KR101817866B1 - Healthcare bed mattress - Google Patents

Abstract

The present invention relates to a functional bed mattress using near infrared rays, which particularly applies the near infrared rays to a bed for everyday life to maintain comfort for a user and at the same time to promote a healing effect during sleep. The present invention comprises: a stereoscopic space provided within a bed frame; a condensing housing installed within the stereoscopic space and holding a near infrared ray lamp therein to condense and discharge light of the near infrared ray lamp within a regular range; the near infrared ray lamp installed within the condensing housing; the bed frame embedding the near infrared ray lamp and supplying power for the lamp; and a mattress unit arranged on the bed frame and provided with a plurality of projection holes to realize a bed cushion and near infrared ray projection. The lamp passes the near infrared rays through the mattress and projects the near infrared rays on a body of a user on a mattress. Moreover, the present invention additionally includes a sliding projection mechanism unit adjusting a perfuming function and a detailed imaging portion using an electric fan and an upper lamp support for stereoscopic projection. The present invention can provide a healing effect for a human body during sleep by using the near infrared rays and, particularly, assuring functions of disinfection, cleaning, perfuming, fumigation, etc. in the bed for everyday life.

Description

{Healthcare bed mattress}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a functional bed mattress using near infrared rays, and more particularly, to a functional mattress using near infrared rays, which is capable of enhancing the maintenance property of a mattress while enhancing a healing effect such as a near- .

The sun rays include visible rays of seven colors of iridescent rays and invisible ray of invisible infrared rays, ultraviolet ray, and X rays. Invisible rays are electromagnetic waves, which are a kind of energy waves. They are divided into near infrared rays, medium infrared rays and far infrared rays according to their wavelengths.

When the light emitted from the sunlight or the heating element is dispersed in the spectrum, the infrared ray is located outside the end of the red spectrum, and the light having the wavelength of 0.75 to 3 μm, which is the shortest wavelength among them, is called near-infrared light. Near infrared rays are known to be effective for disinfection, sterilization, treatment of joints and muscles, and restoration of fatigue.

Specific effects include a hyperthermia that keeps the body temperature at an appropriate temperature, an aging effect that promotes the growth of the human body, a midnight effect that maintains a balance of nutrient supply, a humidification function that properly maintains moisture in the human body, , And neutralizing action to neutralize odor.

However, such near-infrared rays should be divided into medical use and daily life use. For medical use, the focus is on short-time treatment for about 30 minutes. On the other hand, for daily life, Because the purpose is different in terms of obtaining. For everyday life, it is necessary to satisfy comfort and sleeping function as a necessary condition, and it is desirable to consider healing, cleaning, disinfection and the like in sufficient condition.

Beds are originally originated from the West, but nowadays, it is very useful as a necessity of life around the world, both east and west.

Beds that use near infrared rays as a daily life purpose for people to live in are being developed into stone beds and ocher beds combined with our traditional bedding method.

The prior art for heating such stone beds and ocher beds with far infrared rays is described in U.S. Patent Application No. 10-2007-0029312 (Mar. 26, 2007) and Application No. 10-2009-0027181 (Mar. 31, 2009) . In addition, there is also a prior art of application No. 20-2008-0016524 (December 12, 2008) which alleviates patient's pain or promotes physical health by combining circular / near-infrared rays directly with the action of magnet while radiating directly from the bed .

Further, there is a prior art which is an application No. 10-2014-0093797 (Jul. 24, 2014) in which a functional mattress is tried by incorporating an infrared lamp in a mattress.

However, such conventional techniques have not solved the following problems as the bed for daily life.

That is, the prior art (Application No. 10-2007-0029312) and Application No. 10-2009-0027181 comprising a stone bed or an ocher bed use a far infrared ray or a near infrared ray only for heating the yellow soil board, It is impossible to expect a healing effect peculiar to the near-infrared ray obtained by direct contrasting of the near-infrared ray other than the one provided.

The prior art of the application No. 20-2008-0016524 (December 12, 2008) is intended to image the magnet and the near-infrared ray to the irradiation hole, but it can detect the function through the ventilation, the use state and the non- There is a problem in that it is not functionally insufficient in terms of power saving, visual acuity protection, keeping cleanliness as a bedding, etc. In addition, there is a problem that the bed frame is unnecessarily heated due to leakage of infrared light from the inside of the bed frame.

In addition, the prior art (Patent Application No. 10-2014-0093797 (Jul. 24, 2014)) in which an infrared lamp is embedded in a mattress is not a direct image of near-infrared rays but a structure for indirectly projecting light reflected from an inner reflection plate , The indirect heat is used by blocking the directly illuminated light and using the reflected indirect light because the heat source is intended to stabilize the heat temperature while keeping the heat source as in the prior art. Therefore, it is obvious that the function of healing which should be directly irradiated with light is insufficient. In addition, this configuration has a problem that it is extremely difficult to clean and maintain the mattress which the human body touches directly by focusing all the structure on one mattress. Therefore, it is an idea of the present invention to point out such problems and to improve them.

Above all, in these prior arts, the lamp is automatically operated by sensing the use state of the person, and ventilation is performed with the near infrared rays, so that the near-infrared rays are utilized more user-friendly or the three- No technical ideas are found.

KR 101621617 B1 (2016.05.10) KR 2020100006315 U (2010.06.22) KR 100805357 B1 (2008.02.13) KR 101107579 B1 (2012.01.12)

A first object of the present invention is to provide a technical configuration that simultaneously applies near infrared rays to a bed for daily life to simultaneously maintain the comfort of the user and to achieve a healing effect.

A second object of the present invention is to provide a technical means for expanding the use of near infrared rays to functions such as disinfection, purification, perfume, and fumigation.

A third object of the present invention is to provide a bed mattress which is a convenient operation for visualizing near-infrared rays, can change the imaging position to any optional position during use, can be vertically and horizontally stereoscopically displayed, And the like.

According to a first embodiment of the present invention, a three-dimensional space provided in a bed frame; A condensing housing installed in the three-dimensional space, the condensing housing accommodating a near infrared ray lamp therein and condensing and emitting light of the near infrared ray lamp to a predetermined range; A near infrared ray lamp that is installed in the condensing housing; A bed frame incorporating a near-infrared lamp and supplying electric power for the lamp; A mattress portion disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; Wherein the near infrared ray bed mattress comprises a means for passing near-infrared rays from the lamp through the mattress to be imaged on the body on the mattress.

In addition, the present invention provides, as a second embodiment, a three-dimensional space provided in a bed frame; A near-infrared lamp installed in the three-dimensional space; A fan installed in the three-dimensional space; A bed frame for supplying electric power for integrating and operating the near infrared ray lamp and the fan; A mattress portion disposed on the bed frame and having a plurality of upper and lower projection holes and ventilation holes to simultaneously perform cushioning of the bed and near-infrared projection and three-dimensional circulation of air; Wherein the near infrared ray bed mattress comprises a structure in which near infrared ray emitted from the lamp passes through a mattress and is projected on a body on a mattress and air from a fan is brought into contact with the body.

In the first and second embodiments, the three-dimensional space may further include a means for receiving a drawer-type destruction material receiving means and configured to allow the destruction material to contact the body through the projection hole and the air vent.

At this time, the gauzehoon means may be constructed to contain fumaceous material and to form fuming mixed with near-infrared rays, or to incorporate directional materials so that near infrared rays and directional materials act in a mixed manner.

In addition, the present invention provides, as a third embodiment, a bed frame for incorporating a near-infrared lamp and supplying power thereto; A mattress portion disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; A control sensor unit connected to the power supply system and the lamp for sensing the use state of the bed and controlling power of the lamp according to whether the bed is used or not; Wherein the near infrared ray bed mattress includes means for allowing near infrared rays from the lamp to pass through the mattress to be imaged on the body on the mattress in the state of using the bed and to automatically shut off the near infrared rays in the unused state.

Further, according to a fourth embodiment of the present invention, there is provided a bed frame comprising a near-infrared lamp and supplying electric power thereto; A mattress portion disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; A sliding contrast mechanism for moving the lamp to an arbitrary position; Characterized in that the near infrared ray bed mattress is provided with a near infrared ray bed mattress which is configured so that near infrared ray from the lamp passes through a mattress and is guided to a body on a mattress and selectively moved to a proper position of the body during use through the sliding contrasting mechanism do.

In each of the above embodiments, the mattress portion is constituted by a skeleton of the bed mattress, an edge portion of the mattress portion, and a central portion which is positioned within the edge portion to support the human body is composed of an offset spring and a cushion member, A large incident hole capable of receiving light from the near infrared ray lamp is formed in the lower part of the mattress while the ball is disposed so that the light of the near infrared ray lamp entering the large incident hole is dispersed and diffused while passing through the offset spring region, And may be dispersed and diffused into the air.

In the second to fourth embodiments, the near-infrared lamp may be installed in a condensing housing for condensing and emitting light of a near-infrared lamp to a predetermined range. In the first, third, and fourth embodiments, And an air fan is additionally installed in the three-dimensional space. In addition, the projection ball of the mattress is configured to serve as upper and lower air vents so that air from the fan And may further include a configuration adapted to be touched. In this case, the three-dimensional space may be constructed so that the drawer-type material is housed in the drawer-type material through the projecting hole and the air hole, and the fauction material is built in the fountain material so as to be mixed with the near- , And the directional material is built in, and the near infrared rays and the directional material are mixed with each other, so that they can be brought into contact with the body.

Further, in each of the above-described embodiments, the upper graphic portion of the lamp installed in the bed frame may further include a reverse Gaussian lens for canceling the non-normal distribution of the near-infrared rays.

In addition, in each of the above-described embodiments, the upper lamp support includes a three-dimensional image sensing means for sensing an image of the human body lying on the mattress by applying an upper lamp support member, And may be further configured to allow folding when and when it occurs.

Further, in each of the above embodiments, a configuration may be further provided in which a health care unit is disposed between the lamp and the power supply system, and the remote controller remote controller is connected to the power supply unit. At this time, the remote control unit may include a configuration that can be controlled or monitored remotely through the Internet or a mobile communication network. The power supply system may also include an electromagnetically suppressed switching arrangement using zero-point contact, the power supply system controlling to operate the fan at the heating boundary 1, controlling the supply current at the heating boundary 2, And a control unit for controlling the supply power to be cut off from the heat generation boundary 3 to the insulation failure.

In addition, in the fourth embodiment, the sliding imaging device may be configured to automatically move the position periodically using a motor, or may be configured to manually adjust the position using a belt and a pulley.

According to the present invention, a healthcare function for relieving various pain such as muscular pain, arthritis, rheumatism, disc, etc. is naturally operated during the sleeping period of the human body. During the sleeping period, the healthcare takes place during the relaxed time of the human body, so synergy with effective healing can be obtained.

According to the present invention, it is possible to achieve a caterpillar-selective effect that can be focused on a human body through a lens or a sliding contrasting mechanism, or can be focused on a specific region through movement of a sliding contrasting mechanism in a non-lens using state.

According to the present invention, it is possible to obtain the effect of sterilizing or cleaning the mattress at all times through the visual effect through the mattress, the near infrared rays dispersed in the spring in the mattress, and the air blowing effect of the electric fan, and the mattress can be fumigated, It is effective.

According to the present invention, the function of three-dimensional and health-care timing control can be operated during a routine sleeping period of a person, and a lamp support which can be folded when a person lays down and when he / It is effective.

According to the present invention, since it has a function of automatically operating by the pressure when the person is lying down, there is an effect that the power loss due to unnecessary near infrared ray emission and the influence on the visual acuity can be suppressed.

According to the present invention, a mattress is provided with a vertical ventilation function, and as a function of cold air with infrared rays blocked in the summer, it is possible to maintain the comfort and comfort through prevention of molds and mites inside the bed and prevention of moisture.

1A is a perspective view showing a first embodiment of the present invention;
1B is a cross-
FIG. 2A is a conceptual view showing a second embodiment of the present invention, and FIG. 2C is a conceptual view depicting a configuration for accommodating a rooftop material in a draw frame for a bed frame space in a second embodiment of the present invention
FIG. 2B is a cross-
3 is a conceptual diagram showing a third embodiment of the present invention.
4 is a conceptual diagram showing a fourth embodiment of the present invention.
FIG. 5 is a conceptual view showing details of the mattress in the first to fourth embodiments
6A and 6B are conceptual diagrams showing the structure of a condensing housing in which a near-infrared lamp is housed
Figure 7 is a conceptual diagram illustrating the need for an inverse parabolic lens and its operation;
8 is a conceptual view depicting the configuration and operation of the upper lamp support
9 is a block diagram showing an interlocking concept of a power supply system, a remote controller,
10 is a conceptual diagram illustrating an electromagnetic wave suppression switching operation using zero point contact
11 is a flow chart illustrating the operation of the electrical safety device

BRIEF DESCRIPTION OF THE DRAWINGS The present invention will now be described more fully hereinafter with reference to the accompanying drawings, in which preferred embodiments of the invention are shown. It is to be understood, however, that the present invention covers all modifications, equivalents, and alternatives falling within the spirit and scope of the present invention, since the present invention is not intended to be limited to the specific embodiments. Although similar reference numerals are used for similar components in describing each drawing, it will be understood that, for example, the terms first, second, etc. are used only for the purpose of distinguishing one component from another, Should not be construed as being limited to the first, second, etc. terms. The terms may be referred to as a second component without departing from the scope of the present invention, and on the same principle, the second component may also be referred to as a first component.

Embodiments of the present invention will now be described in detail with reference to the accompanying drawings. The objects and features of the present invention will become more apparent from the following detailed description.

FIG. 1A is a perspective view showing a first embodiment of the present invention, and FIG. 1B is a sectional view of FIG. 1A. That is, the first embodiment of the present invention includes a three-dimensional space 11 provided in a bed frame; A condensing housing (31) installed in the three-dimensional space and accommodating a near-infrared lamp inside and condensing and emitting the light of the near-infrared lamp to a predetermined range; A near infrared ray lamp 30 installed in the condensing housing 30; A bed frame 10 incorporating a near-infrared lamp and supplying electric power for a lamp; A mattress portion 20 disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; Wherein the near infrared ray bed mattress comprises a means for allowing near infrared rays from the lamp to pass through the mattress to be imaged on the body on the mattress.

The following is a detailed description of each component.

'The three-dimensional space 10 provided in the bed frame' means a space in which a plurality of lamps 30 and condensing housing 31 for lamps can be installed and installed, Refers to a structure in the form of a furniture in which drawers for materials can be selectively accommodated. The size of the three-dimensional space may be suitably selected from the range of, for example, a double bed (height 30 to 50 cm) × 200 to 250 cm (length) × 160 to 200 cm (width) It may be 200 cm or less.

The condensing housing 31, which is installed in the three-dimensional space and accommodates the near-infrared ray lamp therein to condense and emit the light of the near-infrared ray lamp to a predetermined range, refers to a structure in which light emitted from the lamp 30 is condensed in a three- 11) to minimize the loss of light lost.

In view of the fact that a screw-type socket 30c (not shown) is positioned below the three-dimensional space 11 and a lamp mounted on the socket is enclosed, the light-collecting housing 31 has a circular or polygonal shape Preferably, the order of installation may be such that the lamp 30 is installed inside the condenser housing 20 after the condenser housing 20 is first fixed to the bed frame. Conversely, after the lamp 30 is mounted on the socket 30c, the condensing housing 31 may be installed outside the condensing housing 31. In particular, the condensing housing 31 may be mounted on the bed frame Because it is not fixed, it has structural flexibility.

The near infrared ray lamp 30 in the condensing housing means that near infrared ray emission is suppressed by the light collecting housing 31 in the forward direction of the horizontal plane and below the vertical plane and near infrared rays are emitted only above the vertical plane on which the mattress is placed And the lamp 30 is installed in the apparatus. That is, the lamp installed upright on the screw of the socket 30c installed at the lower end emits light only in the upward direction, and at this time, the function of the condensing housing is to prevent unwanted side emission.

The condensing housing 31, which is installed in the three-dimensional space 11, has the effect of solving the problem that the near infrared rays from the lamp are spread over the entire inside of the bed frame to be lost.

The bed frame 10 incorporating the near-infrared lamp and supplying power for the lamp means a lamp installed in the lamp 30 and provided with a switch, a brightness controller, a timer, a healthcare program (CPU) And on the other hand, a bed skeleton for providing a three-dimensional space of a predetermined height at which the light collecting housing 20 is to be laid. It is a matter of course that the mattress must be laid on top of it, and the skeleton of the bed should be provided for the person to lie down and support the weight.

At this time, it is preferable that the lamps 30 are arranged in at least one, and possibly six, Here, 'to supply power for the lamp' means not only a simple on-off configuration using a switch but also a constant timer during the day, automatically adjusting the off period, or a light amount (light amount) during a certain step- The power can be controlled to control. In particular, when the light intensity is controlled by turning on / off the light through the computer program, the light is turned on or off gradually, so that the optimum time can be obtained without disturbing the sleeping, In addition, since it is possible to automatically shift the position during sleeping in conjunction with the sliding imaging device as described later, this effective configuration is referred to as a computer program-based health care in the present invention.

The mattress portion 20 disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed means that the near infrared ray light from the lamp 30 passes through the incident hole 24 of the mattress And enters the projection hole 21 to be imaged on the human body. At this time, one incident hole 24 is provided for each lamp, thereby minimizing leakage of light. However, due to diffuse reflection and diffusing in the offset spring inside the bed mattress, the number of incident holes 24 is densely arranged The light is dispersed and emitted into the projection hole 21, so that the light finally spreads to the human body and the light is projected.

Bed mattresses presuppose everyday life, so people should keep a constant tension and cushion so that the person can sit down and sit near infrared rays.

Considering these characteristics, it is necessary to solve the contradiction that the function of the cushion member for maintaining the cushion of the bed and the penetration characteristic of the light for the contrast must be made at the same time. In the present invention, the projection holes 21 are arranged at regular intervals in the manner of covering them. That is, although the light passes through the projection hole 21, the mattress body 22 around the projection hole is configured to perform the functions of tension and cushion. Further, the mattress of the present invention has air permeability so that constant air can communicate. The effect of such a configuration is that the near infrared rays are used as a disinfection function to prevent the reproduction of mites and fungi To obtain synergy that combines light dispersion and ventilation. Ventilation can also be used by people on beds to cool sweat.

In FIG. 1, reference numeral 20a denotes a bed cover, and these members also have transparency for passing near infrared rays and air permeability for ventilation in the second embodiment described later.

FIG. 2A is a conceptual diagram showing a second embodiment of the present invention in which a bed frame space is accommodated in a drawer type material. 2B is a sectional view of FIG. 2A. That is, the second embodiment of the present invention includes a three-dimensional space 11 provided in a bed frame; A near-infrared lamp (30) installed in the three-dimensional space; A fan (40) installed in the three-dimensional space; A bed frame 10 for supplying electric power for integrating and operating the near infrared ray lamp and the fan; A mattress portion 20 disposed on the bed frame and provided with a plurality of upper and lower projection holes and ventilation holes 21 to simultaneously perform cushioning of the bed and near-infrared projection and three-dimensional circulation of air; Wherein the near infrared ray from the lamp is passed through the mattress to be displayed on the body on the mattress and the air from the fan is brought into contact with the body.

Hereinafter, a description will be made of parts different from those of FIG. 1, and duplicated parts are omitted.

Particularly, in the second embodiment of the present invention, the mattress described in FIG. 1 is configured to fully utilize the structure having 'air permeability so that constant air can communicate'. The present invention relates to a mattress portion 20 having a vent hole 21 for simultaneously providing a cushion of a bed, a near-infrared projection and a three-dimensional circulation of air. It can be used as a disinfection or hygiene function to prevent breeding, and it is not an effect to be overlooked. In addition, the bed frame 10 includes a fan 40 that is installed in the three-dimensional space in order to positively utilize the fan 40. The fan frame 40 is cleaned using near-infrared rays by mixing with the fan 40 The fresh convection is circulated in the bed 11, so that the bed can be kept clean and sanitized at all times. In other words, it is not necessary to carry out troublesome work such as lifting or turning over a heavy bed mattress for cleaning.

In addition, when the lamp 40 switch (not shown) is turned off, air cooling using the wind of the fan 40 becomes possible, so that it can be used for preventing sweating when lying on a bed in summer or drying sweat while lying down . As a result, the fan 40, which is installed in the three-dimensional space 11, and the mattresses and the ventilation holes 20, 21, 20a that communicate with the wind of the fan are effective to maintain the inside of the bed as purified air.

In the meantime, the interior space of FIG. 2 may be additionally used as a means for utilizing the fan. In the present invention, the interior space 11 is provided with a drawer- And means that the fragrance material is brought into contact with the body through the projection hole and the vent hole.

When the fan of the present invention circulates the inside air and communicates air to the upper human body, even if it is installed only at one corner of the three-dimensional space of the bed frame, So that it is possible to adopt a drawer type structure in which material filling can be easily carried out while adding the function of the gonghoon.

In other words, the configuration in which the fragrance material is accommodated in the drawer type enables the fragrance material to be inserted or replaced even if the heavy bed mattress 20 is not lifted. Further, even if the fragrance material is not dispersed evenly in various directions, The near infrared ray lamp 30 has the effect of spreading it widely in the inner space of the bed in the best condition by the mixed action.

In this case, the pharmacological effect as fumigation using mugwort, which is a mixture of near infrared rays and herbal materials, can be expected through the near infrared ray bed mattress.

Furthermore, if a perfume is built in the perfume means 50 and the near infrared ray lamp 30 is lit and a fan is operated to operate the fan, the perfume is smoothed to a certain extent through the function of the near infrared rays and then the perfume is sprayed. The perfume processing is processed in a single process, and at the same time, fresh perfection inherent in a clear perfume can be obtained.

Other remaining components are the same as those described in the embodiment of FIG. 1, and thus redundant description is omitted.

3 is a conceptual diagram showing a third embodiment of the present invention. That is, the third embodiment of the present invention includes a bed frame 10 for incorporating a near-infrared lamp and supplying electric power thereto; A mattress portion 20 disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; A control sensor unit (60) for detecting gravity generated in the use state of the bed, and for controlling power of the lamp according to whether the bed is used or not, connected between the power supply system and the lamp; And a means configured to cause near infrared rays from the lamp to pass through the mattress to be imaged on the body on the mattress in a state of using the bed according to the operation of the control sensor unit 60 and to automatically shut off the near infrared rays in the unused state It features a near infrared bed mattress.

In the description of the third embodiment of the present invention, only the parts different from those of FIG. 1 will be described, and duplicated parts will be omitted.

Particularly, in the third embodiment of the present invention, a control sensor unit (not shown) detects the gravity generated in the use state of the bed and is connected between the power supply system and the lamp to control the power of the lamp according to whether the bed is used 60 '). This configuration reduces unnecessary power when not in use, and at the same time, the near-infrared ray light which is not blocked by the human body but is released into the space is automatically cut off The effect of the function is demonstrated. Near infrared rays that are unnecessarily emitted to the space not only cause a waste of electric power but also can be radiated throughout the room and affect the eye fatigue in daily life. Therefore, the third embodiment of the present invention has the effect of preventing such a problem from being solved.

The operation relating to this can be accomplished as a pressure sensor or a capacitance sensor by inspecting whether the human body lies on a bed mattress or sitting and interrupting control of the electric power supply system as a result of detection thereof, .

Therefore, according to this configuration, the near infrared ray from the lamp passes through the mattress to be imaged on the body on the mattress in the state of using the bed, and is operated so that the near infrared ray is automatically blocked in the unused state. Sensors that detect the use of the human body should not, of course, function in a mattress-only bed.

The remaining description of the second embodiment is the same as that of the second embodiment shown in FIG. 2, so that the description of the same constituent elements will be omitted, and redundant description will be omitted.

4 is a conceptual diagram showing a fourth embodiment of the present invention. That is, the fourth embodiment of the present invention includes a bed frame 10 which houses a near-infrared lamp and supplies electric power thereto; A mattress portion 20 disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; A sliding imaging device (32) for moving the lamp to an arbitrary position; Characterized in that the near infrared ray bed mattress comprises a unit configured to allow near infrared rays from the lamp to pass through a mattress to be imaged on a body on a mattress and to be selectively moved to a proper position of the body through the sliding contrasting mechanism unit .

In the description of the third embodiment of the present invention, only the parts different from those of FIG. 1 will be described, and duplicated parts will be omitted.

In particular, in the fourth embodiment of the present invention, the 'sliding imaging device 32 for moving the lamp to a desired position' can be adjusted to a fine position from the head to the toe in a certain range according to the height and other physical characteristics of a person .

To this end, the present invention is characterized in that a series of connection mechanism parts, in which the lamps 30 and the condensing housings 31 are arranged at regular intervals between the pulley 32b and the handle 32a, The sliding contrast mechanism 32 controls each of the lamps 30 and the condenser housing 31 between the pulley 32b and the motor 33a so as to control the motor 33a to achieve the same effect as described above. Also disclosed is an electrical connection mechanism package disposed at regular intervals.

With this characteristic configuration, the fourth embodiment of the present invention can be freely changed to an arbitrary position for imaging.

Here, the sliding contrast imaging unit using the motor 33a can be operated so that the position is automatically moved periodically. If the sliding contrast imaging unit is adopted in the health care unit, the effect of maximizing the medical effect can be obtained by uniform contrast. In addition, although this is not an automation, a manual sliding mechanism is effective in achieving a function at a low price through a simple structure.

Fig. 5 is a conceptual diagram showing details of a mattress in the first to fourth embodiments. That is, in the mattress portion 20 of the present invention, the edge portion 25 around the quadrangle forms the skeleton of the bed mattress and the central portion of the edge portion 25, which supports the human body, is supported by the offset spring 23, A small projection hole 21 having a predetermined interval is disposed in the cushion member at the center portion and a large incident hole 24 capable of receiving light from the near infrared ray lamp 30 is formed in the lower part of the mattress The light of the near infrared ray lamp 30 from the large incident hole 24 is dispersed and diffused 26 in the area of the offset spring 23 and dispersed and diffused into a plurality of the small projection holes 21, .

As can be seen from the dispersion and diffusion shapes depicted in FIGS. 5 to 26, this configuration is such that the near infrared ray light is scattered in the irregular direction while passing through the offset spring region, but is dispersed and diffused within the edge range of the mattress. The near infrared ray light from the lamp 30 is emitted only to the projection hole 21. Therefore, the near-infrared rays are not only densely emitted near the incident hole 24, but are spread evenly over almost all the range in which the projection holes 21 are formed.

6A and 6B are conceptual diagrams showing a structure of a condensing housing in which a near-infrared lamp is housed. The light collecting housing 31 basically prevents the light from the near infrared ray lamp 30 from being ejected in an undesired direction.

It is preferable that the jaws are formed on the upper part of the light collecting housing so as not to sink into the bed frame when installed in the bed frame. FIG. 6A shows a photograph of a metal system, FIG. 6B shows a photograph of a plastic system, and FIG. 6B shows a jaw 31a formed on an upper part thereof.

7 is a conceptual diagram showing the necessity and function of an inverse parabolic lens.

The beam of light from a typical near-infrared lamp is most strongly emitted at the center of the lamp on a spherical surface, as indicated by 32 in Fig. In other words, when the maximum light energy is ejected at a right angle to the lamp, and the light is distant from the center in any direction on the spherical surface, the light intensity weakens.

When this is represented by the brightness of light, it is depicted as the beam angle 32a of FIG. 7, and when depicted by energy, it is depicted as parabolic shape like 32b. This natural normal distribution phenomenon is referred to as a Gaussian in the present invention.

The near infrared rays passing through the mattress of the present invention are dispersed and diffused at a certain distance in the offset spring, but in order to achieve a more flat energy level in the horizontal plane, it is preferable to disperse the energy concentrated at the central portion with the reverse Gaussian lens . To this end, an inverted Gaussian lens for canceling the non-normal distribution of the near-infrared rays is required at the upper end of the lamp installed in the bed frame.

That is, the inverted Gaussian lens of the present invention (AA in FIG. 7) diffuses light energy in the vicinity of the center to the edge and acts as an opposite characteristic of the normal distribution as in (33a and 33b) (34) The effect of dispersing the light power of the lamp in the periphery to flatten the energy of light to a wide range.

In the present invention, this is referred to as an inverted Gaussian lens or an inverted parabolic lens.

The inverted Gaussian lens may be installed at the upper end of the bed frame, at the upper end of the condensing housing, or directly in contact with the incident hole 24 at the lower end of the mattress.

FIG. 8 is a conceptual diagram depicting the configuration and operation of the upper lamp support 70.

The upper lamp support 70a and the upper lamp support 70b are provided on the bed frame 10 so that the near infrared ray lamp 30a is projected downward from the upper side relative to the human body 80 laid on the mattresses 20, , And the upper lamp support 70b adopts a folding structure so that it does not interfere with a person when he lie or when he wakes up.

In the embodiment shown in FIG. 8, the horizontal portion 70b at the upper portion is shown to be folded when the person lies and when the person rotates horizontally. However, the present invention is not limited thereto. For example, the horizontal portion 70b may be folded into a vertical plane, in which case the portion 70a may be very short or may be omitted altogether. However, in the present invention, it is preferable that the upper lamp support 70b includes a means for increasing or decreasing the length of the support in consideration of a situation where a person sits and performs contrast.

On the other hand, the upper lamp support 70a and the upper lamp support 70b may be constructed so as not to interfere with each other when the user lays on the cobra-shaped single flexible support.

In short, in the present invention, the lamp 30 is projected from below to the top, and the lamp 30a is three-dimensionally projected toward a person lying downward from the top. In addition, the upper lamp support 70, which can be folded when the user lays down and when it wakes up, can also have a stabilizing effect of preventing damage to the lamp from the impact of ease and unfairness.

9 is a block diagram showing a concept of interlocking of a power supply system, a remote controller, and the like.

According to the present invention, the health care unit 102 is disposed between the lamp 30 and the power supply system 100.

Such a healthcare unit preferably employs a timer suitable for sleeping, a timer suitable for treatment of a specific site, and a configuration capable of continuous operation, in particular, a time-based timing control using a CPU and a control of a power intensity for adjusting a light power .

In particular, when the light intensity is controlled by turning on / off the light through the computer program, the light is turned on or off gradually, so that the optimum time can be obtained without disturbing the sleeping, In addition, when it is possible to automatically move to the position during sleeping in conjunction with the sliding imaging device, excessive continuous use is prevented, and the healing effect can be maximized during the relaxed sleeping period.

9, the zero-point switch 103 that puts the impact of supplying power to the lamp 30 at zero is placed on the on / off output of the healthcare unit 102. [ Such a zero-point switch turns the switch on or off in an intermediate waveform in which the power supply power is zero (see FIG. 10), so that surge shock voltage due to switching is not generated. Since the surge generates the electromagnetic wave, eliminating it means that the electromagnetic wave interference is solved in the configuration for medical use, and the effect of taking only the advantage of pure near infrared rays is generated.

9, it can be seen that the present invention inserts a power control unit and an interface unit 101 that enable various interfaces to the power supply system. This means that the remote control remote control unit can be connected to the power supply system, And can be remotely controlled or monitored through the control unit 104.

Such a configuration makes it easy for a caregiver or the like to check whether a person who is sleeping in a bed can easily operate the remote control directly from the state of being laid down on the bed, whether the healthcare section is operating properly at a remote place, It is effective.

11 is a flowchart for explaining the operation of the electric safety device included in the power control unit and interface unit 101 in Fig.

According to Fig. 11, the power supply system via the control unit 60 of Fig. 9 controls to operate the fan when it reaches the heating boundary 1 (for example, 50 to 70 degrees Celsius) (1002, 1002a) (1003, 1003a) to limit the supply current upon reaching a predetermined temperature range (for example, 70 to 100 degrees Celsius) and to shut off the power supply system upon reaching the heat generation boundary 3 (1004, 1004a). ≪ / RTI >

In other words, if a temperature sensor or a hot-wire camera detects the internal heat or fire in advance to take appropriate measures according to the safety stage, and if sweat flows through the sleeping and the insulation defect occurs in the socket, By this shutdown control, the function of the electric safety device is secured so that the human being is not at risk of falling asleep.

The fan (not shown) means a means for discharging air to the outside of the three-dimensional space in order to dissipate the overheated state of the electric circuit to the outside. Also, limiting the supply current can be achieved by configuring the feedback control circuit such that the automatic current control circuit or the automatic voltage control circuit interlocks with the temperature sensor to limit the current in the overheated state. The switching control circuit interrupted at the time of temperature overheating can be achieved by interrupting the trigger circuit of the zero point switch or connecting and disconnecting the automatic return type interrupting circuit of the serial type.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the present invention as defined by the appended claims. You will understand.

Therefore, it should be understood that the above-described embodiments are not limited to the respective examples, and all modifications or variations derived from the equivalent concept as well as literary meanings and ranges directly specified by the terms of the claims And should be construed as being included in the scope of the present invention.

11: three-dimensional space 31: condensing housing
30: near-infrared lamp 10: bed frame
20: mattress portion 30s: socket
21: projection hole and vent hole 22: mattress body
20a: bed cover 40: fan
50: decoy unit 60: control sensor unit
32: a sliding imaging mechanism part 32b: a pulley
32a: handle 33a: motor
32b: pulley 25: mattress portion edge portion
22: cushion member 24: incidence hole
23: offset spring 26: dispersion and diffusion of near infrared rays
32: Beam characteristics of light from a general near infrared lamp
70, 70a, 70b: upper lamp support
80: a person lying down 30a: upper near-infrared lamp
100: power supply system 101: power control unit and interface unit
102: Health care unit 103: Zero switch
104: Internet or mobile communication network
1002, 1002a: Fan operation control
1003, 1003a: Supply current control
1004, 1004a: power supply control

Claims (22)

delete delete delete delete delete A bed frame having a power supply part for supplying power to the near-infrared lamp;
A condensing housing accommodating the near-infrared lamp and concentrating the light of the near infrared lamp in a predetermined range;
A mattress portion disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed; And
And a control sensor unit for detecting whether or not the bed is used,
Wherein the mattress part is constituted by a spring and a cushion member, the center part of which the edge part constitutes the skeleton of the bed mattress and which is located in the edge part and supports the human body, the small projection holes are arranged at regular intervals in the cushion member of the central part, The bottom of which forms an inlet capable of receiving light from a near-infrared lamp, the light of the near-infrared lamp from the inlet being emitted through the spring region into the small projection apertures,
Wherein the control sensor unit is installed at a lower portion of the mattress unit to detect a use state of the bed and to control power of the lamp depending on whether the bed is used between the near infrared ray lamp and the electric power supply unit,
Wherein the power supply unit includes a control unit for limiting heat dissipation or power supply according to an exothermic boundary,
Wherein the controller is configured to allow the light from the near infrared ray lamp to pass through the mattress portion and to be displayed on the body on the mattress portion in a state of using the bed in accordance with the interlocking control operation of the control sensor portion, And means for automatically shutting down the lamp and controlling power supply according to the heating state.
A bed frame with a built-in near infrared lamp and power supply;
A mattress portion disposed on the bed frame and having a plurality of projection holes to simultaneously perform cushioning and near infrared projection of the bed;
A sliding contrast mechanism for moving the lamp to an arbitrary position; Infrared light from the near-infrared lamp passes through the mattress portion and is guided to the body on the mattress portion, and is configured to be selectively moved to a proper position of the body during use through the sliding imaging mechanism portion,
Wherein the sliding contrasting mechanism unit has a controllable structure such that the degree of positional shift of the near-infrared lamp can be controlled according to a height of a person lying on the bed.
delete delete [7] The bed frame according to claim 6 or 7, wherein the bed frame has a three-dimensional space for inserting the near-infrared lamp, and a fan is additionally installed in the three-dimensional space, Wherein the upper body is configured to be in contact with the air from the fan.
delete delete delete 8. The method according to claim 6 or 7,
Wherein the near-infrared lamp installed in the bed frame further includes a reverse Gaussian lens for canceling the non-normal distribution of the near-infrared rays emitted from the near-infrared lamp.
8. The method of claim 7,
The upper lamp support includes a three-dimensional imaging means for projecting the upper part of the bed frame from the upper portion to the lower portion of the body by adding an upper lamp support frame which can be viewed from above, Wherein the mattress comprises at least one of the following:
The method according to claim 6,
And a health care unit disposed between the near-infrared lamp and the power supply unit.
The method according to claim 6,
And the remote controller remote controller is connected to the power supply unit.
18. The method of claim 17,
Wherein the remote control remote control unit includes a configuration capable of being remotely controlled or monitored through the Internet or a mobile communication network.
The method according to claim 6,
Wherein the power supply unit is configured to operate by displaying an electromagnetic wave suppression switching using zero point contact.
The method according to claim 6,
Wherein the controller controls to operate the fan at the thermal boundary 1, to limit the supply current at the heat generation boundary 2, and to block the power supply at the heat generation boundary 3.
8. The method of claim 7,
Wherein the sliding imaging device includes a motor for adjusting an electric position using a motor.
8. The method of claim 7,
Wherein the sliding contrasting mechanism part is configured to manually adjust the position using a belt and a pulley.

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