KR100358295B1 - Corporal form controller - Google Patents

Abstract

The present invention relates to a body manager using the pressure of the air, the air pressure regulating valve 60 is connected to the valve drive motor 80 is operated and controlled by the control means 20 via the coupling 90, Vibration mode selection switch 18 is provided on the input means 10, and a vibration mode display unit 78 is provided on the output means 70, so that the user operates the vibration mode selection switch 18 so as to be suitable for the body type. When the mode is selected, the selected vibration mode is visually displayed through the vibration mode display unit 78, and the air pressure regulating valve 60 is automatically opened and closed corresponding to the mode by the valve driving motor 80. The ease of use has been greatly improved, and the body type management can be managed systematically and effectively.

Description

Body form controller {Corporal form controller}

The present invention relates to a body manager using air pressure, and more particularly, to a body manager in which the air pressure is automatically changed according to the vibration mode when the vibration mode is arbitrarily selected.

As shown in FIG. 1, the conventional body manager includes an input unit 10 including various switches 11, 12, 13, 14, 15, 16, and 17; Control means 20 which are operated and controlled by an output signal from the input means 10; An air pump 30 which is operated and controlled by a control signal from the control means 20; Operationally controlled by a control signal from the control means 20, the air pressure from the air pump 30 is transferred to the main air line connection socket 1b, or the main air is blocked while blocking the air pressure from the air pump 30. An air line selection solenoid valve 40 for transferring atmospheric pressure to the line connection socket 1b; An air filter 50 for removing foreign substances in the outside air that is sucked in; It is connected to the air line A3 connecting the air pump 30 and the air line selection solenoid valve 40, and selectively discharges some of the air pressure from the air pump 30 to the outside to select the air line selection solenoid valve. An air pressure regulating valve 60 for changing the air pressure to 40; Output means 70 which is operationally controlled by the control means 20 to visually display the operation state of the body type manager; The main air line connection socket (1b) is connected to the solenoid valve 40 for airline selection has a structure consisting of a case (1a).

In the case of the body type manager 1 using an air pressure lower than atmospheric pressure, the air filter 50 is installed between the airline selection solenoid valve 40 and the airline opening and closing solenoid valves 100a and 100b, and the atmospheric pressure In the case of the body type manager 1 using higher air pressure, the air filter 50 'is provided in the air lines A1 and A2.

When the operation state thereof is schematically described, first, the user operates the air pressure setting switch 13 and the tire setting switch 17 in a state where the power switch 11 of the input means 10 is switched from the OFF state to the ON state. After the operation time of the air pump 30 and the strength of the air pressure from the air pump 30 are determined, and the air pump operation switch 12 is switched from the OFF state to the ON state, the air pump 30 is set for the set time. It automatically stops after starting. At this time, when using an air pressure lower than atmospheric pressure, after the air from the outside flows through the main air line connecting socket (1b), the main air line connecting socket (1b) → air line (A5) → air line ( A4) → Air filter (50) → Air line (A4) → Air line selection solenoid valve (40) → Air line (A3) → Air pump (30) → Air line (A2) → Flow to air line (A1) Then, the air is discharged again through the air line A1. On the other hand, in the case of using an air pressure higher than atmospheric pressure, after air from outside is introduced through the air line A1, the air line A1 → air filter 50 '→ air line A2 → air pump 30 ) → Air line (A3) → Air line selection solenoid valve (40) → Air line (A4) → Air line (A5) → Air line connection socket (1b; 1c) flows to the air line connection socket ( It is discharged again through 1b; 1c).

While the air pump 30 is operating, the user rotates the handle 62 of the air pressure regulating valve 60 to the left and right to open and close the inlet and outlet 61, and the outside air enters and exits the air pressure regulating valve 60. 61) and the air pump 30 is sucked through the air line A8 (when using a pressure lower than atmospheric pressure), or a part of the high pressure air from the air pump 30 is air line A8 and inlet and outlet. It is discharged to the outside through 61 (when using a pressure higher than atmospheric pressure). Therefore, when the user rotates the handle 62 of the air pressure control valve 60 to the left and right, since the air pressure is changed, the vibration effect can be obtained.

After the operation of the air pump 30 is stopped, it takes a relatively long time to remove the applied pressure. Therefore, when the applied pressure is to be removed in a short time after the air pump 30 is stopped, the solenoid valve operation switch 14 may be switched from OFF to ON. When the solenoid valve operation switch 14 is turned ON, the air line A7 is opened while the air line selection solenoid valve 40 shuts off the air line A3. The air line A4 and the air line A7 are opened. ) In communication, the applied pressure is quickly removed.

When an arbitrary mode is selected by operating the timing mode selection switch 15, the operation of the airline selection solenoid valve 40 is controlled corresponding to the corresponding mode, so that the applied air pressure is removed differently for each mode.

Meanwhile, as shown in FIG. 1, at least one auxiliary air line connecting socket 1c to an air line A5 connecting the air line selection solenoid valve 40 and the main air line connecting socket 1b. The air pressure from the solenoid valve 40 for air line selection by the control signal from the control means 20 to the air line A6 of each auxiliary air line connecting socket 1c. The solenoid valves 100a and 100b for opening and closing the air lines are separately installed and the air line selection switch 16 and the open air line display unit 76 are provided on the input means 10 and the output means 70. If so provided, it is possible to simultaneously use a plurality of mechanisms 110, 120 (see Fig. 3) or a plurality of air tube band (210 (see Fig. 4)) as needed.

When the operation state thereof is schematically described, in the initial state in which the power switch 11 of the input means 10 is turned ON, the air line opening and closing solenoid valve 100 is maintained in the OFF state, and the open air line display unit Reference numeral 76 indicates that only the air line A5 to the main air line connection socket 1b is in an open state. In this state, when the air line selection switch 16 is operated to select an air line A6 to an optional auxiliary air line connecting socket 1c, that is, an air line A6 to be additionally used, the selected air line ( As A6) is additionally displayed on the open air line display unit 76, the air line opening / closing solenoid valve 100 installed in the corresponding air line A6 is opened, so that the air pump operation switch 11 is turned ON. When the body manager is operated, since the air pressure of the air pump 30 is transmitted to the main air line connecting socket 1b and the selected auxiliary air line connecting socket 1c, both of them can be used.

However, according to the prior art, in order to obtain the vibration effect, the user directly grabs the handle 62 of the air pressure regulating valve 60 and rotates it from side to side, which causes a problem in that the use is quite inconvenient.

In addition, the vibration by manual operation can not only depend on the user's skill level, but even if the user is a skilled person, the same vibration can not be applied according to the body type every time, so the body shape management by the vibration effect cannot be performed properly. Is generated.

Therefore, the present invention has been invented to solve the above problems, and an object of the present invention is to provide a body manager in which the air pressure is automatically changed according to the vibration mode when the vibration mode is arbitrarily selected.

1 is a block diagram showing a body manager according to the prior art,

2 is a block diagram showing a body type management device according to the present invention,

3 is a perspective view showing an example of use of the body type management device according to the present invention,

Figure 4 is a perspective view showing another use example of the body type management device according to the present invention.

-Explanation of terms for the main parts of the accompanying drawings-

One ; Body manager, 1a; case,

1b; Socket for main air connection, 1c; Socket for auxiliary air line connection,

10; Input means, 11; Power switch,

12; Air pump operation switch, 13; Air pressure setting switch,

14; Solenoid valve actuation switch, 15; Timing mode selector switch,

16; Airline selector switch, 17; Timer setting switch,

18; Vibration mode selection switch, 20; Control Panel,

30; Air pump, 40; Solenoid valve for air line selection,

50; Air filter, 60; Air pressure regulating valve,

61; Inlet and outlet, 70; Output Means,

71; A power-on display section 72; Air pump operation indicator,

73; Air pressure indicator,

74; Solenoid valve operation indicator for air line selection,

75; Timing mode display section 76; Open Air Line Display,

77; Timer display section; Vibration Mode Display,

80; Valve driven motor, 90; Coupling,

100; Solenoid valve for airline opening and closing,

110,120; Swelling mechanism, 111,121; Lotion Port,

112,122; Airlines, 113,123; Plug for airline connection,

210; Air tube band, 211; main body,

211a, 211b; Magic tape, 212; Airline,

213; Airline plug.

The present invention for achieving the above object, the input means consisting of a variety of switches; Control means which is operatively controlled by an output signal from the input means; An air pump operatively controlled by a control signal from the control means; Operationally controlled by a control signal from the control means, the air line is selected to transfer the air pressure from the air pump to the main air line connection socket or to transfer atmospheric pressure to the main air line connection socket while blocking the air pressure from the air pump. Solenoid valve for use; An air filter for removing foreign matters from outside air that is inhaled; An air pressure regulating valve connected to an air line connecting the air pump and the solenoid valve for air line selection to selectively discharge a part of the air pressure from the air pump to the outside to change the air pressure to the air line selection solenoid valve; Output means for operation controlled by the control means to visually display the operation state of the body manager; In the body type management device comprising a case having a main air line connection socket connected to the air line selection solenoid valve, the air pressure regulating valve is connected to the valve drive motor operated by the control means via a coupling; And a vibration mode selection switch on the input means, a vibration mode display portion on the output means, a selection mode of the vibration mode selection switch is visually displayed on the vibration mode display portion, and an air pressure regulating valve is provided on the valve driving motor. By means of the structure characterized in that the automatic opening and closing according to the mode.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

2 to 4 is a view showing the body shape management device according to the present invention, the same parts as in Figure 1 showing the prior art while the same reference numerals will be omitted description thereof.

According to FIG. 2, the body manager 1 according to the present invention includes an input means 20, a control means 20, an air pump 30, various valves 40: 60, an air filter 50, and a valve drive. The motors 80 are structured to be interlocked with each other in the case 1a provided with the main airline connection socket 1b.

The input means 10 includes a power switch 11 for selectively shorting the power supply to each component, an air pump operation switch 12 for driving the air pump 30, and an air pump 30. The switching time of the air pressure setting switch 13 for setting the air pressure by the air pressure switch, the solenoid valve operation switch 14 for switching the connection line of the solenoid valve 40 for air line selection, and the solenoid valve 40 for air line selection. Vibration mode selection for selecting the mode by the timing mode selection switch 15 for selecting the mode, the timer setting switch 17 for setting the driving time of the air pump 30, and the air pressure change by the air pressure control valve 60 for each mode. Switch 18.

The control means 20 receives the output signal from the input means 10 and outputs a control signal accordingly, thereby automatically controlling the operation of the air pump 30 and the respective valves 40; The operation state of the manager 1 is output through the output means 70.

The air line selection solenoid valve 40 is operated and controlled by the control signal of the control means 20, and interconnects the air pump 30 and the main air line connecting socket 1b, or the air pump 30 Atmospheric pressure is transmitted to the main air line connecting socket (1b) while blocking the air pressure from

The air pressure regulating valve 60 is connected to an air line A3 connecting the air pump 30 and the solenoid valve 40 for air line selection, and to the outside air through the inlet and outlet 61 to the air pump 30. The air pressure to the air line selection solenoid valve 40 is changed by allowing air to be sucked in (when using an air pressure lower than atmospheric pressure), or allowing high pressure air from the air pump 30 to be discharged through the inlet and outlet 61.

The output means 70 includes a power application display unit 71 which is lit when the power switch 11 is switched ON, an air pump operation display unit 72 which is lit when the air pump 30 is operating, and air. Air pressure display section 73 which visually displays the numerical value set by the pressure setting switch 13, solenoid valve actuation display section 74 which is turned on when the air line selection solenoid valve 40 is switched. A timing mode display unit 75 for visually displaying the selection mode state of the timing mode selection switch 15, a timer display unit 77 for visually displaying the time value set by the tire setting switch 17, and a vibration mode. It consists of a vibration mode display part 78 which visually displays the mode state selected by the selection switch 18. FIG.

The valve driving motor 80 is connected to the air pressure regulating valve 60 via a coupling 90 so as to be interlocked and operated by a control signal of the control means 20, thereby controlling the air pressure regulating valve ( 60) selectively open and close.

Referring to Figures 2 and 3 the operating state of the body manager 1 according to the present invention as follows.

First, in a state in which the user switches the power switch 11 of the input means 10 from OFF to ON, the vibration mode selection switch 18 is operated to select a vibration mode suitable for the user's body type, and the air pressure setting switch After operating the tire setting switch 17 and the tire setting switch 17 to determine the operating time of the air pump 30 and the strength of the air pressure from the air pump 30, the air pump operation switch 12 is switched from OFF to ON. When the air pump 30 is operated for a set time, it is automatically stopped and while the air pump 30 is operated, the valve is driven by the control signal of the control means 20, corresponding to the selected vibration mode. The motor 80 is controlled to operate so that the air pressure regulating valve 60 is selectively opened and closed.

At this time, in the case of using an air pressure lower than atmospheric pressure (see FIG. 3), air from the outside is connected to the main port through the slack port 111 → air line 112 → air line connection plug 113 of the suction mechanism 110. After flowing into the air line connecting socket (1b), the air line connecting socket (1b) → air line (A5) → air line (A4) → air filter (50) → air line (A4) → air line selection The solenoid valve 40 → air line A3 → air pump 30 → air line A2 → air line A1 flows to the outside through the air line A1.

Therefore, when the traction port 111 of the traction mechanism 110 connected to the main airline connection socket 1b is brought into close contact with the user's body, a vacuum pressure is generated in the traction port 111, and the traction port 111 is closed. The body part located inside of is pulled.

On the other hand, in the case of using an air pressure higher than atmospheric pressure (see FIG. 4), after the air from the outside flows in through the air line A1, the air line A1 → air filter 50 ′ → air line A2. → air pump (30) → air line (A3) → solenoid valve (40) for air line selection → air line (A4) → air line (A5) → flows to the main air line connection socket (1b) After the air is discharged to the outside through the line connection socket 1b again and the air discharged through the main air connection socket 1b flows into the air line connection plug 213 of the air tube band 210, The air line connection plug 213 → air line 212 → is supplied into the interior of the body 211, when the air flows into the body 211, the body 211 is expanded.

Therefore, after winding a part of the body (arms or legs, or waist parts) by the main body 211, the body manager 1 is operated, and the body 211 is expanded while the wound part is pressed at a predetermined pressure. You lose.

On the other hand, when the applied pressure is to be removed within a short time after the operation of the air pump 30 is stopped, the solenoid valve operation switch 14 is switched from the OFF state to the ON state so that the applied pressure is quickly removed.

2 to 4, at least one auxiliary air line connecting socket 1c to the air line A5 connecting the air line selection solenoid valve 40 and the main air line connecting socket 1b. ), And the air line A6 of each auxiliary air line connecting socket 1c is supplied with air pressure from the solenoid valve 40 for air line selection by a control signal from the control means 20. The solenoid valves 100a and 100b for selectively disconnecting or transmitting the air lines are separately installed. Also, the air line selection switch 16 and the open air line display unit 76 are provided on the input means 10 and the output means 70. ), A plurality of swelling mechanisms 110 and 120 or a plurality of air tube bands 210 can be used simultaneously as necessary.

When the operation state thereof is schematically described, in the initial state in which the power switch 11 of the input means 10 is turned ON, the air line opening and closing solenoid valve 100 is maintained in the OFF state, and the open air line display unit Reference numeral 76 indicates that only the air line A5 to the main air line connection socket 1b is in an open state. In this state, when the air line selection switch 16 is operated to select an air line A6 to an optional auxiliary air line connecting socket 1c, that is, an air line A6 to be additionally used, the selected air line ( As A6) is additionally displayed on the open air line display unit 76, the air line opening / closing solenoid valve 100 installed in the corresponding air line A6 is opened, so that the air pump operation switch 11 is turned ON. When the body manager is operated, since the air pressure of the air pump 30 is transmitted to the main air line connecting socket 1b and the selected auxiliary air line connecting socket 1c, both of them can be used.

On the other hand, the valve driving motor 80 can be used for all the well-known that can open and close the air pressure regulating valve 60, it is preferable to use a stepping motor or a servo motor for easier operation control.

According to the present invention, an air pressure regulating valve is connected to a valve driving motor which is operated and controlled by a control means through a coupling, and a vibration mode selection switch is provided on the input means, and a vibration mode display part is provided on the output means. When the user selects an appropriate mode for the body type by operating the vibration mode selection switch, the selected vibration mode is visually displayed through the vibration mode display section, and the air pressure regulating valve is automatically adjusted according to the corresponding mode by the valve driving motor. Since the opening and closing, the user's convenience is greatly improved.

In addition, since the vibration mode is most appropriately set for each body type, the user can always obtain an optimal vibration effect, so that the body shape can be managed systematically.

Claims (3)

An input means (10) composed of various switches; Control means 20 which are operated and controlled by an output signal from the input means 10; An air pump 30 which is operated and controlled by a control signal from the control means 20; Operationally controlled by a control signal from the control means 20, the air pressure from the air pump 30 is transferred to the main air line connection socket 1b, or the main air is blocked while blocking the air pressure from the air pump 30. An air line selection solenoid valve 40 for transferring atmospheric pressure to the line connection socket 1b; An air filter 50 for removing foreign substances in the outside air that is sucked in; It is connected to the air line A3 connecting the air pump 30 and the air line selection solenoid valve 40, and selectively discharges some of the air pressure from the air pump 30 to the outside to select the air line selection solenoid valve. An air pressure regulating valve 60 for changing the air pressure to 40; Output means 70 which is operationally controlled by the control means 20 to visually display the operation state of the body type manager; In the body type manager comprising a case (1a) provided with a main airline connection socket (1b) connected to the airline selection solenoid valve 40, The air pressure regulating valve 60 is connected to the valve driving motor 80 which is operated and controlled by the control means 20 via the coupling 90, and the vibration mode selection switch 18 is connected to the input means 10. Is provided, the vibration mode display section 78 is provided on the output means 70, the selection mode of the vibration mode selection switch 18 is displayed on the vibration mode display section 78, and the air pressure regulating valve ( Body management device, characterized in that the 60 is automatically opened and closed corresponding to the mode by the valve drive motor (80). The at least one auxiliary air line connecting socket 1c is individually connected to the air line A5 connecting the air line selecting solenoid valve 40 and the main air line connecting socket 1b. Connected to the air line A6 of each of the auxiliary air line connecting sockets 1c, selectively blocking the air pressure from the air line selection solenoid valve 40 by a control signal from the control means 20, or Solenoid valves 100a and 100b for airline opening and closing are separately installed, and an airline selection switch 16 and an open airline display unit 76 are provided on the input means 10 and the output means 70. Body shape management, characterized in that. 3. The body type manager according to claim 1 or 2, wherein a stepping motor or a servo motor is used as the valve driving motor (80).