KR20240068898A - Massage bed with antimicrobial properties for blind - Google Patents

Abstract

The present invention relates to a massage bed for the visually impaired having an antimicrobial function, and more specifically, to a massage bed for the visually impaired which enables antimicrobial treatment on the area where the body of the masseuse or the person getting the treatment is primarily touched, thereby enabling more hygienic and clean management and use, allows the height of the bed to be easily adjusted by voice commands, etc., to suit the body type of the masseuse, thereby significantly improving the convenience of use for the visually impaired, who relatively have difficulty operating the device, and in particular, which enables facial skin beauty care to be performed simultaneously during the massage.

Description

Massage bed with antimicrobial properties for blind}

The present invention relates to a massage bed for the visually impaired having an antibacterial function, and more specifically, to enable antibacterial treatment to be applied to parts of the body that are mainly contacted by the masseuse or the person receiving the treatment, thereby enabling more hygienic and clean management and use. In addition, the height of the bed can be easily adjusted using voice commands to suit the body type of the masseuse, greatly improving the convenience of use for the visually impaired who have relative difficulty in operating the equipment. This is about a massage bed for the visually impaired that allows facial skin care to be performed at the same time.

Massage is a type of medical aid therapy that relieves fatigue by loosening tight muscles and improving blood circulation by massaging, pressing, pulling, or tapping the body with hands or special equipment. It regulates the modulation of muscles, joints, and internal organs. It improves the function and is effective in insomnia, headaches, high blood pressure, circulation disorders of blood and body fluids, abnormal physical functions of muscles and joints, improvement of various neuralgia, and recovery of functional disorders such as digestive and urinary organs.

In the past, massage was performed on people with tense muscles due to heavy exercise, such as athletes, but recently, there has been an increase in the number of ordinary people receiving massages from professional masseuses to improve their condition or recover from fatigue.

In general, since most professional masseuses are visually impaired, there is an urgent need to develop a massage bed for the visually impaired that they can conveniently use.

For example, on the bed where the person who wants to receive a massage (hereinafter referred to as the recipient) lies, it is recommended to have Braille for the visually impaired appropriately designed on the parts that the visually impaired masseuse can touch with their hands. In particular, these Braille areas, Furthermore, it is more desirable for antibacterial treatment to be applied to the entire bed to prevent contamination due to repeated contact.

In addition, massage services have improved convenience for the visually impaired, such as allowing the height and angle of the bed to be adjusted manually or automatically or through simple voice commands to adjust the height and angle according to the individual masseuse's physical characteristics. There is a need for bed technology development.

Public patent 10-2017-0017116

The present invention was created to solve the problems of the prior art in consideration of the above-mentioned problems. It allows antibacterial treatment to be applied to parts of the body that are mainly contacted by the masseuse or the person being treated, thereby enabling more hygienic and clean management and use. By allowing the height of the bed to be easily adjusted using voice commands to suit the masseuse's body type, the convenience of use for visually impaired people who have relative difficulty in operating the equipment can be greatly improved. In particular, during the massage procedure, a certain amount of facial The purpose is to provide a massage bed for the visually impaired that allows them to perform skin beauty care at the same time.

The present invention is a means for achieving the above object, and includes a bed portion whose outer surface is treated with antibacterial treatment; Leg parts supporting the bed part at a certain height from the ground; A head support part that is connected to one side of the bed and has an antibacterial surface, and has a support hole formed in the center to support the head and expose the face downward through the support hole. and a skin care unit installed below the head support unit and supported on the head support unit to provide at least one of steam, dry air, and LED light toward the exposed face through the support hole.

In addition, the skin care unit includes a case member in the form of a box with an open top; A first actuator fixedly installed on the inner lower surface of the case member; a first motor coupled to the first actuator; A support shaft coupled to the drive shaft of the first motor and extending in the vertical direction, three support spokes extending radially from the top of the support shaft, and three support boxes coupled to the ends of each of the three support spokes. It includes a support member provided inside the case member to rotate up and down by the first actuator and in a forward and reverse direction by a first motor; A vapor pad made of breathable material mounted on one of the three support boxes; A drying pad made of breathable material mounted on one of the three support boxes; A first LED module installed in any one of the three support boxes; a steam supply member installed inside the case member and supplying steam toward the steam pad; and an air supply member installed inside the case member and supplying dry air toward the drying pad, wherein each support box is arranged at equal intervals along the circumferential direction and one of the support boxes is located directly below the head support member. It is characterized in that it rotates alternately toward the room and matches directly below the head support.

In addition, the skin care unit includes a first sterilizing member installed on the top of the case member and simultaneously sterilizing and drying at least two of the vapor pad, drying pad, and first LED module that are not aligned directly below the head support portion. It further includes: a spray module that is fixedly installed at the same height as the head support member and is connected to the air supply member to receive dry air and spray dry air directly downward; and a sterilizing module that is fixedly installed at the same height as the head supporter and irradiates sterilizing light directly downward, wherein the spraying module and the sterilizing module are respectively aligned with the support box directly above the head supporter and not aligned with the head supporter. do.

In addition, an installation groove of a certain depth is recessed in the center of the upper surface of the bed, and a second sterilizing member is installed in the installation groove to be able to emerge, thereby selectively sterilizing the upper surface of the bed.

In addition, the second sterilizing member includes a second actuator fixedly installed on the inner lower surface of the installation groove; a second motor coupled to the second actuator; a lamp housing coupled to the second motor; and a third LED module coupled to the lamp housing, wherein the second sterilizing member is configured such that when a sterilization start signal is input, the lamp housing accommodated in the installation groove is raised upward by the second actuator and exposed to the outside. 2 The third LED module for sterilization rotates in place by a motor and operates to irradiate sterilizing light onto the upper surface of the bed.

The present invention allows for more hygienic and clean management and use by allowing antibacterial treatment to be applied to the parts of the body that are mainly contacted by the masseuse or the person being treated, and by easily adjusting the height of the bed to suit the body shape of the masseuse using voice commands, etc. By allowing it to be used, it can greatly improve the convenience of use for visually impaired people who have relative difficulty in operating the equipment. In particular, it provides the advantageous effect of allowing facial skin care to be performed simultaneously during the massage procedure.

Figure 1 is a view showing one side of a massage bed for the visually impaired having an antibacterial function according to the present invention.
Figure 2 is a plan view of a massage bed for the visually impaired having an antibacterial function according to the present invention.
Figure 3 is a diagram showing the main configuration of a massage bed for the visually impaired with an antibacterial function according to the present invention.
Figure 4 is a diagram showing the main configuration of the skin care unit.
Figure 5 is a diagram showing a schematic cross-sectional configuration of the skin care unit.
Figure 6 is a diagram for explaining the process in which each support box rotates and alternately matches the head support unit and the first sterilizing member.
Figure 7 is an enlarged cross-sectional view showing the steam pad aligned directly below the head support portion.
Figure 8 is an enlarged cross-sectional view of the drying pad aligned directly below the head support portion.
Figure 9 is a diagram for explaining the first sterilizing member.
FIG. 10 is a diagram schematically showing a cross-sectional configuration based on line AA shown in FIG. 2.

In order to fully understand the present invention, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described in detail below. This example is provided to more completely explain the present invention to those with average knowledge in the art. Therefore, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description. It should be noted that identical members in each drawing may be indicated by the same reference numerals. Detailed descriptions of well-known functions and configurations that are judged to unnecessarily obscure the gist of the present invention are omitted.

The massage bed for the visually impaired (hereinafter referred to as “massage bed”) having an antibacterial function according to the present invention is a bed that comfortably supports the body of the person being treated by lying down for a massage treatment by a masseuse of the visually impaired, and the body of the masseuse or the person receiving the treatment is It is equipped with a structure in which antibacterial treatment is applied to areas that come into direct contact, enabling more hygienic and clean management and use. In particular, it is characterized by enabling certain facial skin beauty care during the process of receiving a massage.

To this end, the massage bed according to the present invention, as shown in Figures 1 and 2, largely includes a bed part 10, a leg part 20, a head support part 30, and a skin care part 100. It can be defined as

First, the bed unit 10 is a component that supports the entire body of the patient except for the head, and is made of a plate-shaped structure with a large support area to sufficiently support the body. Although not shown, braille for the visually impaired that can recognize the direction of the bed 10 may be formed on the outer surface of the bed 10.

The bed part 10 may be made of elastic foam 11 such as memory foam, latex, sponge, etc. used in ordinary beds and chairs, and the outer surface of the bed part 10 may be made of elastic foam 11 in consideration of comfort when the patient lies down. In the case of the shell 12 surrounding the elastic foam 11, antibacterially treated fabric, natural or artificial leather, etc. may be used.

For example, the outer shell 12 is made of a porous fabric coated with a predetermined antibacterial material to exert antibacterial and antibacterial functions, or is made of any one of natural fibers, synthetic fibers, and combinations thereof. The resulting synthetic leather is coated with an antibacterial base dispersion mixed with a flame retardant, an organic solvent, an inorganic antibacterial agent, and ingredients known to have antibacterial properties such as copper, silica, zeolite, calcium phosphate, and activated carbon, or by dipping it in the dispersion. Since the outer shell 12 can be configured in various ways, detailed description will be omitted below.

On one side of the bed unit 10, a measuring device 14 may be provided to measure blood pressure, pulse, body composition, etc. of the patient placed in the bed unit 10 in real time.

Next, the leg portion 20 is configured to support the bed portion 10 at a certain height from the ground, and has a structure that allows the height of the bed portion 10 to be appropriately adjusted according to the physical condition of the masseuse.

At this time, the leg portion 20 is implemented through a structure that combines a plurality of support legs whose lengths can be adjusted manually at the appropriate location below the bed portion 10, or is moved up and down the bed portion 10 through separate mechanical power. It can be equipped with a structure that allows height adjustment.

For example, the leg part 20 is connected to the lower part of the bed part 10 through a plurality of third actuators 21, a voice recognition means 22 that recognizes the voice of the masseuse, and the voice recognition means 22. It may be illustrated as including a controller 23 that controls the operation of the third actuator 21 based on recognized information. The controller 23 may be responsible for controlling the overall operation of the main components of the present invention.

The plurality of third actuators 21 support the bed portion 10 and operate to expand or compress it under the control of the controller 23 to adjust the height of the bed portion 10.

The voice recognition means 22 may be comprised of a voice recognition sensor, and converts the voice provided by the masseuse into an electrical signal and performs a voice recognition process by processing the converted electric signal using a predetermined algorithm, thereby performing voice recognition. As a result, data as voice command information can be extracted and transmitted to the controller 23.

Since this voice recognition sensor can be referred to as a voice recognition means used in devices based on a typical voice recognition function that performs various operations by the user's voice, detailed description will be omitted below.

The controller 23 can control the operation of the third actuator 21 based on the voice recognition command of the voice recognition means 22. For example, when the masseuse gives a command to lower or raise the height of the bed unit 10, the controller 23 controls the operation of the third actuator 21 based on these commands to lower or lower the height of the bed unit 10. It can be adjusted.

In other words, convenience of use can be significantly improved by more easily adjusting the height of the bed unit 10 with a simple voice command without separate manual manipulation.

Next, the head support portion 30 is a component that supports the head of the recipient when the recipient lies down, and, like the bed portion 10, the outer surface can be appropriately antibacterially treated.

The head support part 30 may be connected to one side of the bed part 10 or may be formed integrally with the bed part 10.

At the center of the head support unit 30, a support hole 31 is formed to penetrate upward and downward, so that when the person being treated lies face down on the bed 10, the head of the person being treated is supported and directed downward through the support hole 31. By allowing the face to be exposed, it is possible to prevent pressure on the patient's face.

Next, the skin care unit 100 provides various types of skin care stimulation to the face of the recipient exposed through the support hole 31 during the massage procedure, thereby enabling facial skin care. .

For this purpose, the skin care unit 100 is installed at the lower part of the head support unit 30, is supported on the head support unit 30, and directs at least one of steam, LED light, and dry air toward the exposed face through the support hole 31. Either stimulus can be provided.

More specifically, the skin care unit 100 largely includes a case member 110, a first actuator 120, a first motor 130, a support member 140, a vapor pad 150, a drying pad 160, It may be illustrated as including a first LED module 170, a vapor supply member 180, and an air supply member 190.

First, the case member 110 constitutes the exterior of the skin care unit 100 and is made in the form of a box with an open top, and includes the first actuator 120, the first motor 130, the support member 140, and the steam supply. The member 180, the air supply member 190, etc. can be accommodated and installed.

The case member 110 may be connected and installed on the bed 10 through a connection bracket 111 to enable height adjustment in conjunction with the bed 10 whose height is adjustable in the vertical direction.

The first actuator 120 is fixedly installed on the inner lower surface of the case member 110 and can operate to expand or compress in the vertical direction according to a control signal.

Meanwhile, the actuator referred to in this description may use a known oil or pneumatic cylinder, LM guide motor, etc.

Again, the first motor 130 is coupled to the first actuator 120 and can move up and down according to the operation of the first actuator 120. The first motor 130 may use a step motor capable of rotating forward and backward according to a control signal.

Next, the support member 140 is coupled to the drive shaft of the first motor 130 and is moved inside the case member 110 in the vertical direction by the first actuator 120 by the first motor 130. It may be arranged to rotate forward and backward.

A vapor pad 150, a drying pad 160, and a first LED module 170 may be supported and installed on the support member 140, and according to the lifting and rotating action of the support member 140, the vapor pad ( 150), at least one of the drying pad 160 and the first LED module 170 can be approached near the exposed face of the patient through the support hole 31.

For example, the support member 140 includes a support shaft 141 extending in the vertical direction while coupled to the drive shaft of the first motor 130, and three supports extending radially from the top of the support shaft 141. It may be illustrated as including a spoke 142 and three support boxes 143 coupled to each end of the three support spokes 142.

Each support spoke 142 may have a radially branched shape extending from the top of the support shaft 141, and the support shaft 141 and the support spoke 142 may be formed of a hollow piping structure that communicates with each other. It is designed so that wires, pipes, etc. can be accommodated and installed inside.

The three support spokes 142 may be spaced apart from each other at equal intervals, for example, at 120 degree intervals, around the support shaft 141.

Each support box 143 may be in the form of a box with an open top, and on each support box 143, a vapor pad 150, a drying pad 160, and a first LED module 170 are detachably attached. It can be accommodated, and the inside of each support box 143 may have a structure that communicates with the inside of the corresponding support spoke 142.

Each support box 143 follows the support spoke 142 and may be spaced apart at 120 degree intervals around the support shaft 141.

Next, the steam pad 150 and the drying pad 160 can each be seated in one of the three support boxes 143, and are made of a breathable material to direct steam or dry air delivered from the outside toward the face of the patient. Allow it to erupt.

The steam pad 150 and the drying pad 160 may be placed in direct contact with or close to the face of the person being treated. In this case, the upper surfaces of the steam pad 150 and the drying pad 160 have a shape corresponding to the face. The recessed face receiving grooves 151 and 161 may be formed, and may be implemented using a material capable of appropriately elastically deforming to suit different facial shapes, for example, a sponge.

The steam pad 150 is connected to the steam supply member 180 to receive steam, and the drying pad 160 is connected to the air supply member 190 to receive dry air.

The first LED module 170 is installed on the remaining support box 143 in which the steam pad 150 and the drying pad 160 are not installed among the three support boxes 143 and emits LED light toward the face of the patient. Allow for investigation.

The first LED module 170 is a known LED element array and device having a wavelength and output for improving or treating skin diseases such as acne, age spots, freckles, pigmented lesions, capillary dilatation, facial flushing, freckles, and freckles. Since it may include a substrate supporting the array, a control device, a stabilizer, etc., detailed description will be omitted below.

The steam supply member 180 is installed inside the case member 110 and serves to supply steam toward the steam pad 150.

For example, the steam supply member 180 may include an ultrasonic or heating type steam generator 181 and a blow means 182 for blowing steam generated from the steam generator 181 toward the steam pad 150. , At this time, the blow means 182 and the steam pad 150 are connected through the steam pipe 183, and the steam pipe 183 passes through the inside of the support shaft 141 and the support spoke 142 to the steam pad ( 150) may be connected toward the inside of the installed support box 143.

Accordingly, the vapor supplied from the vapor pipe 183 may be primarily absorbed by the vapor pad 150 and then diffuse and leak toward the face.

Next, the air supply member 190 is installed inside the case member 110 and serves to supply dry air toward the drying pad 160.

The air supply member 190 can use an air compressor, and the air supply member 190 and the drying pad 160 are connected through the air pipe 191, and the air pipe 191 is connected to the steam pipe 183. Likewise, it can be connected to the inside of the support box 143 where the drying pad 160 is installed via the inside of the support shaft 141 and the support spoke 142.

Accordingly, the dry air supplied from the air pipe 191 may be primarily absorbed by the drying pad 160 and then diffuse and flow out toward the face.

The operating process of the skin care unit 100 having this structure will be described with reference to the attached drawings as follows.

As shown in FIG. 1, when the person being treated lies face down on the bed 10 and the head support 30, the masseuse begins the massage treatment, while the masseuse uses a separately provided control panel or the voice recognition means 22 described above. When a control signal for operating the skin care unit 100 is input to the controller 23, the controller 23 controls the first actuator 120, the first motor 130, and the air supply of the skin care unit 100. The configuration of the member 190, the steam supply member 180, etc. can be controlled in the following steps.

For example, the controller 23 first operates the first actuator 120 to move the support member 140 located at the bottom upward. At this time, at least one of each support box 143 is aligned directly below the head support unit 30. For example, the support box 143 that preferentially supports the steam pad 150 is positioned directly below the head support unit 30. ) rises upwards with the top and bottom aligned.

Accordingly, as shown in FIG. 7, the steam pad 150 can be placed in contact with or close to the face exposed through the support hole 31 of the head support member 30, and then the steam supply member 180 Control the steam supplied from to be provided toward the face.

The steam provided to the face performs functions such as soothing the skin, discharging waste by expanding pores, and supplying moisture.

Next, the first actuator 120 operates to move the support member 140 located at the top a certain distance downward, and the first motor 130 operates to move the support member 140 at a certain angle, for example, 120 degrees. Also rotate.

As the support member 140 rotates, the support box 143 that supports the steam pad 150 that was aligned with the head support part 30, as shown in FIG. 6, moves eccentrically from the head support part 30 and moves to the adjacent support. The box 143, for example, the support box 143 where the first LED module 170 is installed, is aligned vertically with the lower part of the head support part 30.

Subsequently, as the first actuator 120 operates to move the support member 140 located at the bottom upward, the first LED module 170 is placed on the face exposed through the support hole 31 of the head support part 30. This can be located close to each other, and thus the LED light can be irradiated onto the face of the patient.

Next, the first actuator 120 operates to move the support member 140 located at the top a certain distance downward, and the first motor 130 operates to move the support member 140 at a certain angle, for example, 120 degrees. Also rotate.

As the support member 140 rotates, the support box 143 that supported the first LED module 170, which was aligned with the head support part 30, is moved eccentrically from the head support part 30, and the adjacent support box 143, For example, the support box 143 supporting the drying pad 160 is aligned vertically with the lower part of the head support part 30.

Subsequently, as the first actuator 120 operates to move the support member 140 located at the bottom upward, the face exposed through the support hole 31 of the head support member 30 is exposed as shown in FIG. 8. The drying pad 160 may be in contact with or positioned close to it, and then the drying air supplied from the air supply member 190 may be provided toward the face, thereby properly drying the moisture on the face and reducing the enlarged pores. .

That is, any one of the support boxes 143 arranged at equal intervals along the circumferential direction rotates alternately toward the direction directly below the head support section 30, so that it can match directly below the head support section 30, Accordingly, steam, dry air, and LED light can be alternately provided to the face.

Meanwhile, hygiene management is required on the surfaces of the above-mentioned vapor pad 150, drying pad 160, and first LED module 170 due to concerns about bacterial growth due to crossing and repeated use by unspecified persons. Accordingly, This embodiment may further include a first sterilizing member 200 that performs hygiene management through sterilization and drying of the vapor pad 150, drying pad 160, and first LED module 170.

More specifically, the first sterilizing member 200 is installed on the top of the case member 110 and includes a vapor pad 150, a drying pad 160, and a first LED that are not aligned directly below the head support portion 30. It serves to sterilize and dry at least two of the modules 170 simultaneously.

For example, the first sterilizing member 200 waits for use of the vapor pad 150 or sterilizes the drying pad 160 and the first LED module 170 that have been used using the vapor pad 150. It can be performed at the same time. In other words, when the vapor pad 150, drying pad 160, and first LED module 170 are used alternately, an efficient structure is provided so that unused components can be sterilized rather than left unused.

For this purpose, the first sterilizing member 200 is fixedly installed at the same height as the head support member 30 and is connected to the air supply member 190 to receive dry air and spray the dry air directly downward to form the steam pad 150. ), the drying pad 160, the spraying module 210 that naturally dries the outer surface of the first LED module 170, and the head support part 30 are fixedly installed at the same height and irradiate sterilizing light directly downward to create a vapor pad. It may be illustrated as including 150, a drying pad 160, and a sterilizing module 220 that sterilizes the outer surface of the first LED module 170.

At this time, the spraying module 210 and the sterilizing module 220 may be fixedly installed on the upper part of the case member 110 so that they are aligned directly above the support box 143, which is not aligned with the head support portion 30.

For example, the spray module 210 is mounted inside the spray box 211 and has a structure that is vertically symmetrical to the support box 143, and distributes the air flowing into the spray box 211 to the lower part. It may include a spray nozzle panel 212 that sprays water. A plurality of injection holes 213 for spraying air may be formed in the spray nozzle panel 212.

For example, the sterilizing module 220 may include a sterilizing box with a left-right symmetrical structure to the spray box 211 and a second LED module installed within the sterilizing box.

The second LED module has the same configuration as the first LED module 170 described above, but is capable of irradiating sterilizing light in a wavelength range within a range that can irradiate ultraviolet rays suitable for sterilization.

Therefore, as shown in FIG. 6, when the steam pad 150 is aligned with the lower part of the head support part 30, the remaining drying pad 160 and the first LED module 170 are connected to the sterilization module 220 and the first LED module 170, respectively. While aligned directly below the injection module 210, as the support member 140 repeatedly rotates and stops at a certain angle due to the action of the first motor 130, the steam pad 150 is positioned directly below the injection module 210. While rotating and stopping toward the over-sterilization module 220, the sterilization and drying process can be continuously performed.

Meanwhile, as a configuration for sterilizing the bed portion 10, an installation groove 13 of a certain depth is recessed in the center of the upper surface of the bed portion 10, and a second sterilizing member 40 is installed in the installation groove 13. It can be installed to be able to emerge and have a structure to selectively sterilize the upper surface of the bed portion 10.

That is, the second sterilizing member 40 is completely stored inside the bed 10 when the person being treated is lying on the bed 10 and does not interfere with the body of the person being operated on, and when the massage procedure is completed, the person being treated is left on the bed. After moving away from (10), it appears to the upper part of the bed part (10) only when there is a separate sterilization start signal, allowing the upper surface of the bed part (10), which is in direct contact with the skin, to be sterilized.

For this purpose, the second sterilizing member 40 includes a second actuator 41 fixedly installed on the inner lower surface of the installation groove 13, a second motor 42 coupled to the second actuator 41, and the second actuator 41. 2 It may be illustrated as including a lamp housing 43 coupled to the motor 42 and a third LED module 44 coupled to the lamp housing 43.

The second actuator 41 and the second motor 42 have the same configuration as the above-described first actuator 120 and the first motor 130 and are capable of lifting the lamp housing 43 up and down and rotating it in place, respectively. performs the function of

The lamp housing 43 can support a plurality of third LED modules 44 in a circular arrangement. At this time, the third LED module 44 is supported by tilting it at a certain angle so that the light irradiation direction is diagonally downward. can do.

The upper surface of the lamp housing 43 may be positioned on the same line as the upper surface of the bed unit 10 when the second sterilizing member 40 is completely accommodated in the installation groove 13. At this time, the bed unit 10 A pad of the same material as the outer shell 12 may be formed.

Each third LED module 44 may use the same configuration as the above-described second LED module as long as it can irradiate sterilizing light.

When the massage of the person being treated is completed and a sterilization start signal is input to the controller 23 using a separately provided control panel or the above-mentioned voice recognition means 22, the lamp housing 43 accommodated in the installation groove 13 is connected to the second It rises to the top and is exposed to the outside by the actuator 41, and at the same time rotates in place by the second motor 42, and sterilizing light is uniformly radiated from the third LED module 44 for sterilization to the upper surface of the bed unit 10. As much as possible, the second sterilizing member 40 can be operated.

Accordingly, the beneficial effect of sterilizing the outer surface of the used bed portion 10 to enable more hygienic use and management can be expected.

The embodiments of the present invention described above are merely illustrative, and those skilled in the art will understand that various modifications and other equivalent embodiments are possible. Therefore, it will be understood that the present invention is not limited to the forms mentioned in the detailed description above. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims. In addition, the present invention should be understood to include all modifications, equivalents and substitutes within the spirit and scope of the present invention as defined by the appended claims.

10: Bedroom
20: Leg part
30: Head support
100: Skin Beauty Department

Claims (5)

Bed area with antibacterial treatment on the outside;
Leg parts supporting the bed part at a certain height from the ground;
A head support part that is connected to one side of the bed and has an antibacterial surface, and has a support hole formed in the center to support the head and expose the face downward through the support hole. and
A skin care unit installed below the head support unit and supported on the head support unit to provide at least one of steam, dry air, and LED light toward the exposed face through the support hole. An antibacterial function comprising a. A massage bed for the visually impaired. In claim 1,
The skin care department,
A case member in the form of a box with an open top;
A first actuator fixedly installed on the inner lower surface of the case member;
a first motor coupled to the first actuator;
A support shaft coupled to the drive shaft of the first motor and extending in the vertical direction, three support spokes extending radially from the top of the support shaft, and three support boxes coupled to the ends of each of the three support spokes. It includes a support member provided inside the case member to rotate up and down by the first actuator and in a forward and reverse direction by a first motor;
A vapor pad made of breathable material mounted on one of the three support boxes;
A drying pad made of breathable material mounted on one of the three support boxes;
A first LED module installed in any one of the three support boxes;
a steam supply member installed inside the case member and supplying steam toward the steam pad; and
It includes an air supply member installed inside the case member and supplying dry air toward the drying pad,
Each of the support boxes is arranged at equal intervals along the circumferential direction, and one of the support boxes rotates alternately toward the direction directly below the head supporter to match the direction directly below the head supporter. bed. In claim 2,
The skin care department,
It further includes a first sterilizing member installed on the top of the case member and simultaneously sterilizing and drying at least two of the vapor pad, drying pad, and first LED module that are not aligned directly below the head support portion,
The first sterilizing member,
a spray module that is fixedly installed at the same height as the head support member and is connected to the air supply member to receive dry air and spray dry air directly downward; and
It includes a sterilizing module that is fixedly installed at the same height as the head supporter and irradiates sterilizing light directly downward,
A massage bed for the visually impaired with an antibacterial function, characterized in that the spraying module and the sterilizing module are aligned directly above the support box, which is not aligned with the head support portion. In claim 3,
An installation groove of a certain depth is recessed in the center of the upper surface of the bed, and a second sterilizing member is installed in the installation groove so that it can appear, thereby selectively sterilizing the upper surface of the bed. A massage for the visually impaired with an antibacterial function. bed. In claim 4,
The second sterilizing member,
a second actuator fixedly installed on the inner lower surface of the installation groove;
a second motor coupled to the second actuator;
a lamp housing coupled to the second motor; and
It includes a third LED module coupled to the lamp housing,
When the second sterilization start signal is input, the lamp housing accommodated in the installation groove is raised upward by the second actuator and exposed to the outside, and at the same time rotates in place by the second motor and emits sterilizing light from the third LED module for sterilization. A massage bed for the visually impaired with an antibacterial function, which is operated to irradiate the upper surface of the bed.