KR100961581B1 - Limbs compressible air massage and cupping glass combined device - Google Patents

Abstract

PURPOSE: A limbs compressible air massage and cupping glass combined device is provided, which can maximize finger pressure and cupping therapy effect. CONSTITUTION: A limbs compressible air massage and cupping glass combined device comprises: a display unit(30) equipped in the central part of the main body; a function selection part(3) installed at the left bottom part of the display unit; a mode selection part(10) for selecting the cupping device function or massage function; an operating switch(4) for performing operation/stop of the function selected through the function selection part; a time setting part(20) installed at the upper part of the operating switch.

Description

Limbs compressible air massage and cupping glass combined device

The present invention relates to a combination of limb compression air massager and cupping device for selectively implementing the function of the limb compression air massager and the function of the cupping machine in a single device, and more specifically, the function of the limb compression air massager using air pressure and A device for combined use of a quadrilateral pressure air massager and a cupping device that selectively performs the function of the cupping device using suction force and has various selection modes that can be set to suit the user's physical condition and constitution. will be.

In general, the air massager expands blood vessels through repetitive expansion and contraction of cuffs due to changes in air pressure to promote blood circulation and lymphatic circulation, activate metabolism, and increase the temperature of subcutaneous tissue deep in the skin. It is designed to restore, maintain, and promote human health by ascending.

Such an air massager mainly massages and acupressures by enclosing the cuff in the arms, legs, waist, shoulders of the human body, and supplying compressed air to the air pockets constituting the cuff and evacuating the affected part to compress / relax the affected part.

On the other hand, the cupping machine is a cupping vessel with an air valve coupled to the upper end, and a vacuum hose is connected to one side to suck the air inside the cupping vessel to form the inside of it in a vacuum state, pumping to suck air through the vacuum hose It consists of a working vacuum pump, using the suction force of the air to vacuum the inside of the cupping container in close contact with the affected part of the human body to absorb the skin of the treatment site to suck out pus or poisonous blood generated in the affected area or circulate blood It is a therapeutic device designed to promote the disease.

The air massager and cupping device can increase the health by releasing the muscles of the treatment site and smoothly circulating the blood, which can be expected to have a higher therapeutic effect during the parallel treatment.

However, since the conventional air massager and the cupping machine are manufactured and used as separate surgical instruments, there is a problem in that parallel treatment is not easy.

In addition, the conventional air massager and cupping machine are not configured to variously set the operation order, operating time and operating pressure of the device to suit the physical condition and constitution of the patient to maximize the effect of massage or cupping treatment for each patient There is no problem.

In addition, in the conventional cupping machine, the vacuum hose and the air valve of the cupping container are integrated, so that a predetermined vacuum state is formed inside the cupping container to stop the operation of the vacuum pump and maintain the vacuum state. Since the patient must wait in a coupled state to the cupping container, there is a problem in that the behavior of the patient is inconvenient.

The present invention has been made in order to solve the above problems, it is provided with the function of the quadrilateral pressure air massager and the function of the cupping device in one device can be selectively used, and set to suit the user's physical condition and constitution The purpose of the present invention is to provide a limb pressurized air massager and a cupping device that can maximize the effects of massage and cupping treatment by providing various convenience modes.

Combination device for limb pressure air massager and cupping device of the present invention for realizing the object as described above, one side of the air connection port is provided with a plurality of air hoses for delivering air pressure to a plurality of air pockets constituting the cuff of the air massager A main body having a vacuum connection port provided at the other side and having a vacuum hose configured to transfer suction force to the cupping container of the cupping machine; An air pump provided at one side of the main body and configured to pump the air pressure through the air hose when a pump operation voltage is applied; A vacuum pump provided at the other side of the main body and configured to pump the air inside the cupping container in close contact with the affected part of the human body when the pump operating voltage is applied through the vacuum hose; A power supply unit supplying a pump operating voltage to the air pump and the vacuum pump; A relay connected between an output side of the power supply unit and an input side of the air pump and the vacuum pump and controlled on / off; A function selection unit for selecting an air massager function by the operation of the air pump or a cupping machine function by the operation of the vacuum pump; A mode selection unit for setting a pumping operation sequence of the air pump or the vacuum pump; A time setting unit for setting an operation time of the air massager or the cupping function selected through the function selection unit and the mode selection unit; An operation switch for selecting an operation / stop of the air pump or the vacuum pump; and a predetermined pump operating voltage is applied to the air pump or the vacuum pump during a mode-specific operation time of the air pump or the vacuum pump. And a control unit for controlling the on / off.

The selection mode of the air massager set through the mode selection unit includes: an A mode in which air pressure is sequentially supplied to the plurality of air hoses; a B mode in which air pressure is periodically supplied to the entire air hoses; It characterized in that it comprises a C mode in which the air pressure is supplied only to the air hose selected from the air hose.

The selection mode of the cupping unit set through the mode selection unit includes: A mode for continuously performing the suction operation of the vacuum pump, B mode for repeatedly performing the stop operation for 1 second after the vacuum pump is sucked for 3 seconds, and the vacuum pump is And a C mode which repeatedly performs a stop operation for 1 second after inhalation for 5 seconds.

On the air hose connecting the air pump and the air connection port is provided with an air pressure control unit for adjusting the air pressure supplied through the air pump to the air connection port, between the vacuum pump and the vacuum connection port On the vacuum hose to be connected is characterized in that the suction force control unit for adjusting the suction force generated from the vacuum pump and delivered to the vacuum connection port.

At the end of the vacuum hose extending from the vacuum connection port to the outside of the main body is provided with an adapter formed therein corresponding to the air valve shape provided in the upper end of the cupping vessel is inserted into the air valve detachable It features.

The adapter may be heated to a predetermined temperature by receiving DC power from the power supply during operation of the cupping function.

One side of the main body is characterized in that it is provided with a cuff shape indicating the massage function selected by the function selection unit or a cupping container shape indicating the function of the cupping function, and a display unit displaying the pumping time set by the time setting unit.

According to the combined use of the extremity pressure air massager and the cupping device according to the present invention, by selectively implementing the function of the extremity pressure air massager or the function of the cupping device through the function selection unit, not only can improve the functionality, but also the body for each user through the mode selection unit By setting and using various pumping sequences and operating times to suit conditions and constitutions, there is an advantage of maximizing the effects of massage and cupping treatment.

Hereinafter, the configuration and operation of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is an external perspective view of a limb pressurized air massager and a cupping device combined device according to the present invention, Figure 2 is a perspective view showing an embodiment consisting of a plurality of cupping container of Figure 1, Figure 3 adds a heating structure to the adapter of Figure 1 Sectional drawing which shows the Example provided with FIG. 4 is the internal structure diagram of FIG.

Referring to Figure 1, the front of the main body 1 is provided with various operation buttons for the user to operate the operation of the device.

The central portion of the main body 1 is provided with a display unit 30 for displaying the operating state of the device on the screen, the lower left portion of the display unit 30 for selecting a massager function or a cupping function among the functions of the device A switch button type function selection unit 3 is provided, and a mode up button 11 and a mode down button 12 for selecting an operation mode for each function selected from a massager function or a cupping function on the upper side of the function selection unit 3. A mode selection unit 10 is provided, and an operation switch 4 for operating / stopping a function selected through the function selection unit 3 is provided at the lower right side of the display unit 30. On the upper side of the operation switch 4, there is provided a time setting unit 20 consisting of a time up button 21 and a time down button 22 for setting the operation time of the set function.

The mode up button 11 and the mode down button 12 are for selecting A, B and C modes to be described later. The time up button 21 and the time down button 22 extend or shorten the pumping operation time by a predetermined unit, for example, by 5 minutes.

Then, the left side of the display unit 30 is provided with a pressure gauge 46 indicating the air pressure supplied in the numerical unit by the air hose 50 at the time of setting the air massager function, the right and center of the main body 1 The lower part is provided with an air pressure adjusting unit 45 and a suction force adjusting unit 78 so that the user can manually adjust the air pressure for the massager function or the suction force for the cupping function by the dial method.

An air connection port 40; 41, 42, 43, 44 through which the air hoses 50; 51, 52, 53, 54 of the air massager penetrates is provided at the lower right side of the main body 1, and the air connection port is provided. The air hose 50 penetrating through the 40 and extending outward of the main body 1 is in communication with the air bags 61, 62, 63 and 64 constituting the cuff 60, respectively.

The air pockets 61, 62, 63, and 64 of the cuff 60 are expanded and contracted in response to the change in the air pressure supplied through the air hose 50, respectively, compressing the thighs, knees, calves, and soles of the human body. It is used for massage.

On the other hand, the lower left portion of the main body 1 is provided with a vacuum connection port 70 through which the vacuum hose 72 of the cupping unit is penetrated, and extends through the vacuum connection port 70 to the outside of the main body 1. At the end of the vacuum hose 72, a groove corresponding to the shape of the air valve 85 provided at the upper end of the cupping vessel 80 is formed therein, and the adapter 75 is inserted into the air valve 85 and is in close contact. Connected.

The adapter 75 is the cupping container 80 is in close contact with the surgical site of the human body is the air inside the cupping container 80 is passed through the open gap of the air valve 85 is sucked through the vacuum hose 72 While the air valve 85 is inserted into and in close contact with the air valve 85, the inside of the cupping container 80 is formed in a predetermined vacuum state, and is separated from the air valve 85.

The air valve 85 is pressed down to reach the upper inner surface of the adapter 75 in the state where the adapter 75 is inserted, but the adapter 75 is separated from the air valve 85. In this case, the vacuum state can be maintained as it is restored upward and closed, and the inside of the cupping container 80 is maintained in a vacuum state so that the patient is free even in the state where the skin of the surgical site is strongly adsorbed into the cupping container 80. Be able to act.

The cupping container 80 may be configured in a single form, but if you want to expand the surgical site, as shown in Figure 2 a plurality of cupping container 81 inside the communication with each other through the connection tube 88 , 82, 83, and 84, in which case the adapter 75 is inserted into the end portion 88a of the connecting tube 88 to be used.

3, the present invention is characterized in that the heating means for heating the adapter 75 to a predetermined temperature during the operation of the cupping function. This configuration is to allow the user to feel the warmth when holding the adapter 75 by hand when performing the cupping operation in a low ambient temperature such as winter.

The heating means applies the electrical energy of the DC power supplied from the power supply unit 90 to the adapter 75 to be converted into thermal energy, thereby heating the adapter 75 to a predetermined temperature during the operation of the cupping function.

For this configuration, the positive wire 91a and the negative wire 91b extending from the power supply unit 90 are provided with the positive terminal 93a provided at the first connector 97 in the vacuum connection port 70. ) And (-) terminals (93b), respectively, and the fastener 71 connected to the end of the vacuum hose 72 is inserted into the inner peripheral surface of the vacuum connection port 70 is detachably coupled, at this time The binding protrusion 97a formed on the inner circumferential surface of the vacuum connection port 70 is fitted to the binding groove 97b formed on the outer circumferential surface of the fastener 71.

The inside of the fastener 71 is provided with a second connector 98 which is inserted into the first connector 97, and the positive terminal (98) formed in the second connector 98 at the time of insertion coupling And (-) terminal 98b are connected to the (+) terminal 93a and the (-) terminal 93b formed at the first connector 97, respectively. In addition, a (+) lead 98c and a (-) lead 98d are connected to the (+) terminal 98a and the (-) terminal 98b of the second connector 98 so that the vacuum hose 72 is connected. It extends in the longitudinal direction therein and is connected to the (+) terminal 99a and the (-) terminal 99b formed at the third connector 99 inside the other end of the vacuum hose 72. In addition, a connector (75a) formed integrally with the adapter (75) is inserted into and connected to the inside of the third connector (99).

According to this configuration, the DC power supplied from the power supply unit 90 flows to the adapter 75 through the connector 75a to heat the adapter 75 to a predetermined temperature. The amount of current of the DC power supplied to the adapter 75 is set within a range that does not affect the human body.

Referring to FIG. 4, the configuration of the inside of the main body 1 is as follows.

First, a component that performs the function of the air massager, one side of the inside of the main body 1 is provided with an air pump 110 that is pumped to supply air pressure when a predetermined pump operating voltage is applied. An air hose 121 is connected to the exhaust pipe 110a of the air pump 110, and the air hose 121 is connected to the air hose 122 through a connection lobe 115 installed in the middle of the air hose 121. Branched to the air hose 124.

The air hose 122 is branched back into four air hoses 122a, 122b, 122c, and 122d and connected to the solenoid valves 131, 132, 133, and 134, respectively. As the solenoid valves 131, 132, 133, and 134 are opened and closed, the air hose 51, The air pressure supplied to 52, 53, and 54 is supplied / blocked.

In addition, the air hose 124 branched from the connection lobe 115 is in communication with the connection lobe 125 of the air pressure control unit 45. The air pressure adjusting part 45 adjusts the air pressure supplied from the connection lobe 115 according to the rotation operation of the dial to adjust the air pressure supplied to the air hose 122, and passes through the connection lobe 125. The air hose 126 is connected to the pressure gauge 46 is displayed so that the air pressure after the pressure is adjusted through the air pressure control unit 45 can be grasped from the outside.

Reference numeral 110b denotes an intake pipe of the air pump 110.

Next, as a component that performs the function of the cupping device, the other side of the inside of the main body 1, the vacuum pump A, B (220, 230) pumped to suck air when a predetermined pump operating voltage is applied to the motor 210 Are provided on both sides. The vacuum pumps A and B 220 and 230 suck air in association with the operation of the motor 210, and are composed of two vacuum pumps to form a larger suction force.

The vacuum hoses 221 and 231 connected to the intake pipes 220a and 230a communicate with the vacuum hose 235 through the connecting lobe 225, and the vacuum hose 235 is connected to the solenoid valve 240. As the solenoid valve 240 is opened and closed, communication with the vacuum hose 236 is connected / blocked. The vacuum hose 236 is branched to the vacuum hoses 244 and 246 on both sides via the connecting lobe 242, and the branched connection hose 244 is connected to the suction force control unit 78, and the other branched. The connection hose 246 is connected to the vacuum connection port 70.

The suction force adjusting unit 78 adjusts the suction force of the air introduced into the connection hose 236 via the connection lobe 242 through the vacuum connection port 70 according to the rotation operation of the dial. do. Reference numerals 220b and 230b denote exhaust pipes of the vacuum pump A 220 and the vacuum pump B 230, respectively.

5 is an operation circuit diagram of the limb compression air massager and the cupping device combination apparatus according to the present invention, Figure 6 is an operation flowchart of the limb compression air massager and cupping device combination apparatus according to the present invention.

The power supplied from the power supply unit 90 is a predetermined pressure reduction through the decompression unit 95 in the ON state of the power switch 92, the operation signal is transmitted to the control unit 100 when the operation switch 4 is pressed The selection signal from the function selection unit 3 is also input to the control unit 100. Then, the signal for the selection mode and the operating time of the air massager or the cupping device set by the mode selection unit 10 and the time setting unit 20 are input to the control unit 100.

Selection mode of the air massager set through the mode selection unit 10 is the A mode in which the air pressure is sequentially supplied to the plurality of air hoses (50; 51, 52, 53, 54), the plurality of air hoses (50) ) B mode in which the supply of air pressure is repeatedly performed on the whole, and C mode is provided to supply air pressure only to an air hose selected from the plurality of air hoses 50 to perform air massage only on a specific part of the human body. .

The C mode may be a method in which air pressure is transmitted to only a specific part of the thigh, knee, calf, or sole of the human body.

In addition, the selection mode of the cupping unit set through the mode selection unit 10 is an A mode in which the vacuum pumps A and B 220 and 230 continue to perform suction operation, and the vacuum pumps A and B 220 and 230 suck for 3 seconds. After the B mode for repeatedly performing the stop operation for 1 second, the vacuum pumps A, B (220, 230) may be configured as a C mode for repeatedly performing the stop operation for 1 second after suction for 5 seconds.

The control unit 100 relays 105 based on a selection signal input from the function selection unit 3, a selection mode signal input from the mode selection unit 10, and an operation time signal input from the time setting unit 20. Or by controlling the on / off of the relay 205 to operate the air pump 110 or the vacuum pumps A, B (220, 230).

If the function of the massager is selected, the control unit 100 sends a signal to the solenoid valves 131, 132, 133, and 134 to control the opening and closing of the corresponding air hoses 51, 52, 53, and 54 so that the selected mode operation is performed. And, if the function of the cupping machine is selected by sending a signal to the solenoid valve 240 to control the opening and closing of the vacuum hose 72 so that the selected mode-specific operation is performed.

In addition, the control unit 100 has a cuff shape indicating the function of the massage device selected by the function selection unit 3 or a cupping container shape indicating the function of the cupping unit and an operation time set by the time setting unit 20. The control signal is transmitted so as to appear in the.

Figure 6 shows the operation sequence of the combination of the four-limb compression air massager and cupping device having the configuration as described above, by using the single system device to select the function of the air massager and cupping device operating mode to suit the physical condition and constitution of the patient It is shown that the effective procedure can be performed by setting various operating times.

It is apparent to those skilled in the art that the present invention is not limited to the above embodiments and can be practiced in various ways without departing from the technical spirit of the present invention. will be.

1 is an external perspective view of a limb pressure air massager and a cupping device combined device according to the present invention,

2 is a perspective view illustrating an embodiment in which a plurality of cupping containers of FIG. 1 are configured;

3 is a cross-sectional view showing an embodiment further provided with a heating structure in the adapter of FIG.

4 is an internal configuration diagram of the main body of FIG. 1;

5 is an operation circuit diagram of the limb pressure air massager and cupping device combination device according to the present invention,

Figure 6 is a flow chart of the operation apparatus for combined limb compressed air massager and cupping machine according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: main body 2: power switch

3: function selector 4: operation switch

10: Mode selector 11: Mode up button

12: Mode down button 20: Time setting part

21: time up button 22: time down button

30: display unit 40, 41, 42, 43, 44: air connection port

45: air pressure regulator 46: pressure gauge

50, 51, 52, 53, 54, 121, 122, 124, 126: Air hose

60: cuff 61,62,63,64: air bag

70: vacuum connection port 71: fastener

72,221,231,235,236,244,246: vacuum hose

75: adapter 75a: connector

78: suction force control unit 80, 81, 82, 83, 84: cupping container

85: air valve 88: connector

90: power supply unit 92: power switch

95: decompression unit 97: first connection port

98: second connection port 99: third connection port

100: control unit 105,205: relay

110: air pump 115,125,225,242: connecting lobe

131,132,133,134,240: Solenoid Valve

210: motor 220: vacuum pump A

230: vacuum pump B

Claims (7)

An air connection port provided with a plurality of air hoses for delivering air pressure to a plurality of air pockets constituting the cuff of the air massager is provided on one side, and a vacuum connection for installing a vacuum hose for transferring suction force to the cupping container of the cupping machine on the other side. A main body provided with a port; An air pump provided at one side of the main body and configured to pump the air pressure through the air hose when a pump operation voltage is applied; A vacuum pump provided at the other side of the main body and configured to pump the air inside the cupping container in close contact with the affected part of the human body when the pump operating voltage is applied through the vacuum hose; A power supply unit supplying a pump operating voltage to the air pump and the vacuum pump; A relay connected between an output side of the power supply unit and an input side of the air pump and the vacuum pump and controlled on / off; A function selection unit for selecting an air massager function by the operation of the air pump or a cupping machine function by the operation of the vacuum pump; A mode selection unit for setting a pumping operation sequence of the air pump or the vacuum pump; A time setting unit for setting an operation time of the air massager or the cupping function selected through the function selection unit and the mode selection unit; An operation switch for selecting an operation / stop of the air pump or the vacuum pump; and And a controller for controlling the on / off of the relay so that a predetermined pump operating voltage is applied to the air pump or the vacuum pump during the operation time of each mode of the air pump or the vacuum pump. Combination device for air massager and cupping machine. The method of claim 1, The selection mode of the air massager set through the mode selection unit includes: an A mode in which air pressure is sequentially supplied to the plurality of air hoses; a B mode in which air pressure is periodically supplied to the entire air hoses; Combination apparatus for limb pressure air massager and cupping device comprising a C mode in which the air pressure is supplied only to the air hose selected from the air hose. The method of claim 1, The selection mode of the cupping unit set through the mode selection unit includes: A mode for continuously performing the suction operation of the vacuum pump, B mode for repeatedly performing the stop operation for 1 second after the vacuum pump is sucked for 3 seconds, and the vacuum pump is Combination device for limb pressure air massager and cupping machine comprising a C mode to repeat the stop operation for 1 second after inhalation for 5 seconds. The method of claim 1, On the air hose connecting the air pump and the air connection port is provided with an air pressure control unit for adjusting the air pressure supplied through the air pump to the air connection port, between the vacuum pump and the vacuum connection port Combination device for limb pressure air massager and cupping device on the vacuum hose to be connected is provided with a suction force adjusting unit for adjusting the suction force generated from the vacuum pump and delivered to the vacuum connection port. The method of claim 1, At the end of the vacuum hose extending from the vacuum connection port to the outside of the main body is provided with an adapter formed therein corresponding to the air valve shape provided in the upper end of the cupping vessel is inserted into the air valve detachable A limb press air massager and a cupping device. The method of claim 5, The adapter is combined with the four-push air massager and cupping device, characterized in that the DC power supplied from the power supply during the operation of the cupping function is heated to a predetermined temperature. The method of claim 1, One side of the main body is provided with a cuff shape indicating the massager function selected by the function selection unit or a cupping container shape showing the function of the cupping function, and a display unit displaying the pumping time set by the time setting unit is characterized in that the extremity pressure air massager Combined cupping device.

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