KR20030096616A - Low frequency system (be) mild pillow mat - Google Patents

Abstract

PURPOSE: Provided is a heat mat which has a function capable of simultaneously performing physiotherapy for low frequency muscle relaxing massage and thermo-physiotherapy, and which comprises a level-controllable, functional pillow. CONSTITUTION: The heat mat is characterized in that low frequency fomentation pillow is connected to either side of the mat, contrary to typical heat mat. The heat mat comprises a S-form of heat source selectively positioned on the pillow, with which a part of neck and shoulder are contacted, wherein the heat source is not positioned at the top of pillow center and the top of both sides of the pillow. The heat mat further comprises a low frequency electrode part on plurality of surfaces with which neck and shoulder are contacted, in outer finishing surface of the pillow.

Description

Low frequency system (be) mild pillow mat}

The present invention is a thermal mat composed of a low frequency steam pillow, more specifically, by constructing a steam pillow composed of a low frequency on a mat that generates heat, neuralgia, such as adult diseases and shoulders of fifty dogs developed in the neck and shoulder muscles This is a thermal mat consisting of a low frequency steam pillow consisting of a functional pillow that can adjust the height of the pillow and a function that can simultaneously perform low frequency muscle relaxation massage physiotherapy and thermal physiotherapy.

As a conventional technology of the present invention as a conventional technology, the mat of the planar mat is not conventionally configured as a pillow of the physiological physiotherapy function, and is configured to generate heat only on the mat bottom.

Therefore, the heat mat constructed in this way was only warm to the floor where the back is touching, and the heat was transmitted to the human body, and it could not transmit heat to the neck and shoulders. Therefore, if the user lies on the mat and covers the blanket, the neck and shoulders are exposed between the blanket and the mat. do.

The temperature between room and shoulder between the gaps was transmitted to room temperature, so if the heating temperature of the room was not high, the neck and shoulders were cold.

Therefore, in the case of the existing thermal mats, the shoulders and necks are exposed, and if the whole room is not heated, the back is warm but problems such as cold shoulders and tingling occur.

In the case of the conventional pillows that have been used for a while, the height of the pillow has been used by adjusting the amount of the contents by taking out the contents inserted into the pillow and adjusting the height of the pillow.

This method of adjusting the height was not able to adjust the height exactly, it took a long time to adjust,

Therefore, it is a situation that is produced by filling the pillow pillow using a plastic elastomer manufactured by using various minerals such as ganban stone material and jade by modifying the rice bran, sponge and various elastic material materials that have been used to fill the pillow pillow, Since the height of the pillow is made by the manufacturers arbitrarily set, the height of the neck and shoulders of each user does not fit the height of the pillow, so the inconvenience of the neck muscles increased at the beginning of use.

In particular, when a new pillow was purchased, the height that had been fitted to the neck structure of the human body for a long time had to be changed due to the height of the newly purchased pillow. Also, in order to adjust the height of the newly purchased pillows, it was inconvenient to tear off the pillow, pull out the contents of the inside, and then suture them again. In addition, the excessive height of the pillow caused damage to the neck and shoulder skeleton.

Therefore, as a treatment method when neck muscle pain or shoulder muscle pain occurs in the above situation, it was necessary to purchase and use poultice paste or take time to visit a hospital to receive heat physiotherapy and muscle relaxation massage treatment.

In addition, when going to the hospital as mentioned above is not cumbersome or not able to afford time, it was all to boil water at home and make hot towel to make heat physiotherapy at home for self-therapy. Boiling and using water carries risks such as burns.

In addition, muscle pain in the neck and shoulder had to be treated for several days. Particularly in adult diseases such as fifty shoulders, there was a discomfort that combined heat therapy and massage treatment for a longer period of time.

In another conventional technology, when the heat generating part of the neck and the shoulder is composed of a daily pillow structure or when the heating part is used with cotton or other artificial vinyl leather, the heat and the heat cannot be evenly distributed due to insufficient contact with the shoulder and neck structure. There is this.

Another conventional technique includes a massage pillow for constructing an electric vibration massager inside the pillow to massage the neck and shoulders.

In the case of a massage pillow with a vibrator, the entire pillow is vibrated when the vibrator is operating because it is mixed with the contents to fill the inside of the pillow. The vibration generated does not selectively massage the neck and shoulders. When you use these pillows, your head will vibrate and shake your head, causing tinnitus and dizziness and severe vomiting and motion sickness.

Therefore, in order to compensate for the shortcomings caused by the vibration phenomenon, the low frequency generating electrode part was formed on a part of the pillow to invent low frequency physiotherapeutic treatment at the same time.

Therefore, the present invention has been devised to solve the above problems, the thermal mat composed of the low frequency steaming pillow is composed of a low frequency steaming pillow that can be used in everyday life in everyday life at the same time the floor heating and neck and shoulder area physical therapy And low frequency physiotherapy should be invented at the same time and its purpose is to provide convenience by easily constructing, developing, and controlling the height adjustment function for the convenience of using the pillow.

Therefore, the part where the neck and shoulder touches the outer shape of the pillow is composed of the S-shape so as to be in close contact with the curved structure of the human body.

The S-shaped outer body on the outer shape formed in this way is composed of a circumferential external heating element is configured so that the heat generating portion is selectively configured only on the neck and shoulders, the heat generating portion is not formed on the side of the head.

As another technical problem to be achieved by the present invention, an electromagnetic wave blocking unit is formed at the other end of the heat generating unit to block electromagnetic waves generated from the heat generating unit.

A finish surface is formed at the other end of the electromagnetic wave shielding part, and a number of low frequency generating electrode parts are selectively formed at a part where the neck and shoulders touch some of the finishing surfaces, and the low frequency physiotherapy treatment is performed on the neck and shoulder muscles.

As another invention, the finishing surface is formed in the shape of a tube with wrinkled protrusions, and thus the finishing tube has good adhesion to the human body, so that a wide area of the neck and shoulders can be closely adhered to each other to transmit more heat.

In particular, when injecting minerals such as ocher and jade or elvan in the finishing tube made of corrugated protrusions, the heat passing from the heat generating unit becomes ocher far infrared rays, jade far infrared rays and other mineral far infrared rays, which are irradiated or transmitted to the human body.

As another invention, a plurality of low-frequency generating electrode portions are formed between a portion of the finishing tube formed of corrugated protrusions so that low frequency can be transmitted to the human body.

The pillow constructed in this way prevents heat from being generated in the upper middle part of the head and the upper side of both sides so as not to generate heat.

In this pillow, the heat generating part is limited to the heat generating part by the oriental medical grounds that heat should not be generated on the head side. As another reason, the heat is generated on the side face when the user turns to the side. If this occurs, it is inconvenient to use, so as not to configure the heat generating part in both sides of the upper end of the pillow to improve the inconvenience.

As another technical task, there is a need for a complex function to simultaneously perform a heat relaxation physiotherapy and a muscle relaxation massage physiotherapy function simultaneously.

Therefore, there are vibration and low frequency physiotherapy in muscle relaxation massage physiotherapy technology.

Among these muscle relaxation massage physiotherapy functions, the low frequency physiotherapy function consists of a number of low frequency generating electrode parts on the surface of the heat generating part in contact with the neck and shoulders so that the thermal physiotherapy and low frequency physiotherapy can be performed simultaneously.

As another technical challenge

In the case of the pillow configured as described above, it is a technical task to develop the height adjustment easily and quickly, unlike the conventional pillow.

As another invention,

It is a technical task to construct a mechanical vibrator or low frequency generator as a basic muscle relaxation massage in physical therapy, and to perform a muscle relaxation massage by selectively vibrating tapping or low frequency only to the required muscle parts of the neck and shoulder area.

As another invention,

In order to make wide use of low frequency which is basically composed in the thermal mat with low frequency steam pillow, a low frequency external connection cord part which can be externally connected to the control unit is constructed.

The low-frequency pad that can be used on the outside is connected to the external connection cord, so it can be used for all parts of the forearm and body.

As another invention,

The outer body of the pillow is composed of a central pillow upper end configured to be separated and coupled with the elastic pillow body, characterized in that the height of the pillow is easily configured to operate only the upper center of the pillow, in particular, the upper sides of the upper side than the upper center It is characterized by a high height,

Particularly, the upper part of the center of the pillow is dug up so that the head can be seated. When the person is lying down, the height of the neck support (cervical spine) of the pillow or the upper part of the upper middle part of the head is formed by the standard height of the human body. Both sides of the upper part of the pillow are formed higher than the upper part of the center, and when the user turns to the side, the outer shape is formed to the height of the shoulder.

The reason why the outer shape of the upper sides of the pillow should be formed higher than the upper middle part is that the height of the shoulders is high when lying on the side of the human body, so the height is adjusted based on when the pillow is laid down. Because of this, the height of the pillow was low, causing neck discomfort.

Therefore, in order to raise the height of the shoulder of the pillow to the height of the arm had to be used, but when the arm is used, it is inconvenient, such as the arm falling off after a little time, thus removing the inconvenience and providing convenience for use. In order to form a high side of both sides of the upper pillow.

Another technical problem is that the head portion of the central upper end of the pillow is configured to be separated and coupled to the pillow body as shown in FIG.

The reason for this separation is that it is convenient for the user to select and replace only the center upper part of the head touching part as the user's pillow height preference, rather than lifting and adjusting the entire upper part of the pillow for adjusting the height of the pillow. The purpose is to provide a function that can operate the height adjustment.

Therefore, the upper part of the pillow is made of parts with various heights such as 2cm, 3cm, 5cm, etc. so that it can be separated from the main body of the pillow. It was configured to be fitted and used.

This detachable operation is a pillow that has a structure in which heat is generated by being tightly fixed to the neck and shoulders, and when the height adjustment function of the pillow is configured and operated on the bottom of the pillow bottom, the entire pillow is lifted up to shoulder and neck. The heat generating part which should be fixed around is pushed up and reaches to the head, which generates heat on the head side.

Therefore, according to the medical grounds that the head of the human body should not be heated, the pillow structure is constructed so that the heat is generated only at the neck and shoulder area so that heat is not generated toward the head, and the heat generating part is formed only at the neck and shoulder contact area. In order to adjust the height of the pillow by adjusting only the pads on the upper center of the pillow so that the whole pillow cannot be lifted during the adjustment operation, the structure is separated and combined so that the height of the pillow is controlled. It is designed to be operated.

As another invention,

The controller is configured to electronically control the function of the thermal mat consisting of the low frequency steam pillow, and the electronic circuit system of the controller is configured in the bottom heat generating part control part of the heating mat, the left and right heat generating parts of the pillow, and the individual control part and the pillow. It is characterized by a control unit that can be controlled electronically so that the low frequency generator can be controlled separately.

As another invention,

Unlike the floor mat, the automatic temperature control function is configured as a temperature control function configured in the steam pillow.

The necessity of this function is that the steaming function constituted in the steaming pillow should be used at high temperature (about 65 ℃), so that when the appropriate time passes, the temperature should drop automatically to the general warming temperature (30 ℃ ~ 40 ℃).

Therefore, such a function that the user puts the poultry function, and when using the poultice, you can fall asleep during use because it is warm. At this time, when the user sleeps, the user feels uncomfortable with the high temperature, which is inconvenient to use.

Therefore, it is necessary to adjust the operation to lower the temperature by waking up to sleep. This causes the inconvenience of having to wake up and operate again.

Therefore, in the temperature control function of the steam pillow, the heat generation temperature control function of the pillow should be set by the user for 30 minutes or 50 minutes, differently than the temperature control system of the thermal insulation mat.

If the user set the automatic adjustment of the poultry temperature, the purpose of improving the discomfort in using it overnight is to keep the temperature of the floor mat or the room temperature of the room by automatically dropping to keep warm after the poultice time.

It is an object of the present invention to provide a thermal mat composed of a low frequency steam pillow of the above function.

1 is a view showing a thermal mat consisting of a low frequency steam pillow according to the present invention

Figure 2 is a schematic perspective view of a thermal mat consisting of a low frequency steam pillow according to the present invention

Figure 3 is a cross-sectional view showing the structure of the low frequency steam pillow pillow and the height adjustment function of the pillow according to the present invention

4 is a view illustrating a case in which a person is lying on the pillow shown in FIG.

5 is a view showing a conventional thermal mat

* Description of the symbols for the main parts of the drawings *

100: low-temperature steam pillow consisting of a thermal mat 5: mat

10: low frequency steam pillow part 11: bottom heat generating part

12: S-shaped heat generating unit 13: electromagnetic wave blocking unit

14: finish 14a: finish tube

16: low frequency generating electrode 30: the upper end of the pillow

30a: center top pad 30b: side top

40: controller 40a: low frequency external connection

50: Low frequency pad for external use

The object of the present invention as described above is to combine the pillow to generate a low frequency and heat to the area where the neck and shoulders of the user touches other than the floor heating is configured to generate heat even in the area where the mat floor and neck and shoulders touch, The purpose is to provide the user's convenience by adjusting the height of the pillow.

Therefore, in the thermal material mat 100 is composed of low frequency configured to configure the low frequency steam pillow 10 on the thermal mat 11 for the main purpose of floor heating,

The mat laid on the floor consists of a low frequency steam pillow (10) in which a low frequency and heat using electric energy is generated and a height is controlled in a part of a part where the head touches the heat mat 11 configured to generate heat using electric energy. Is characteristic.

The inner body of the low frequency steam pillow 10 configured as described above had an elastic body with a cushion, and the outer shape of the pillow where the neck and shoulder touched each other was formed in an S-shape to be in close contact with the curved body and the shoulder flexion as shown in FIG. It is

The outer shape of the pillow is thus characterized in that the neck touching part is composed of the standard height of the human cervical spine, the outer shape of the pillow is configured as shown in FIG.

The outer shape of the low frequency steam pillow (10) configured as described above is characterized in that the S-shaped heat generating portion (12) and the low frequency generating electrode portion (16) are formed only at the part where the neck and the shoulder touch, and the heat generating portion (12) thus configured Is characterized in that it is selectively limited to only the part where the neck and shoulders touch, electromagnetic shielding portion 13 is configured between the heat generating portion 12 and the finish portion 14 is configured so limited,

Part of the surface of the finish portion 14 is characterized in that the low-frequency generating electrode portion 16 is configured to generate a low frequency to the neck and shoulders.

As another invention,

The finishing surface portion is composed of a tubular shape (40a) with a fold projection, and thus the finishing tube 40a has good adhesion to the human body, so that a wide area of the neck and shoulders can be closely adhered to each other to transmit more heat.

In particular, it is configured to inject minerals such as ocher and jade or elvan in the interior of the finishing tube (40a) consisting of wrinkles,

A plurality of low frequency generating electrode portions 16 are formed between the finishing tube 40a to allow low frequency to be transmitted to the human body.

In particular, the S-shaped heat generating unit 12 configured as described above is characterized in that it is not configured in the upper middle portion 30a of the pillow and the upper side portions 30b of both sides.

The upper end portion 30 of the pillow configured as described above is composed of a central upper end portion 30a having different heights and both side upper end portions 30b, and both side upper end portions 30b are integrally formed with the pillow 10 body and both side upper portions thereof. 30b is characterized in that it is formed higher than the central upper portion (30a), the central upper portion (30a) is characterized in that the pad is configured to be separated from the pillow body (10).

The central upper end pad (30a) configured in this way is composed of several pillow central upper end pads (30a) having different heights, and the central upper end pad (30a) configured in this way is characterized in that it can be used to adjust the height of the pillow.

As another invention,

The controller 40 is configured to control the operation of each function of the thermal mat 100 is configured low frequency steam pillow,

The controller 40 configured as described above is configured to control the heat generation of the bottom heat generator 11,

As another adjustment,

The left and right low frequency pillow of pillow 10 is composed of individual control function,

In the low frequency steam pillow pillow 10, the S-shaped heat generating unit 12, the temperature control function system is characterized in that the user can be configured to use the steaming temperature use time arbitrarily.

As another adjustment,

The left and right low frequency generation (16) function of the pillow is composed of individual control function,

As another function of the controller,

The low frequency external connection portion 40a is configured so that the basic low frequency generating function can be used anywhere in the human body other than the neck and shoulder area.

The external use low frequency pad 50 which can be used for external connection to the controller 40 configured as described above is characterized in that it can be configured to be used simultaneously for arms, legs and many other body parts.

As described above, the present invention allows the user to lie down on the thermal mat with low frequency steam pillows and simultaneously heats the neck and shoulders together with the floor heating, so that the high temperature steam physiotherapy and low frequency physical therapy can be simultaneously performed on the neck and shoulders. The purpose is to be able to achieve the therapeutic effect and heating effect by performing the treatment during the night time to sleep.

In particular, the thermal mat composed of the low frequency steam pillow composed of the above

The user can obtain the heating effect and the treatment effect simultaneously by allowing the user to continuously use chronic adult diseases on the neck and shoulder regardless of time and place of use.

In addition, the pillow of the thermal mat composed of the low frequency steam pillow is a thermal mat composed of a low frequency steam pillow having an effect that can be adjusted and used according to the human body because the height can be adjusted freely.

Claims (5)

In the thermal mat with the low frequency steam pillow, The outer shape of the thermal mat mat consisting of the low frequency steam pillow is a thermal mat consisting of a low frequency steam pillow, characterized in that the low-frequency generating steam pillows are coupled to one side of the heat mat. The method of claim 1, Low frequency steam pillow The heat generating part is selectively formed in S-shape only in the part where neck and shoulder parts touch, and the S-shaped heat generating part is composed of the low frequency steam pillow, which is not composed in the upper middle part of the pillow and the upper sides of the pillow. Warm mat. The method of claim 1, It is characterized by the fact that the low frequency generating electrode part is formed on the surface of the outer surface of the low frequency steam pillow pillow where the neck and shoulders touch, and the outer surface of the outer surface is composed of a corrugated tube. A thermal mat with low frequency steam pillows, which is characterized by a low frequency generating electrode part embedded. The method of claim 1, The low frequency steam pillow is characterized by the different heights of the upper and middle sides of the head touching the upper and lower sides of the pillow, and the upper middle part of the pillow is configured to be separated from the main body of the pillow. Consisting of a raised pad of the, heat mat is composed of a low-frequency steam pillow characterized in that the height is adjusted by combining the upper pad of the center and the pillow body. The method of claim 1, In the thermal mat with low frequency pillow, a controller is provided to control each function, and this controller is equipped with a temperature controller of the mat, and another function of the controller is a temperature for individually controlling the left and right steaming functions of the pillow. The control function is configured, and as another function of the controller, it is configured to enable the user to set and use the pillow's poultice function time arbitrarily. Automatic control function that automatically lowers the temperature to low temperature or cuts off the power is configured, and another function of the controller is to control the low frequency generation function of the pillow on the left and right separately. Another function is to connect external low frequency connection Is, and the low-frequency thermal mat compresses the pillow is configured for use outside the low-frequency control according to another characteristic feature of the controller is configured.