (203), a suction module (205), and an electrical stimulation module (207). The vibration module (201), the ultrasonic microvibration module (203), and the suction module (205) contain the characteristics as previously detailed in figure 1. The electrical stimulation module (207) can contain a voltage device (209), a control panel (211), applicator pads (213), and applicator connectors (215). The electrical stimulation module (207) can operate between 1 Hz to 100 Hz The module (207) is used to apply electronic muscle stimulation to the body of the user.

[0035] The electrical currents emitted from the electrical stimulation module (207) can deliver an efficient pulse to the body and stimulate 100% of the areas treated in total comfort and safety by using a fast rise time in the electrical signal, thereby reducing skin resistance, making the skin more permeable for the penetration of nourishing liposomes contained in cream and gel.

[0036] The electrical currents from the module (207) can also comprise physio sequential currents. In a physiosequential current, each signal, frequency, waveform and pulse width of the electrical currents are applied in a particular sequence and duration. Physiosequential currents maximize and concentrate results.

[0037] A portion of the electrical currents of the module (207) can comprise biodermal signals, which is a gentle mixture of high and low frequency-pulses, which could activate blood flow and stimulate skin tissue regeneration. The biodermal signals give an instant effect as the natural collagen in the body migrates to the stimulation site upon treatment. After administration, new dermal cells will be produced and the tone and elasticity of the skin will be recovered. Long term use of the biodermal signals will also help to reduce stretch marks and scar tissue.

[0038] Another portion of the electrical currents emitted from the module (207) can comprise bio stimulation patterns. Biostimulation patterns are low-frequency currents that comprise unique sub-pulses and wide pulse width, which could break down fatty tissue so that the fatty elements are flushed out by the lymphatic system. Unlike other electrolipolysis systems, the present system incorporates a gentle biostimulation in the module (207) to convert triglycerides into free fatty acids, which are then subject to a more vigorous pumping massage stimulation that accelerates adipose tissue breakdown and helps to eliminate toxins and fat build up in the body.

[0039] The module (207) may also comprise an isometric current, such current stimulates electronic exercise in the body flesh without effort. The slow and mixed frequencies are administered with a slightly higher pause time to allow the muscles to fully recover without fatigue or build up of lactic acid, which causes the aches and pains associated with excessive exercise. The isometric current is used as part of toning and tightening in the module (207) of the slimming program.

[0040] Monophasic isometric exercise is perceived as the more comfortable and natural biostimulation as the current flow is readily accepted by the body. Biphasic isometric exercise is a stronger sharper current which recruits the muscles very powerfully and is often used in athletic training. The present system can use a monophasic current as it is perceived as more comfortable and smooth.

[0041] Isotonic exercise is associated with active muscle functions. The present system has determined that an isotonic current can move muscles with load or resistance electronically so that it mimics an aerobic workout. An isotonic current is incorporated in the module (207) to apply micro-vibration among fat cells. Isotonic currents assist with bust lifting and rejuvenation, body shaping, buttocks lifting, underarms and inner thighs firming, muscle development, etc.

[0042] The module (207) can stimulate gymnastic activities in the muscles, which helps to shape muscles much faster than normal exercise without stress or harmful side effects. Based on research carried out by electrical stimulation physiologists and a recent paper published by Professor Gerta Vrbova, Department of Anatomy at University College London, there are several advantages in the gymnastics activity as compared to exercise, including but not limited to, bypassing normal muscle recruitment, activation of large motor units, higher levels of activity, focused target muscle activation, and no secondary systemic effects. The unique patterns of activity produced by the gymnastics signals are inbuilt into the bodyshaping programs of the module (207) and are delivered totally automatically at the appropriate phase.

[0043] The applicator pads (213) of the module (207) may number from 1 to 20, and can be used singly or in pairs. The applicator pads (213) may be made of a rubber, plastic, or polymer type substrate suitable for adhering to the body. The applicator pads (213) may be circular, spherical, or global, in a diameter of from 1 inch to 7 inches.

[0044] The applicator connectors (215) may be used to provide a connection between the control panel (211) and the applicator pads (213) whereby the electrical stimulation provided through the pads (213) can be adjusted.

[0045] Suitable equipment for use as the electrical stimulation module includes Ultratone Super Pro 20™ manufactured by Ultratone.

[0046] The electrical stimulation module (207) may also contain a ramped compensated current. In a ramped compensated current, each contraction envelope is gently ramped for a few milliseconds to allow the signal to penetrate smoothly and gradually into the body. The ramped compensated current could help to make the treatment comfortable, even when the intensity is strong and stimulation is vigorous.

[0047] Fig. 3 is the embodiment of the present system as shown in figure 1, further including a first diagnostic module (301). When the first diagnostic module (301) is included in the system, it is preferably administered before any other module, including the vibration module (303), the ultrasonic microvibration module (305), or the suction module (307). The first diagnostic module (301) can contain a voltage device (309), a control panel (311), a measurement device (313), and connector wire (312). The control panel can include a computer processor, a storage means such as a hard drive, and computer algorithms. The measurement device (313) is used to provide user data (315) to the control panel, such data being a series of measurements including but not limited to weight, waist size, bust size, hip size, arm size, blood glucose, blood cholesterol level, flesh water content, flesh fat content, and lean body mass percentage. The measurement device (313) can include but is not limited to scales, an electrical conducting device, a blood pressure monitoring device, or a blood sugar monitoring device.

[0048] Following receipt of the data (315) from the measurement device (313), the control panel (311) determines the body fat of the user through the use of bioelectric impendence analysis. Bioelectric impendence analysis is a process by which a small electrical current is sent through the body to measure the impedance or resistance to the current. Biological tissues, including muscle, fat, bone, and connective tissue, act either as conductors or insulators to the current. The current will flow through the path of least resistance. Muscle tissue, which contains about 80% water, acts as a good conductor for the current, while adipose tissue (i.e., fat), which contains very little water, acts as an insulator. Therefore, the current will travel around the adipose tissue, and through the water in the muscle. The more adipose tissue in the body, the harder the current must work to travel around the fat along the muscular structure. In this case, the resistance to the current generates a higher impedance value, which in turn reflects a higher value for body fat.

[0049] The impedance value is then inserted into a mathematical equation to determine body density and body fat percentage of the user. The mathematical equation is created by algorithms stored on the computer storage means in the control panel (311). Other data (315) that may be inserted into the equation includes height, weigh, sex, and physical stature. The equation may be correlated to Dual Energy X-Ray Absorptionmety and Hydrodensitometry (i.e., underwater weighing).

[0050] In one embodiment, the measurement device (313) may be comprised of two foot pads with integral electrodes inserted underneath, and a corresponding digital scale. In use, when the user stands on the scale, the body weight and the impedance are measured. These data (315) are passed to the control panel, stored on the hard drive, and inserted into the equations to calculate the body fat percentage and body density.

[0051] Calculations that may be stored on the hard drive of the control panel (311) as created by the algorithms include:

Body Mass Index: Weight (kg)

Height² (m²)

Lean body mass: Weight - Fat mass

Percent body fat: Body fat mass (kg)

Total weight (kg)

Waist to Hip ratio: Waist circumference

Hip circumference [0052] As the first diagnostic module (301) is employed before the administration of any other module, measurements and calculations obtained therefrom may be referred to as "initial" measurements, or "initial" calculations.

[0053] In another embodiment, the present system in figure 3 may further comprise a second diagnostic module (not shown). Similar to the first diagnostic module (301), the second diagnostic module can be comprised of a voltage device, a control panel containing a computer processor and storage means, and a measurement device. The second diagnostic module should be administered after any other module, including the first diagnostic module (301), the vibration module (303), the ultrasonic microvibration module (305), or the suction module (307). Again, similar to the first diagnostic module, through the measurement device, the second diagnostic module measures the weight, waist size, bust size, hip size, arm size, blood glucose, blood cholesterol level, flesh water content, flesh fat content, and lean body mass percentage of the user. The measurements, singly or in combination, are delivered to the control panel to calculate the body density and body fat percentage of the user. As these measurements and calculations are conducted after all other modules, they can be referred to as "final" measurements or "final" calculations.

[0054] When employed, the first diagnostic module is useful for designing the plan of action for administering the subsequent modules. The plan of action could involve deciding how long to use a particular module, the frequency level to employ for a particular module, the order in which the modules should be administered, and the parts of the user's body that should be treated. When employed, the second diagnostic module is useful in determining the effectiveness of the treatment from the earlier used modules.

[0055] A suitable diagnostic module for use in the present system would include Body Analyser 2040™, manufactured by Cesare Quaranta s.r.l.

[0056] In another embodiment, a Transcutaneous Electric Nerve Stimluation (TENS) can be incorporated in any one or more of the vibration, the ultrasonic microvibration, the suction, or the electrical stimulation modules. The TENS is a signal designed to anaesthetize the area being treated and has also been found to promote healing. TENS comprises two types of signals: Hi TENS and Lo TENS. Hi TENS incorporates a high frequency (85Hz), low pulse width TENS signal that gives excellent comfort-enhancing results for healthy muscles, simulating a very gentle rubbing sensation. This TENS pulse masks any discomfort caused by skin resistance or sensitivity to electronic muscle exercise. Lo TENS is a signal set at a low frequency (3Hz) with narrow pulse width. The short signals help to stimulate the production of endorphins, which are naturally present in the body, and produce a chemically anaesthetizing effect and a sensation of well being. Lo TENS is normally used for therapeutic purposes and for chronic pain management. In addition to providing a more comfortable treatment, the TENS signals may also ease referred pain, thus providing an invaluable diagnostic tool for physiotherapists or chiropractors.

[0057] A compensated current (not shown) can also be incorporated in any one or more of the vibration, the ultrasonic microvibration, the suction, or the electrical stimulation modules. The compensated current allows no build up of residual electricity in the electrodes. The oscillation of the compensated current could make cells more permeable and thus facilitates penetration of lyposomes or moisturizing agents.

[0058] It is also an object of this application to provide a method of using the present system.

[0059] Fig. 4 is an embodiment of a method of reducing fat using the present system, wherein a moisturizer (401) is placed on the body of a user. The moisturizer (401) may comprise ingredients such as Laminaria seaweed concentrate, fresh seaweed equivalent, ivy extract, glycolic, extract of focus vesiculosus, glycolic extract of sea fennel, heating agent; vitamin E, alginate gel, demineralized water; propylene glycol, glycerin nonoxynol- 12, triethanol amine, PEG-5 ethylhexanoate, alcohol, carbomer, sodium chloride; butylenes glycol, imidaxolidinyl urea, phenoxylethanol, hydrolyzed elastin, urea, decyl glucoside, methylparaben, ethylparaben, glucose, sodium PCA, thymus serpyllum (thyme extract), sorbitol, equisetum arvense (horsetail extract), propyl paraben, fragrance, theobroma cacao, tetrasodium EDTA, silybum marianum, alchemilla vulgaris; glycine soja, medicago sativa, raphanus sativus, fructose, hydrolyzed wheat protein, sodium glutamate, glycine, hydrolyzed glycosaminoglycans, hamamelis virginiana, lupinus albus citric acid; lysine, malic acid, tartaric acid, glycolic acid, lactric acid, sodium hydroxide, potassium hydroxide, triticum vulgare, FD&C blue 1, FD&C yellow 5, and panthenol. The ingredients may be used in combination of two or more. Suitable examples of moisturizing gels include La Science Intensive Slenderizing and Firming Gel™, La Science Anti-Cellulite and Slenderizing Cream™, La Science Essential Slimming and Firming ION Serum™, and La Science Super-active Conducting Gel™.

[0060] The pads of the vibration module are then placed on the body of the user (403), and the vibration module is turned on. Vibration is applied for 20 to 40 minutes depending on the needs of the user. During the treatment, the pads are moved in circular or similar pattern so that a broader area is covered. Treatment may be applied to one or more areas of the user's body. Treatment with the vibration module is then ceased.

[0061] A second moisturizing gel is then applied to the applicator pads of the ultrasonic microvibration module (405). The pads of the ultrasonic microvibration module are then positioned on the body of the user, and the machine is turned on (407). Microheat is provided by the ultrasonic microvibration module for a period of 20 to 40 minutes depending on the needs of the user, and then ceased. The ultrasonic microvibration module may be applied to one or multiple areas of the user's body.

[0062] The suction module is then administered to the body (409) by positioning the applicator over a particular area of the user's body, and turning the machine on. As the applicator sucks air in the direction of the control panel, the user's skin is sucked into the applicator's hollow center. The applicator is moved repetitively from one area of the body towards a body joint where the lymph node is located. Treatment is continued for 20 to 40 minutes and then ceased.

[0063] In an alternative embodiment, an electrical stimulation module can be administered following the suction module. In use, a conducting moisturizing gel is applied to the skin of the user. The applicator pads of the electrical stimulation module are positioned on needed areas of the user's body, and the module is then turned on. Through a series of muscle contractions and releases created by the electrical stimulation, desired areas of the user's body are toned. Treatment will occur for 20 to 40 minutes and then cease.

[0064] The modules as stated in figure 4 and further embodiments may be used in any order depending on the needs of the user. For example, a user may require electrical stimulation module more than a vibration module, therefore the electrical stimulation module may be used before the vibration module.

[0065] In a further embodiment, a first diagnostic module is employed as the first module in the system. Based on the measurements and calculations of the first diagnostic module, the subsequent modules' treatments are modified to meet the needs of the user. Immediately following the diagnostic module, the vibration module can begin.

[0066] In a still further embodiment, a second diagnostic module is employed as the last module in the system. The second diagnostic module will provide measurements and calculations for the areas the first diagnostic module measured and calculated for. The results from the second diagnostic module will be studied to determine the effectiveness of the treatments provided by earlier modules. [0067] Fig. 5 provides a table of data collected from users. The table provides measurements from a first diagnostic module (initial) and measurements from a second diagnostic module (final). In between the two modules, the users were administered vibration modules, ultrasonic microvibration modules, suction modules, and electrical stimulation modules, administered in an order based upon each user's specific needs.

EXAMPLE

Client

Male, 40 years old, weighted at 83.5kg.

I. First Diagnostic Module: Measuring the parameters of the user before the treatment (Initial)

Equipment and materials:

• Measurement device of the diagnostic module: Body Analyzer 2040 Tecnologia Estetica Quaranta by Cesare Quaranta. Product code: 070.03.2000

• Fasting blood glucose and total cholesterol analysis device: Provided by Bright Growth Medical Laboratory Ltd.

[0068] Procedures: The measurement device was placed on the waist of the user. The operating procedures of the device were followed according to the instruction manual thereof. The figures of fat content, water content, and lean body mass percentage were obtained from the equipment and were summarized in Table 1.

[0069] Blood was withdrawn from the user and was analyzed according to conventional methods at Bright Growth Medical Laboratory Ltd. The figures of the fasting blood glucose level and total blood cholesterol level were obtained and summarized in Table 1.

Table 1 II. Vibration Module

Equipment:

• G5 vibrator: WINSB.P.18-Z.I. Belloc 47700 Casteljaloux. Physiotherapie Generate Frane S/N#A002048. Tel:33 5 53 93 04 25

Materials used in module:

• Moisturizer: La Science Anti-cellulite and Slenderizing cream. Manufacturer: La Science Corporation. Product code: PLS001.

• Moisturizer: La Science Essential Slimming and Firming ION serum. Manufacturer:

La Science Corporation. Product Code: PLS004.

Procedures:

[0070] The La Science Anti-celluite and Slenderizing cream, and the La Science Essential Slimming and Firming ION serum were spread on the abdomen of the user. The heads of G5 were placed on the abdomen before the power is turned on. The heads of G5 were moved around the abdomen for 15 to 30 minutes before the power was turned off.

[0071] Detailed procedures and conditions of use could be referred from the instruction manual of the equipment.

III. Ultrasonic microvibration Module: Fat melting

Equipment and Materials:

• DIBI Body Ultrasonic, manufacturer: GTS Group Torre Boldone-BG-Italy, product code: 0330562

• La Science Essential Slimming and Firming ION serum, manufacturer: La Science Corporation, product code: PLS004

• La Science Super-active Conduction Gel, manufacturer: La Science Corporation, product code: PLS003

Procedures:

1. The Conduction Gel was smeared on every ultrasonic box.

2. The equipment was switched on and a MAIN MENU heading appeared on the visual display panel.

3. The Pads of the module were placed on the desired treatment area of the user' s body.

4. A Programme was chosen from the MAIN MENU on the display panel.

5. The Programme was begun by selecting "OK" on the display panel.

6. The module contains a timer to automatically turn it off. Upon the module being turned off, the display panel will revert back to the MAIN MENU selection page. 7. The module may be turned off by pressing "ESC" on the module's keyboard, and then switching the machine off.

[0072] The Programme may be paused by pressing the "Pause" button on the keyboard. The Programme may be begun again by pressing "OK" to re-start. Detailed operating procedures can be obtained from the module's instruction manual.

IV. Suction Module: Draining the fat from the body

Equipment and Materials:

• Vibroton, Serial No. : VIM005-01-04

Procedures:

1. The power to the module was turned "on"

2. The Programme "3/4" was chosen from the MENU screen on the display panel.

3. The "Enter" button on the keyboard was pressed.

4. The "Pulse" for the module was selected by pressing "3" on the keyboard.

5. The "Enter" button on the keyboard was pressed.

6. The "Time" for the Programme was selected by pressing "30" on the keyboard, and pressing "Enter".

7. The "Programme" was begun by pressing "Start" on the keyboard. The button "VAC" was pressed to begin sucking on the abdomen of the user while avoiding contact with bone and stomach.

8. The Applicator Pad was utilized to suck the bottom of the feet to the rear part of the knee.

9. The Applicator Pad was drag from the bottom of the feet to the rear part of the knee twice; then the Applicator Pad was moved in a figure 8 path between the feet and the rear of the knee. This step was repeated once.

10. The Applicator Pad was then dragged to the rear part of the knee, thigh, and the hip.

This was repeated. Then the Applicator Pad was moved in a figure 8 motion.

11. The Applicator Pad was used to suck the rear part of the knee to the thigh and then to the hip.

12. The Applicator Pad was then used to suck the back in the direction from the waist to the neck twice, in the left to right direction, then the Applicator Pad was moved in a figure 8 motion.

13. The Applicator Pad was then used to suck the back again. 14. Next, the Applicator Pad was dragged on the front of the leg, from the lower leg to the knee twice.

15. The lower leg to the knee was sucked.

16. The Applicator Pad was dragged from the knee to the thigh twice, then moved in a figure 8 motion.

17. The area from the knee to the thigh was sucked.

18. The Applicator Pad was next applied to the stomach of the user, and moved in a diamond shaped motion twice, then in a figure 8 motion.

19. The stomach of the user was sucked.

20. The arm's of the user were sucked in a figure 8 motion, twice.

The operation continued for 30 minutes, and then was discontinued.

For detailed operation procedures and conditions of use, please refer to the instruction.

V. Electrical Stimulation Module: Toning the body

Equipment and Materials:

• Ultrawave Physio Sequential System Super Pro20, manufacturer: Ultra Scientific Instruments Ltd., Model No. : UP202

• Applicator Pads and rubber bands

• Intensive Slenderizing and Firming Gel, manufacturer: La Science Corporation, product code: PLS004

[0073] Procedures: The slenderizing gel and the slenderizing ION serum were spread on the abdomen of the user. Several Applicator Pads were then placed on the abdomen evenly. The pads were fixed by rubber bands. The mode of the equipment was selected as "muscle toning" before starting operation. The operation lasted for 30 minutes and was stopped. The Applicator Pads and rubber bands were removed from the user.

VI: Second Diagnostic Module: Measuring the parameters after the treatment (Final)

Similar measurements taken for the First Diagnostic Module were repeated following application of the previous modules. The data is summarized in table 2.

Fasting Total Blood Fat content Water Lean Body Waist

Blood cholesterol (%) Content (%) Mass (%) (cm)

Glucose level (mmol/L)

Level (mmol/L)

6.0 5.1 22 65 78 85

Table 2

[0074] Comparing the data in Table 1 and Table 2 showed that the method demonstrated above is effective in slimming the human body, reducing the water and fat content of the flesh, and increasing the flesh density and reducing the blood glucose and cholesterol levels.

[0075] Although the specification only gives an example of the slimming abdomen of the body, it is understood that the slimming of other parts of the body also fall within the scope of the present system. The example only demonstrates the use of certain equipment to be used in each module; it should be understood that other equipment with similar functions can also be used in the modules to achieve the goals of the system. For example, G5™ was demonstrated as the equipment used in the Vibration Module. DibiBody™ Ultrasonic was demonstrated as the equipment used in Ultrasonic microvibration Module, but it should be understood that other equipment is capable of melting the broken fat under skin, such as Ultrasons™. In some cases, the same equipment could be used as two different modules mentioned above to achieve their respective goals. For example, because Vibrotone™ can also apply a sucking force to the skin, it can be used in the Suction Module. Other equipment that is capable of sucking the skin can also be used in Suction Module, such as M6™. Although Ultratone™ was demonstrated as the equipment used in the Electrical Stimulation Module, it should be understood that other equipment can be used to firm and tone the skin, such as Dibibody Tonic™.

[0076] Those skilled in the art will understand that any equipment with similar structure and operation to the equipment disclosed herein can also be used in the modules to obtain the same or similar purpose. In some cases, a single equipment could be used to perform the functions of the four modules, i.e., fat breaking, fat melting, fat drainage, and electrical stimulation. In that case, using such equipment to perform the four steps in a body slimming program also falls within the scope of the present invention.

[0077] Other modules may be included in the present system, including a hand massage module, or Chinese Acupressure Massage module, in order to improve the effectiveness of the system.

[0078] Acupressure is a type of bodywork that involves pressing specific points on the body with the fingers, knuckles, and palms (and sometimes the elbows and feet) to relieve pain, reduce stress, and promote general good health. Developed in China some 5,000 years ago, perhaps out of the natural human instinct to hold or rub a place on the body that hurts, acupressure is part of the holistic system of traditional Chinese medicine (TCM) that also includes acupuncture.

[0079] Traditional Chinese medicine views health as the constantly changing flow of vital energy, or qi throughout the body. If that flow is hindered, sickness may develop. The goal of acupressure is to release blocked energy by stimulating specific points—called acupoints— along the body's 14 primary meridians, or energy channels. Pressing firmly and steadily on the proper acupoints, it can promote energy flow to a part of the body that is experiencing disease or discomfort, enabling it to heal itself more readily. Acupressure typically uses the practitioner's hands to restore the balance of qi. Instruments such as conventional massagers and probes may also be used for providing the pressure at the acupoints. It has been found according to the present invention that using acupressure in combination with the above-described system and method provides a synergistic effect for fat loss.

[0080] Diet plans may also be incorporated in the system. Other methods that are helpful to improve the blood circulation or metabolism can also be incorporated. Any modifications or improvements of the treatment that are conceivable to those skilled in the art also fall within the scope of the present invention.

Claims

1. A system for reducing fat in a mammalian body, comprising

a. a mechanical vibration module (101, 201, 303),

b. an ultrasonic microvibration module (103, 203, 305) and,

c. a suction module (105, 205, 307).

2. The system according to claim 1, further comprising an electrical stimulation module (207).

3. The system according to claim 1, further comprising an acupressure massage module.

4. The system according to claim 1, further comprising a first diagnostic module (301).

5. The system according to claim 1, further comprising a second diagnostic module.

6. The system according to claim 4 wherein said first diagnostic module contains a measurement device (313) suitable for measuring weight, waist size, bust size, hip size, arm size, blood glucose, blood cholesterol level, flesh water content, flesh fat content, and lean body mass percentage.

7. The system according to claim 6, wherein said first diagnostic module further contains a control panel (311) suitable for providing bioelectric impedance analysis.

8. The system according to claim 5, wherein said second diagnostic module makes the same measurements as those given for a first diagnostic module.

9. The system according to claim 1, wherein said vibration module contains a voltage device (107), a control panel (109), applicators (1 11), and applicator connector (113).

10. The system according to claim 9, wherein said vibration module operates at a vibration frequency between 10 to 100 Hz.

11. The system according to claim 10, wherein said vibration module operates at a vibration frequency of 60 Hz.

12. The system according to claim 1, wherein said ultrasonic microvibration module contains a voltage device (115), a control panel (1 17), applicator pads (119), and applicator connector (121).

13. The system according to claim 12 wherein said ultrasonic microvibration module operates at a frequency between 0.5 MHz to 3 MHz.

14. The system according to claim 13, wherein said ultrasonic microvibration module operates at a vibration frequency of 3 MHz.

15. The system according to claim 1, wherein said suction module contains a voltage device (123) for providing a voltage thereto, a control panel (125), applicator (127), and applicator connectors (129).

16. The system according to claim 1, wherein the modules may be arranged in any sequential order for application.

17. A method of reducing fat in a mammalian body, comprising:

a) applying a first module (403) to the portion of said mammalian body with excessive subcutaneous fat, said first module selected from the group consisting of a vibration module, an ultrasonic microvibration module, and a suction module;

b) applying a second module (407) to the portion of said mammalian body with excessive subcutaneous fat, said second module selected from the group consisting of a vibration module, an ultrasonic microvibration module, and a suction module, wherein said second module is different from said first and third module; and

c) applying a third module (409) to the portion of said mammalian body with excessive subcutaneous fat, said third module selected from the group consisting of a vibration module, an ultrasonic microvibration module, and a suction module, wherein said third module is different from said first module and said second module.

18. The method according to claim 17, further comprising applying a fourth module selected from the group consisting of a vibration module, an ultrasonic microvibration module, a suction module, and an electrical stimulation module, wherein said fourth module is different from said first, second and third modules.

19. The method according to claim 17, further comprising employing a first diagnostic module before the application of said first module.

20. The method according to claim 19, further comprising employing a second diagnostic module after the application of a last module.

21. The method according to claim 17, further comprising applying a moisturizer (401, 405) before any of a vibration module, an ultrasonic microvibration module, a suction module, and an electrical stimulation module.

22. A method of reducing fat in a mammalian body comprising a. ) applying a mechanical vibration to the portion of the body where subcutaneous fat is selected to be reduced, said mechanical vibration operating at a frequency of 10 Hz to 100 Hz;

b. ) applying an ultrasonic microvibration to said portion of the body; said ultrasonic microvibration vibration operating at a frequency of 0.5 MHz to 3 MHz; and

c. ) applying a suction force to the skin of said portion of the body.

23. A method according to claim 22 further comprising applying a series of electrical current pulses to the muscle of said portion of the body to stimulate pulsating muscle contraction.

24. A method according to claim 23 further comprising applying acupressure to predetermined acupoints.