KR200241177Y1 - An Air Bubble Massage Machine - Google Patents

Abstract

The present invention relates to a detachable bubble massager, which is installed in a drain structure of the sink 40 so that the user can massage the face automatically while washing the face while washing the face, while showering or bathing. There is a bubble in the water to be attached to the bath (50) simply attached to the body portion can be massaged underwater. To this end, as the compressed air generated by the air generating motor 10 is discharged through the bubble generators 20a and 20b of the backflow prevention structure, bubbles are generated so that water in the sink 40 or the bath 50 can be bubbled. Compressed air from the air generating motor 10 while being detachably connected to the air generating motor 10 and the air generating hose 10 of the air generating motor 10 to be controlled and the frequency control of the The aeration valve 32 is fitted into each of the inlet bubble generating body 22 and each valve inserting groove 28 formed in a plurality of vertically penetrating through the bubble generating body 22 and the bubble generating body 22. 30 is characterized in that it comprises a bubble generating cover 26 is fixed or integrally coupled.

Description

Detachable Bubble Massager {An Air Bubble Massage Machine}

The present invention relates to a detachable bubble massager that can be bubbled in the water contained in the sink and the bathtub to massage the face and body volume of the user underwater,

More specifically, it is installed in the drain part of the sink so that the face part can be massaged automatically while the user wipes the face while washing the face. The present invention relates to a detachable bubble massager capable of massaging a body part while being bubbled in the air.

In general, the skin formed with the brain in the mother is present on the outermost surface of the body and plays an important role in protecting internal organs from external influences and maintaining life and beauty. Received and pumyeonseo get the impression of drooping, so the usual skin care is important above all.

In addition, in order to maintain skin aging and elasticity, it is required to have an accurate skin make-up and a proper massage suitable for one's skin condition along with skin cleansing. For this purpose, after applying an impact cream and massage by hand after washing or showering or bathing, Various massagers are used for more convenient skin care, and proper massage results in the removal of aging keratin, wastes and sebum of the skin. see.

On the other hand, when washing or showering or bathing, the washbasin or bathtub is put in clean water and the face and body are cleaned. Until now, the washbasin and bathtub are simply provided with a function of holding the water for washing or bathing. No bubble massage function was provided to massage the site underwater.

Therefore, the present invention was conceived in view of the above circumstances, and is installed in the drain part of the sink so that the face part can be automatically massaged in the hand while washing the face while washing the face, while showering or bathing. In order to provide a detachable bubble massager that can be easily attached to a bathtub or the like, the body part can be massaged underwater while bubbles are generated in the contained water. have.

1 is a schematic perspective view of a removable bubble massager of the present invention.

Figure 2a is a perspective view of the bubble generator separated state used in the fluid bubble massager is a basic embodiment of the present invention.

Figure 2b is a bottom perspective view of the bubble generator used in the fluid bubble massager of the present invention.

Figure 3 is a cross-sectional view of the flow bubble generator according to the present invention.

Figure 4a is a perspective view of the bubble generator used in the fixed bubble massager application embodiment of the present invention.

Figure 4b is a bottom perspective view of the bubble generator used in the fixed bubble massager of the present invention.

5 is an exemplary state of use of the fixed bubble generator of the present invention installed as a drain hole of the sink.

Figure 6 is an exemplary state of use of the bubble type generator of the present invention put into the bathtub attached to the fixed.

Explanation of symbols on the main parts of the drawings

10: air generating motor 11: power plug

12: frequency control switch 13: intensity control switch

14: power switch 15: air supply hose

16: hose connection jack 20a, 20b: bubble generator

21: hose connector 22: bubble generation body

23: drain hole 24: wash basin replacement

25: cover fastening 26: bubble generating cover

27: body fastening 28: valve insertion groove

30: valve body 31: aeration hole

32: vent valve 33: drain hole

34: rubber crimp 40: wash basin

41: drain pipe 42: drain cock

50: bathtub

Detachable bubble massager of the present invention for achieving the above object, while the compressed air generated by the air generating motor is discharged through the bubble generator of the backflow prevention structure of the bubble generation so that the water in the wash basin or bathtub can be bubbled The air generating motor to be controlled frequency and intensity control, the bubble generating body to which the compressed air from the air generating motor flows while being detachably coupled to the air air hose of the air generating motor, the upper side of the bubble generating body Each valve insertion groove coupled to the plurality of vertically formed through-holes is provided with a vent valve fitted therein, the valve body is characterized in that it comprises a bubble generating cover which is inserted fixed or integrally coupled.

In addition, the bubble generating body is characterized in that the rubber compression opening is coupled to the bottom of the bubble generating cover to form a flow-type bubble generator that can be inserted into the bath can be fixed to the bathtub attached to the bottom.

The bubble generating body is rotatably coupled with the bubble generating cover to form a fixed bubble generator fixed to be installed at the drain of the sink, while being fixed to the drain of the sink, and the bubble generating body and the bubble generating cover in the vertical direction. The drain hole is formed in the center, and the drain hole is formed through the side of the basin replacement end projecting downward from the drain hole.

In addition, the bubble generating body is characterized in that the outside is surface-treated with a rubber material so as to prevent the vanity from being damaged by vibration shock, unlike the bubble generating cover formed of a synthetic resin material.

In addition, the air supply hose is connected to one or two or more for the single air generating motor is connected to the hose connector of the bubble generating body formed by one or two or more connecting jacks formed at each end thereof, respectively. It is characterized by.

Hereinafter, a preferred embodiment of the detachable bubble massager according to the present invention will be described in detail with reference to the accompanying drawings.

1 illustrates a bubble drinker in which the bubble generators 20a and 20b are detachably connected to the air supply hose 15 of the air generating motor 10 according to the present invention, and FIG. 2a illustrates the basics of the present invention. An embodiment shows the separation of the bubble generator (20a) used in the fluid bubble massager embodiment, Figure 2b shows the combined state of the bubble generator (20a) used in the fluid bubble massager of the present invention in the bottom direction, and 3 is a cross-sectional view showing the internal structure of the flow-type bubble generator 20a according to the present invention.

As shown in the figure, the bubble massager of the present invention can be conveniently attached and fixed to any position of the bathtub 50 so that the user can be massaged underwater while foaming when the user soaks in the bathtub 50 or bathes or showers. A fluid bubble generator 20a which can be used as a basic embodiment.

Bubble generators 20a and 20b used in the present invention use a conventional electric bubble generator which generates and discharges air (bubbles) of weight and medium pressure using the force of electrical energy, and the size of the air inlet and outlet. In order to control the strength of the bubble by adjusting the air generating motor 10 is basically a power plug 11, along with a frequency control switch 12 and the air strength control switch 13 for adjusting the discharge frequency and discharge pressure of the air Of course, the power switch 14 is installed to be configured to operate the air generating motor 10 by turning on and off the power applied through.

In addition, the air generating motor 10 is connected to the fixed bubble generator 20b that is integrally structured to the sink 40 and the air bubble hose (20a) to be used attached to the tub 50, regardless of the air supply hose (15) These bubble generators 20a and 20b are detachably coupled to the air generating motor 10, and in particular, the air supply hose 15 has a connection jack 16 formed at an end thereof to generate the bubble generator 20a. The connecting jack 16 is fitted to the hose connector 21 protruding from the lower side of the bubble generating body 22 of the lower structure.

In addition, the bubble generator (20a) is a screw fastening cover 25 is formed on the upper inner side of the bubble generating body 22 of the lower structure is screwed on the lower outer side of the bubble generating cover 26 of the upper structure screw fastening (27) ) Are integrally structured by rotational coupling with

In addition, the bubble generating cover 26 is inserted into a fixed or integrally coupled valve body 30 is fitted with a vent valve 32 of the reverse flow prevention structure in each of the valve insertion groove 28 formed through a plurality of vertical direction, In particular, the valve body 30 is formed by cross-cutting the four sides of the vent hole 31 of the circular hole in which the vent valve 32 is fitted, so that the vent valve 32 is easily elevated according to the discharge pressure of air. When there is no discharge pressure of the air while opening it is preferably configured to be sealed down naturally.

And, the bottom of the bubble generating body (22) of the bubble generator (20a) as shown in the use state example of Figure 6 as shown in the drawing, the usual rubber crimp ( 34) are combined.

On the other hand, unlike the flow-type bubble generator (20a) is a basic embodiment of the present invention described above, the fixed bubble generator (20b) of the application embodiment shown in Figures 4a and 4b, as shown in the use state example of Figure 5, the sink ( An ordinary drain cock 42 is installed in the drain hole 23 provided at the drain portion 40 and centrally passed through the bubble generator 20b.

Unlike the fixed bubble generator 20b, the fixed bubble generator 20b is formed of the bubble generating body 22 and the bubble generating cover 26 which are rotatably coupled to each other so that the water in the sink 40 can be drained toward the drain pipe 41. The drain hole 23 is formed through the center in the vertical direction, and in particular, the lower part of the drain hole 23 protrudes downwardly toward the bottom center of the bubble-generating body 22 below, and is installed at the drain part of the sink 40. Combined wash basin end 24 is formed to protrude, and next to the wash basin end 24 is formed through the drain hole 33 so that the water of the wash basin 40 can be naturally drained even if the water flows through the valve body (28) Can be.

In addition, the fixed bubble generator (20b) is fixed to the air generator motor 10 is connected to the air supply hose 15 is installed in any position, such as the wall outside the sink 40, the user conveniently the bubble generator ( 20b) can be adjusted.

Meanwhile, the bubble generators 20a and 20b may be connected to one or two or more air supply hoses 15 for a single air generating motor 10 regardless of the fixed type and the floating type. In the case of the bubble generator 20a, it is preferable that only one bubble generator 20a is connected to one bubble generating motor 10 so as to be installed in the sink 40.

In addition, these bubble generators (20a, 20b) is fixed to a fixed load in the water position so that the bubble generation body 22 is formed of a metal material so that the bubble generation cover 26 is formed of a synthetic resin material, In particular, the bubble generating body 22 is preferably the outer surface is treated with a rubber material so that the vanity 40 is prevented from being damaged by the vibration shock.

Bubble massager of the present invention made in this way is configured to be fixed to the drain portion of the sink 40, as shown in Figure 5, the user wipes the face in the sink 40, the face in the wash basin 40, bubble generator When the 20b is operated, the facial part to be washed while being bubbled in the water of the sink 40 can be conveniently massaged underwater.

In addition, the bubble massager of the present invention, as shown in Figure 6 is fixed to the fixed position attached to the arbitrary position of the tub 50, when the user soaks in the tub 50 to operate the bubble generator 20a while taking a bath or shower The body part contained in the water of the bathtub can be automatically massaged while the air bubbles are generated in the water of the bathtub 50, so that the skin massage is performed while the facial massage is performed while washing the face and the body parts at the time of washing or showering or bathing. And bubble massage suitable for skin elasticity can be made.

As described above, according to the detachable bubble massager of the present invention, it is installed in the drain part of the sink so that the user can clean the face while washing the face while washing the face while washing or bathing. The bubble is simply attached to a bath, so that bubbles are generated in the water so that the body part can be massaged under water, so that the skin massage can be conveniently performed at the time of washing or showering or bathing.

Claims (5)

Frequency of bubble generation so that compressed air generated by the air generating motor 10 is discharged through the bubble generators 20a and 20b of the backflow prevention structure so that water in the sink 40 or the bath 50 can be bubbled. Compressed air from the air generating motor 10 is introduced while being detachably coupled to the air generating motor 10 and the air generating hose 10 of the air generating motor 10 that are controlled and controlled. The vent valve 32 is fitted into the bubble generating body 22 and each of the valve inserting grooves 28 formed in a plurality of vertically penetrating through the bubble generating body 22 and the valve body 30. Detachable bubble massager comprising a bubble generating cover 26 that is inserted fixed or integrally. The method of claim 1, The bubble generating body 22 is fixed to the drain portion of the wash basin 40 by forming a fixed bubble generator (22b) that is rotatably coupled with the bubble generating cover 26 to be fixed to the drain portion of the sink 40 On the other hand, these bubble-generating body 22 and the bubble-generating cover 26 in the vertical direction of the drain hole 23 is formed through the drain hole next to the basin replacement end 24 protruding below the drain hole (23) A removable bubble massager, characterized in that (33) is formed through. The method according to claim 1 or 2, The bubble generating body 22 is detachable bubble massager, characterized in that the outer surface is treated with a rubber material so as to prevent the vanity 40 from being damaged by vibration shock unlike the bubble generating cover 26 formed of a synthetic resin material. The method of claim 1, The bubble generating body 22 may be fixedly attached to the tub 50 while forming a bubble-type bubble generator 20a that can be rotatably coupled with the bubble generating cover 26 and inserted into the bath 50. Detachable bubble massager, characterized in that the rubber compression opening 34 is configured to be coupled. The method of claim 1, The air supply hose 15 is connected to one or two or more air generating motors 10, the connecting jack 16 is formed at each end thereof, respectively, one or two or more corresponding bubbles formed respectively Detachable bubble massager, characterized in that coupled to the hose connector 21 of the generating body (22).