JP2018094078A - Subcutaneous fat reduction device using high electric field - Google Patents

Abstract

In order to promote a lipolysis effect, subcutaneous fat is sucked by decompression in the housing, and the sucked fat portion is stimulated by repetitive movement of the rotating body in the housing, and an electrode is provided on the rotating body. It is an object of the present invention to provide a subcutaneous lipolysis apparatus that promotes a lipolysis effect by applying electrical stimulation with a high voltage, and has an immediate effect and effectiveness and can be easily implemented. In a subcutaneous fat decomposing apparatus in which a subcutaneous fat portion is sucked into a casing 1 serving as a main body by decompression and a rotating body 2 provided in the casing 1 is repeatedly rotated, the inner surface of the rotating body 2 is provided. An electrode 10 is provided on a surface in contact with the skin, and electrical stimulation is applied from the electrode 10 by a high voltage. [Selection] Figure 1

Description

The present invention relates to a subcutaneous fat reduction apparatus that uses high electric field and reduced pressure to burn body fat and effectively reduce subcutaneous fat.

Various beauty instruments for reducing body fat have been developed. As a typical example, the suction port of the main body serving as an aspirator is pressed against the body and the inside of the main body is depressurized, thereby sucking fat and promoting the reduction of fat.

For example, in Japanese Patent No. 35696969, subcutaneous fat is sucked by the reduced pressure inside the main body, and the sucked fat part is stimulated by the repetitive movement of the rotating body inside the main body. Although a technique for reducing body fat by applying electrical stimulation by is described, fat reduction is not achieved by a high electric field.

Japanese Patent No. 5696969 (FIG. 4)

In order to promote the lipolysis effect, the present inhaler sucks subcutaneous fat by decompression in the housing, and further stimulates the sucked fat portion by the repetitive movement of the rotating body in the housing, and the rotating body It is an object of the present invention to provide a subcutaneous lipolysis apparatus that has an electrode and is electrically stimulated by a high electric field to promote a lipolysis effect and has an immediate effect and effectiveness and can be easily implemented.

The present invention relates to a subcutaneous lipolysis apparatus in which a subcutaneous fat portion is sucked by decompression into a casing serving as a main body, and a rotating body provided in the casing is repeatedly rotated. An electrode is provided on the electrode, and electrical stimulation is applied from the electrode by applying a high electric field.

The high electric field may be a pulse high electric field.

Furthermore, the housing can be automatically moved within a certain range.

When the skin is warmed to about 42 degrees, grabbing the subcutaneous fat while sucking and twisting to the left and right, the lipolysis is caused by stimulation, and the free fatty acid that comes out in the blood as soon as aerobic exercise is used as an energy source Reduces working fat. The combination of the effect of reducing subcutaneous fat by suction into the housing and the stimulation of the subcutaneous fat part sucked by the rotating body effectively achieves lipolysis, and the continuous use reduces subcutaneous fat. By applying a high voltage to the subcutaneous fat portion sucked into the housing, stress is applied to the living tissue, and a lipolysis effect can be further obtained. In particular, tests have shown that reducing subcutaneous fat in the abdomen leads to fat loss throughout the body.

By enabling the casing to move semi-automatically within a certain range, human work is reduced in reducing subcutaneous fat with respect to body fat within a certain range.

Overview of the present invention Cross-sectional view of an example subcutaneous lipolysis apparatus Side view of an example of a moving mechanism Plan view of an example of a moving mechanism Front partial perspective view of an example of a moving mechanism Side view of an example of wire placement Plan view of an example of wire arrangement Front view of an example of wire arrangement

The configuration of the present invention will be described with reference to the drawings based on examples.

For the casing 1 used for the main body, for example, a conventional subcutaneous lipolysis apparatus 20 as shown in FIG. 2 is used. For example, an electrode 10 for a high electric field is provided on the surface of the rotating body 2 provided in the housing that comes into contact with the skin, and stimulation by the high electric field is simultaneously applied. As shown in FIG. 1, in order to handle a high electric field with a high voltage, an electrode sheet 22 serving as an electrode is used at the bottom of the human body in order to prevent discharge to the surroundings and to form an efficient electric field.

A high electric field is selected from an AC voltage of 10 kV to 50 kV and a frequency of 1 kHz to 50 MH. This is because if it exceeds 50 MH, there is a risk of adversely affecting living cells. The high electric field uses a generator and generates a high electric field by applying a high voltage.

Since Joule heat is generated by applying an electric field to a living body, a thermal effect is produced depending on voltage and frequency conditions. In addition, the cells are activated by the conditions of voltage and frequency applied to the living body, promoting metabolism and promoting consumption of body fat.

The current flowing at this time is weak and does not adversely affect the human body. By adjusting the output from the generator, a weak current is output.

The generator is preferably installed in the housing of the subcutaneous lipolysis apparatus 20, but may be supplied from outside the housing. The high electric field may be a pulsed high electric field.

A configuration for automatically moving the subcutaneous lipolysis apparatus 20 will be described with reference to the drawings.

A bearing a31 is attached to the power plug / exhaust hole 8 of the subcutaneous lipolysis apparatus 20, and a bearing b32 is provided symmetrically on the lower portion of the housing 1 via the shaft 41.

The bearing a31 is sandwiched between the rail frame a33 and the rail frame b34, and the bearing b32 is installed in the rail frame c35 and the rail frame d36, respectively, so that the subcutaneous lipolysis apparatus 20 can move horizontally within the range of the rail frame. .

The rail frames a33, b34, c35, d36 are fixed by a housing frame 42 to constitute a housing. 3 is a side view of an example of the moving mechanism, FIG. 4 is a plan view of the example of the moving mechanism, and FIG. 5 is a partial front perspective view of the example of the moving mechanism.

A motor 38 having a pulley a37 attached is attached to the inside of the housing frame 42a, and a pulley b39 is provided at the ends and the center of the housing frames c and d, and at the center of the housing frames f and g. 40 is fixed to the coupling part 43 which opposes via each pulley 39 and the pulley a37. The wire 40 is preferably wound around the pulley a37 a plurality of times. 6 is a side view of an example of the wire arrangement, FIG. 7 is a plan view of the example of the wire arrangement, and FIG. 8 is a front view of the example of the wire arrangement.

When the motor 38 rotates, the wire 40 wound around the pulley a37 performs winding and feeding, and the subcutaneous lipolysis apparatus 20 moves. The start and stop of the movement is performed by a switch for driving the motor, but the movement and the movement amount may be set by a program every unit time.

At the time of movement, it is necessary to release the decompression inside the housing of the subcutaneous lipolysis apparatus 20, and it may be set by a program including the decompression release from the decompression and the movement.

A cover 50 may be provided on the housing frame 42. In order for the subcutaneous lipolysis apparatus 20 to move, the housing frame needs to be fixed to the human body, and a belt may be provided on the cover 50 and fixed to the trunk or the like.

  The subcutaneous fat reducing device using the high electric field of the present invention can be industrially produced, and can be used and provided in a beauty salon or an esthetic salon using this apparatus.

DESCRIPTION OF SYMBOLS 1 Case 2 Rotating body 3 Axis 4 Vacuum pump 5 Rotational power 6 Gear 7 Depressurization hole 8 Power plug and exhaust hole 9 Partition plate 10 Electrode 20 Subcutaneous lipolysis apparatus 21 High electric field generator 22 Electrode sheet
23 Connector 24 Code 25 Human body 30 Moving mechanism 31 Bearing a 32 Bearing b 33 Rail frame a
34 Rail frame b 35 Rail frame c 36 Rail frame d
37 pulley a 38 motor 39 pulley b 40 wire 41 shaft 42 housing frame (a, b, c, d, e, f, g) 43 connecting portion
50 cover

Claims (3)

In the subcutaneous lipolysis apparatus in which the subcutaneous fat portion is sucked into the main body casing by decompression and the rotating body provided in the casing is repeatedly rotated, electrodes are provided on the inner surface of the rotating body and in contact with the skin. A device for reducing subcutaneous fat using a high electric field, wherein electrical stimulation is applied from the electrode by a high electric field. 3. The subcutaneous fat reduction device using a high electric field according to claim 2, wherein the high electric field is selected from a range of 10 kV to 50 kV in terms of alternating voltage and a frequency of 1 kHz to 50 MH.   The subcutaneous fat reduction device using a high electric field according to claim 1 or 2, wherein the casing can automatically move within a range of a rail frame.

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