KR20090108189A - Corporal form controller - Google Patents

Abstract

PURPOSE: A body form controlling device is provided to manage a body part with two frequencies satisfying circuit operating conditions, and to offer convenience while removing a pricking phenomenon. CONSTITUTION: A body form controlling device includes a key matrix part(101), a display part(141), and an indication LED part(143), a control part, and a backlight part(145). A controller is built in the body from controlling device to determine an operation state and channel choice with the key matrix part. The display part indicates a corresponding state by receiving a key value from the key matrix part. A drive controller is controlled through communications. An ultrasonic wave control part(117) outputs interference wave and free wave with a channel 1. A sub control part(129) supplies the free wave with a channel 2A, 2B, and 3.

Description

Body form controller {Corporal form controller}

The present invention relates to a body care device.

More specifically, the body can be used in close contact with the user's abdomen, thighs, arms, joints, etc., and the two types of frequencies can be used to select and use two frequencies of interfering waves and internal preparatory equivalent circuit operating conditions. It's about the manager.

In general, obesity refers to a condition where fat is excessively occupied in the state of excessive accumulation of fat in the body, and men are 20% or more of body weight and women are 30% or more of fat. do.

This type of obesity is classified according to the causes, but mainly the abdomen, thighs, arms and fat is accumulated.

Therefore, in the related art, after preparing a belt-type obesity control unit as a means for decomposing fat accumulated in the abdomen, waist, arm, and the like, the ultrasonic generator and the low and low frequency generator are built in the obesity control unit. It is used closely to the affected abdomen, waist, arms and joints.

However, because the low and mid frequencies generated by the obesity control group is generated in the form of a square wave, tingling occurs due to skin resistance, so that the user gives discomfort or discomfort while wearing and operating the obesity control unit. Due to this increase in skin resistance there is a problem that only 60-70% is absorbed into the body.

Therefore, the present invention has been made to solve the problems of the prior art as described above, the object of the present invention is to be able to use close to the user's abdomen, thighs, arms, joints, etc., and the internal parallel equivalent to the interference wave using four electrodes The present invention provides a body shape manager that can select and use two kinds of frequencies that satisfy the circuit operating conditions.

One embodiment of the present invention for achieving the above object, in the body manager having a display unit, a control unit including a key matrix unit, a display unit, an indicator LED unit and a backlight unit, the user is connected to the key matrix unit 101 There is a built-in controller that can determine the channel selection and channel operation by using, and receives the key value from the key matrix unit 101 to display the state on the display unit 141, included in the drive through communication A key controller 103 for controlling a drive controller (not shown) of each of the driven units, and sending a digital signal for an output coming from the main controller 105 to be described later to the display unit 141 to display a real-time output change value. And a storage unit 107 for storing a body type management program, and output control for the key input is performed by one of channels 1 to 4. Determining whether or not the signal is selected by the null, whether or not the frequency generated through the selected channel is selected by the negative feedback control for the feedback so that the selected frequency can be generated through the selected channel, by determining the mode selected by the user The main controller 105 reads the selected mode from the storage unit 107 and controls the entire system to be driven in the mode, and two pads of the four pads of the channel 1 are controlled by the main controller 105. The fixed 4Khz frequency is generated, and the duty time and amplitude are varied according to the program stored in the storage unit 107 to generate a pre wave to the remaining two pads of channel 1, or to supply an interference wave to the four pads. Drive and the interference wave and the pre-wave by channel 1 with respect to the frequency output from the drive. It is characterized by consisting of an ultrasonic control unit 117, and a sub-control unit 129 such that the supply channels 2A, 2B, only a, 3-free waves over the frequency output from the drive.

Therefore, the present invention allows the interference wave, pre-wave or ultrasonic wave to be generated through the obesity control table used in close contact with the user's abdomen, thighs, arms, and joints, and converts the digital signal into an analog signal to output an AC sine wave. By removing the tingling generated from the resistance, there is an effect that allows the user to wear and operate the obesity management console without discomfort or discomfort.

Hereinafter, the configuration of the present invention will be described with reference to the accompanying drawings.

As shown in FIG. 1, the body manager includes a key matrix unit 101, a display unit 141, an indicator LED unit 143, and a backlight unit 145 connected to the key control unit 103. There is a built-in controller that can determine the channel selection and channel operation using the matrix unit 101, receives the key value from the key matrix unit 101 and displays the state on the display unit 141, Controls the drive controller (not shown) of each drive unit included in the drive through communication, and sends a digital signal for the output from the main controller 105 to be described later to the display unit 141 to display a real-time output change value. The key control unit 103, the storage unit 107 for storing the body type management program, and the output control for the key input are performed by recognizing a signal selected from one of the channels 1-4. The control unit may determine whether the frequency generated through the selected channel is selected as a negative feedback, and control the feedback to allow the selected frequency to be generated through the selected channel, and determine the mode selected by the user to store the selected mode. 107 reads from the main control unit 105 to control the entire system to run in the corresponding mode, and in response to the control of the main control unit 105, two of the four pads of the channel 1 to generate a fixed 4Khz frequency A drive for varying the duty time and amplitude according to a program stored in the storage unit 107 to generate a pre wave to the remaining two pads of channel 1, or to supply an interference wave to the four pads; Ultrasonic control unit 117 for outputting the interference wave and the pre-wave to the channel 1 with respect to the output frequency, and The sub-controller 129 for a frequency channel 2A, 2B, 3 to the output from the drive-free wave only to be supplied, and consists of a cooling fan (400).

The drive includes a pre-wave drive unit 109 corresponding to a pre-wave drive for varying duty time and amplitude under the control of the main controller 105, and a drive for generating an interference wave under the control of the main controller 105. It consists of an interference wave driver 111 corresponding to the.

The ultrasonic control unit 117 is a frequency generated by the beat frequency (Beat Frequency) of the interference wave generated by the four pads of the channel 1 from the interference wave driving unit 111 under the control of the main control unit 105 The interference wave using the difference is generated, and the interference wave is output to the pad through the channel 1 interference wave output unit 301 so as to be supplied to the channel 1, or according to the duty management program stored in the storage unit 107. The pre-wave is generated by the two pads of channel 1 by varying the amplitude and amplitude, and the pre-wave is output to the pad through the channel 1 pre-wave output unit 302 to be supplied to the channel 1, and the ultrasonic waves are transmitted from the key control unit 103. If channel 1 is selected and ultrasound is selected, a separate microcomputer is built in the ultrasonic control unit 117 through communication to perform the corresponding control and simultaneously output the ultrasonic drive 1 (197) and the ultrasonic drive 2 (199) together. Generated by the oscillation by the oscillator 1 123, a second oscillator 125 has a structure for generating the ultrasound.

In the case of the interference wave supplied to the channel 1, one side is fixed at 4000 hz, and one side generates a frequency of 4000 to 4170 hz with varying duty time and amplitude based on 4000 hz.

The low frequency output waveform supplied to the channel 1 consisting of the channel 1 or the channel 2A and the channel 2B is an AC sine wave shape in which a digital signal is converted into an analog signal, thereby eliminating the tingling phenomenon caused by skin resistance.

When the power is supplied by the user, the main controller 105 determines whether the cooling fan 400 is connected, and controls the entire system to operate the body type manager when the cooling fan 400 is normally connected. do. Therefore, since the internal heat generation of the body manager to which the present invention is applied can be reduced, high stability can be ensured.

When the channel selection signal is input by the user, the main controller 105 determines whether the belt is connected, and when the belt is connected, the body manager is operated, and the belt manager is continuously connected even while the body manager is in operation. Check to stop the operation of the body shape manager when the belt is not normally connected.

When the automatic level mode is selected by the user, the main controller 105 allows the automatic level to be sequentially performed up to 15 levels. When the manual level mode is selected by the user, the main controller 105 provides 18 levels so that the user can select the automatic level mode. Therefore, it is possible to give the setup function that suits the special user's taste, and the user can not only change the overall graph roll corresponding to the level, but also save the input values set according to the user's taste for later use. It is also possible to restore the factory default settings.

Mode information applied to the body type management program stored in the storage unit 107 is managed by the main control unit 105.

As shown in FIG. 5, the key matrix 101 includes a main body power supply on / off selection key (1), an interference wave ON / OFF selection key (2) of CH1, and low frequency ON / OFF of CH1 to CH3. Select key (3), MODE A to F select key (4), down key (5), up key (6), hold select key (7), start select key (8), setup select key (9), time setting Key (10), Channel 1 (Double) ON / OFF Selection Key (11), Channel 2 (Thigh A, B) ON / OFF Selection Key (12), Pad & Footrest ON / OFF Selection Key (13), Probe ON / OFF selection key (14).

 The main body power supply ON / OFF selection key 1 supplies and cuts off the main body power and is in standby (LEVEL 0) state, and the interference wave ON / OFF selection key 2 of channel 1 has a total of six modes ( A, B, C, D, E, F) are output. At this time, the interference wave can be selected only for channel 1 and not in other channels.

Pre-wave ON / OFF selection key (3) of CH1 ~ CH3 selects pre-wave only for channel 2 and channel 3 among 6 modes (A-F), and selects interfering wave, pre-wave and ultrasonic for channel 1 Do.

MODE A ~ F selection key (4) allows the user to select one mode for each channel among the six modes (A ~ F), and change the desired mode by rotation flow.

The down key 5 is used for time, level, setup, etc., and the key is continuously inputted so that the corresponding value can be down. The up key 6 is used for time, level, setup, etc. like the down key 5. In order to be able to increase the value by successive key input.

The hold select key 7 allows the current state to be stopped for a while when the hold select key is selected once among all operations, and when the start select key 8 is pressed, the body manager operates again. If it is in the hold state, only the corresponding key can be selected, and functions such as time, setup, and mode key input will be disabled.

The start select key 8 can automatically start the mode or manually set the mode and then execute the set mode. That is, it is divided into Auto Mode start mode and Manual Mode Recall Operating start mode.

The time selection key (9) can be adjusted by default in 30min, 30min, 1min increments, and can only be used to enter the usage time before the start key is pressed. The internal time is only applied while the hold function is being performed.

The ultrasonic setting key 10 is set by default after selecting channel 1, but the user can use the interference wave or pre-wave by the user. Frequency (pre-wave, interfering wave) and ultrasound can be used individually, but not mixed. While ultrasonics are being generated it is not possible to change to another frequency. That is, it is possible only before pressing the start button, and the frequency cannot be changed when the start button is in use.

If you select channel 1 (abdomen), ultrasonic waves are initially set as the default, and the user can select the interference wave and the pre-wave, and the user can select the mode from A to F and use it. Is impossible to change.

The channel 2 (thigh A, B) ON / OFF selection key 12 can change the output level by flashing only the corresponding display during a single operation. Or may be turned off by order. In addition, thigh belt A is set to the top LED and thigh belt B is set to the bottom LED.When the thigh belt is divided into two A and B, the operation sequence according to key input is A On, B Off-> A Off, B On-> A On, B On-> A Off, B Off That is, when the user presses the key once, the thigh belt A is activated, the upper LED is turned on, the thigh belt B is not operated, and the lower LED is turned off. When the user presses the key again, the thigh belt A stops working and the upper LED flashes while the thigh belt B is activated and the lower LED lights.

The pad & scaffold ON / OFF selection key 13 can change the output level while the corresponding display is flickering in one operation, press and hold to turn off the channel during operation, and low frequency can be output to the pad. Outputs an on / off signal. At this time, the intensity of the low frequency is set so that the scaffold is stronger than the pad.

Probe ON / OFF selection key (14) operates the lower power key once to supply power, and then the power LED blinks to indicate the power supply.In this case, when the upper key is pressed, only one mode selection is made during ultrasonic and vibration. It can be used, and if the mode is selected, it can be changed 2 minutes before it is changed, and after 2 minutes, it is changed from flashing to lighting, maintaining the current state until the end, and the ultrasonic level is fixed in one step only. It is configured only in the mode, the long press during the operation to return to the state of pressing only the power and press the operation power key supplied to the probe 300 can turn on or off the operation of the probe.

Referring to the operation of the body manager configured as described above are as follows.

First, as the state display for the operation, as shown in FIG. 1, the display unit 141, the backlight unit 145, and the indicator LED unit 143 are large, and there is a key matrix unit 101 corresponding to a key input. The controller, the drive unit, and the controller that manages the communication so as to proceed in a feedback manner for the determination of the operation of the channels 1, 2A / 2B, 3, and 4 and the output are built in.

Of channel 1 Operating mode )

In the case of channel 1, the terminal is connected to an abdominal belt coupled to the abdomen, and the abdominal fat is decomposed by the interference wave and the pre-wave provided through the channel 1 so that abdominal obesity can be managed. That is, the ultrasonic controller 117 of the body manager determines whether the channel 1 selection signal is input through the main controller 105 (S101), and when the channel 1 selection signal is input as a result of determination, turns on the channel 1 LED (S103). In step S105, it is determined whether a frequency (interfering wave or pre-wave) key is selected.

As a result of the determination in step S105, when the frequency generation mode is selected, the key controller 103 determines whether the selection key of the ultrasonic wave is pressed by the user after converting the interference wave generation notification LED from flashing to lighting (S109).

If the ultrasound is selected in step S109, if the user selects a level using the down key 5 or the up key 6 when the user selects the start level S117, the ultrasound controller 117 drives the ultrasonic wave to output an output value corresponding to the ultrasound level. Drives 1,2 (197,199) to output frequencies corresponding to vibrator 1 (123) and vibrator 2 (125). If ultrasonic waves are not selected, mode selection (S115) is made by the user and starts. It is determined whether the selection (S117) has been made so that only the corresponding frequency (interference wave, free wave) selected by the user is output. At this time, the ultrasonic wave and the frequency (interference wave, free wave) are not output at the same time, and while the ultrasonic wave is output, the interference wave and the free wave are not output, thereby increasing the stability of the obese body type manager. The interference wave supplied at 1 produces an interference wave with a fixed frequency of 4000 hz and a variable frequency of 4001 to 4150 kHz, and the pre wave outputs 4001 to 4150 hz to two pads by changing the duty time and amplitude based on the 4000 hz. In the case of the frequency supplied to the channel 1, the output waveform is supplied in an AC sine wave shape in which a digital signal is converted into an analog signal, thereby eliminating the tingling phenomenon due to skin resistance.

(A and / or B on channel 2 Operating mode )

Meanwhile, channel 2 is composed of channels 2A and 2B, and thigh belts coupled to thighs are connected to channels 2A and 2B to decompose fat of the thigh by the frequency supplied through the channels 2A and 2B. That is, the sub-control unit 129 generates output by making the four pads in series equivalent to the pre-wave output from the main control unit 105. Substantially, the sub-control unit 129 proceeds with only a simple connection role. The determination of the output is determined by the main controller 105. That is, the main controller 105 determines whether the channel 2 selection signal is input, and when the channel 2 selection signal is input, turns on the A and B selection notification LEDs of the channel 2 from blinking (S203), and then the user selects the A, B, It is checked whether or not a mode is selected to operate the B pad (S207). As a result of the check, when the operation mode for the A and B of the channel 2 is selected, the low frequency notification LED is turned on (S209).

Here, A and B have the same meanings as the above-described channels 2A and 2B. In the mode selection step in step S207, the channels 2A and 2B are selected in the order of pressing the channel 2 on / off selection key 12. For example, A on, B off mode-> A off, B on mode-> A off, B on mode-> A, B all off modes according to the number of times the channel 2A on / off selection key 12 is pressed. Can be set to a total of four steps.

When the sub-control unit 129 finishes the input so that the corresponding mode is output when the prepa is determined by the user and the mode is selected, the sub-control unit 129 determines whether the start selection key 8 is selected by the user (S217), and starts the start selection key ( If 8) is selected, the pre wave is supplied to A and / or B of channel 2 and to both A and B (S219).

When the jack is not connected to the channel 2A, the sub-control unit 129 is supplied to the scaffold pad 115 provided to put the foot on the lower end of the hardware of the body type manager.

At this time, the output waveform of the prewaves supplied simultaneously with A and / or B of the channel 2 and / or A and B of the channel 2 is AC sine wave shape.

(Channel 3 Operating mode )

Channel 3 is composed of an adhesive pad 135 and a ring pad (not shown) provided to the user in the desired position, the foot pad 115 provided to place the foot on the lower end of the body of the body manager The low frequency is supplied to the main control unit 105, and the main control unit 105 determines whether the channel 3 selection signal is input through the key control unit 103 (S301).

When the channel 3 selection signal is input, the main controller 105 turns on the channel 3 selection notification LED (S303), turns on the low frequency notification LED (S305), and outputs the pad to the channel 3 selected by the user. It is determined whether the level of the set frequency is set (S307).

As a result of the determination, when the level is set (S309), the main controller 105 determines whether the mode is set (S311), and when the level is set and the mode is selected, the main controller 105 switches the current mode to the corresponding mode. After that, it is determined whether the start select key 8 is selected (S313), and when the start select key 8 is selected, the frequency is supplied to the channel 3 (S315). Channel 3 can be used as either ring pad or adhesive pad.

At this time, the output frequency of the low frequency supplied to the channel 3 is AC sine wave shape.

(Channel 4 Operating mode )

The probe 300 is connected to the channel 4, and is supplied with power according to an operation signal output from the main controller 105, and an analog signal representing the amount of change in the current value is digitally output by the A / D converter 137 according to the probe operation. The signal is converted into a signal and transferred to the key control unit 103 through the main control unit 105 to display the probe output value on the display unit 141. In the case of the probe 300, the probe 300 may be used to intensively manage a portion having a large surface area such as a face.

That is, the probe 300 includes both the ultrasonic generator 310 and the vibration motor 320 as shown in FIG. 6, and the ultrasonic generator 310 or the vibration motor 320 is electrically To allow the user to massage the face.

The ultrasonic generator 310 is formed on the top of the probe 300 and can be used by pressing a button to select an ultrasonic wave and a vibrator after the power button is 'on' while being electrically connected to the ultrasonic button 311 formed on the body. When the ultrasonic button 311 is 'on', the ultrasonic generator 310 is operated for 5 minutes to generate ultrasonic waves.

In addition, the vibration motor 320 is fixed to the inside of the probe 300 body and the vibration button 321 after the 'on' the power button in the state that the lid 323 is coupled to the top of the ultrasonic generator 310 selects the vibration button 321 When the vibration motor 320 is supplied with power, the vibration motor 320 is driven so that the probe 300 itself vibrates.

Referring to the modes A to F described above, A is a mode for outputting 1, 3, 5, 7, 9, 11, 13, and 15 으로 at 3 second intervals with 1 to 15 ,, and B to 80 ~. This mode is to output 80, 90, 100, 110, 120, 130, 140, 150 Hz at 3 second intervals at 150 Hz, and C is 10, 20, 30, 40, 50 at 3 seconds intervals at 1 to 80 Hz. , 60, 70, 80㎐ is a mode to output, D is 100 ~ 150㎐ and it is a mode to output 100, 125, 150㎐ at 5 second intervals, E is 1 ~ 150㎐ at 5 second interval 1 , 5, 30, 45, 60, 75, 90, 105, 120, 135, 150㎐ is a mode to output. F is 80 ~ 150㎐ and is randomly output according to the pointer at 5 second intervals. 1-4080 Mode to output ~ 4090㎐, 2-4091 ~ 4100㎐, 3-4101 ~ 4110㎐, 4-4111 ~ 4120㎐, 5-4121 ~ 4130㎐, 6-4131 ~ 4140㎐, 7-4141 ~ 4150㎐ to be.

As described above, preferred embodiments of the present invention have been described, but the present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described claims, and the present invention is not limited to the scope of the present invention. Anyone with knowledge of the present invention will have the technical spirit of the present invention to the extent that various modifications can be made.

1 is a block diagram for explaining the overall configuration of the body manager according to the present invention.

2 to 4 is an operation flowchart for explaining a method of operating the body type manager in accordance with the present invention.

5 illustrates a display panel and a key panel.

6 is an exploded perspective view of a probe applied to the present invention.

7 is a view for explaining the interference wave applied to the present invention.

8 is a view for explaining a prepa applied to the present invention.

** Description of the symbols for the main parts of the drawings **

101: key matrix 103: key control unit

141: display unit 143: indicating LED unit

145: backlight portion 300: pro portion

105: main control unit 107: storage unit

109: pre-wave driving unit 111: interference wave driving unit

117: ultrasonic control unit 197: ultrasonic drive 1

199: ultrasonic drive unit 2 123: vibrator 1

129: sub control unit 125: vibrator 2

135: adhesive pad portion

Claims (9)

In the body manager having a key matrix unit, a display unit, a display unit including an indication LED unit and a backlight unit, and a control unit, There is a controller that allows the user to select the channel selection and channel operation using the key matrix unit, and receives the key value from the key matrix unit to display the state on the display unit, the communication unit A key controller which controls a drive controller of each driving unit included in the display unit, and sends a digital signal on an output from an outside to the display unit to display a real-time output change value; A storage unit for storing a body type management program; The output control for the key input determines whether the signal selected from one of the channels 1 to 4 is recognized, and whether or not the frequency generated through the selected channel is selected in a negative way to generate the selected frequency through the selected channel. A main control unit configured to control a negative feedback so as to determine a mode selected by a user and to read the selected mode from the storage unit and control the entire system to be driven in the corresponding mode; In response to the control of the main controller, two of the four pads of channel 1 generate a fixed 4 kHz frequency, and the duty time and amplitude are varied according to a program stored in the storage unit to the remaining two pads of channel 1. A drive to generate a pre wave or to supply an interference wave to four pads; An ultrasonic control unit for outputting the interference wave and the pre-wave by channel 1 with respect to the frequency output from the drive; And A sub controller configured to supply only pre-waves to channels 2A, 2B, and 3 with respect to the frequency output from the drive; Body shape management, characterized in that consisting of. The method of claim 1, The drive includes a pre-wave drive unit corresponding to a pre-wave drive for varying duty time and amplitude under the control of the main control unit, and an interference wave drive unit corresponding to a drive for generating interference waves under control of the main control unit. Body shape management, characterized in that the. The method of claim 1, The body manager is switched by the jack of the channel 2A under the control of the main control unit so that the frequency is selectively supplied to the scaffold pad. The method of claim 1, The interference wave supplied to the channel 1 is a body shape manager, characterized in that generated using a difference between the fixed frequency 4000hz and the frequency variable to 4001 ~ 4150hz. The method of claim 1, The output waveform of the frequency supplied to the channel 1 or channel 2, Body shape manager, characterized in that the AC sine wave shape that is converted to an analog signal to output from a digital signal. The method of claim 1, The body shape manager, characterized in that it comprises an ultrasonic control unit for receiving the number of stages of the ultrasonic level of the main control unit to output the ultrasonic wave. The method of claim 1, The body manager further includes a cooling fan, The main controller, when power is supplied by a user, determines whether the cooling fan is connected, and controls the entire system to operate the body manager when the cooling fan is connected normally. The method of claim 1, When the channel selection signal is input by the user, the main controller determines whether the belt is connected, allows the body manager to operate when the belt is connected, and continuously maintains the belt connection state while the body manager is in operation. Body type management, characterized in that to stop the operation of the body type manager when the belt is not connected normally. The method of claim 1, The main control unit, when the automatic level mode is selected by the user, the automatic level is sequentially performed up to 15 levels, when the manual level mode is selected by the user to provide 18 levels so that the user can select Body shape management.

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