KR102169616B1 - Lumbar vertebra relaxation and sleep induction treatment device for bed attachment or detachment using tension - Google Patents

Abstract

The present invention relates to a lumbar spine relaxation and sound sleep induction therapy device for detaching a bed using tension, and more particularly, helping to stably relax the lumbar spine joints by tension and at the same time to take a good night's sleep without cramping. Joo relates to a lumbar spine relaxation and sound sleep induction therapy device for detachable bed using tension.
The present invention, a bed portion provided with a space in which the user can lie down; A belt-shaped belt portion wrapped around the user's waist and bound; An elastic string part connecting between the bed part and the belt part and providing elasticity so that the lumbar spine joint can be relaxed; A pair of mounting hooks installed so as to surround the belt portion in the width direction so that the elastic string portion passes from one side to the other to be fitted; Including; a hook-shaped hook connected to both ends of the elastic string part, and a hook fastening end provided on the lower surface of the bed part and formed with a fastening rod that is engaged with the hook, and configured to maintain the tension of the elastic string part. The technical point is a lumbar spine relaxation and sound sleep induction therapy device for attaching and detaching a bed using tension.

Description

Lumbar vertebra relaxation and sleep induction treatment device for bed attachment or detachment using tension}

The present invention relates to a lumbar spine relaxation and sound sleep induction therapy device for detaching a bed using tension, and more particularly, helping to stably relax the lumbar spine joints by tension and at the same time to take a good night's sleep without cramping. Joo relates to a lumbar spine relaxation and sound sleep induction therapy device for attaching and detaching a bed using tension.

These days, modern people often sit and live, and the musculoskeletal system of the spine and hip joints including the lumbar, thoracic and cervical spine is weakening. It can be common.

For this reason, it is known that the probability of developing lumbar disease during a lifetime is 80% or more, and whether it is severe back pain or not, back pain is a fatal disease for humans who walk upright.

In other words, since the waist is the center that supports the body, it affects the lumbar spine when the waist is bent or there is a strain on the waist, which is very uncomfortable in daily life, and also causes pathological problems such as lumbar discs. .

Accordingly, there is a need to relax the lumbar spine because blood circulation is poor and harms the human body, and there are various relaxation methods.

For example, it is a method of pushing out from the inside of the body using an elastic body or a method of traction from the outside. However, there is a problem that causes discomfort because most of the structure is forcibly traction by external physical force.

Another example is a method in which the body is hung upside down to relax the lumbar spine and force the head to circulate. However, by raising the part that fixes the ankle upward and tilting the body, it takes time to incline, and on the contrary, it takes a lot of time to return to its original position. In addition to being uncomfortable, there is a problem in that a sudden change in inclination puts a strain on the body.

Therefore, not only can the lumbar spine relax and gently alleviate the muscle tension, but it is a time when research on technology development for a new treatment device that can help with a good night's sleep is urgently required.

Registered in Korean Utility Model Publication No. 20-0175997, on January 12, 2000.

The present invention was invented in order to solve the above problems, and the lumbar spine relaxation for detaching a bed using tension that helps to stably relax the lumbar spine joint by tension and to take a good night's sleep And there is an object to provide a sound sleep induction treatment device.

The present invention for achieving the above object, a bed portion provided with a space in which the user can lie down; A belt-shaped belt portion wrapped around the user's waist and bound; An elastic string portion connecting between the bed portion and the belt portion, and providing elasticity so that the lumbar spine joint can be relaxed; A pair of mounting hooks installed so as to surround the belt portion in the width direction so that the elastic string portion passes from one side to the other to be fitted; And a hook-shaped hook connected to both ends of the elastic string part, and a hook fastening end provided on a lower surface of the bed part and formed with a fastening rod engaged with the hook, so that the tension of the elastic string part is maintained. The technical point is a lumbar spine relaxation and sound sleep induction therapy device for detachable bed using tension, comprising;

Preferably the hook, the first hook body; A roll inserted into the inside of the first hook body while the elastic string portion is wound or unwound; A second hook body covering and sealing the first hook body; A support shaft passing through the first hook body, the roll, and the second hook body to support the roll so that it can be rotated; And a rotation handle installed at an end of the support shaft to rotate the support shaft so that the elastic string portion is wound or unwound.

Preferably, the support shaft and the rotation handle are connected to each other by a hinge.

Preferably, a plurality of tension control grooves are formed along a circle at a position spaced apart from the center of the second hook body, and a tension control pin corresponding to the tension control groove is protruded at the end of the rotation handle. When the winding or unwinding of the elastic string part is completed, the rotation handle is folded by the hinge, and the tension control pin is inserted into the tension control groove.

Preferably, auxiliary belts are installed on both sides of the belt part and fixed to both sides of the bed part, thereby stably maintaining the user's position.

The lumbar spine relaxation and sound sleep induction therapy device for detachable bed using tension according to the present invention by means of solving the above problems has the following effects.

First, there is an effect of gently alleviating tension in muscles and joints by relaxing the lumbar spine by adjusting the tension of the elastic string part by himself without using a separate complicated device.

Second, since it is not applied excessively, it can be worn comfortably at bedtime without dedicating a separate treatment time, so it has the effect of helping a good night's sleep.

1 is a plan view according to a first embodiment of the present invention.
Figure 2 is a side view of Figure 1;
3 is a plan view according to a second preferred embodiment of the present invention.
Figure 4 is an exemplary view of the use of the mounting hook portion according to the first embodiment of the present invention.
Figure 5 is an exemplary view of the use of the mounting ring according to the second embodiment of the present invention.
Figure 6 is another exemplary use of the mounting ring portion according to the second embodiment of the present invention.
7 is a hook according to a preferred embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a plan view according to a first embodiment of the present invention, and FIG. 2 is a side view of FIG. 1. Referring to FIGS. 1 and 2, it can be seen that a state when a user lies in a straight position on the mattress 110 constituting the bed portion 100 is shown as an example.

As shown in FIGS. 1 and 2, when a user with an uncomfortable waist lies in a straight posture on the upper surface of the mattress 110, the elastic string part 300 is positioned between the upper surface of the mattress 110 and the lower part of the user. ), you can see that it is located.

3 is a plan view according to a second preferred embodiment of the present invention. Referring to FIG. 3, unlike FIGS. 1 and 2, it can be seen that it shows a state when a user takes a sleep in a position lying sideways on the mattress 110 constituting the bed part 100.

According to FIG. 3, as shown in FIGS. 1 and 2, it is illustratively shown that the lumbar spine can be relaxed using tension not only in a posture in which the user lies straight on the mattress 110, but also in a posture lying on the side. That is, a pair of mounting hook parts 400 installed to wrap in the width direction of the belt body 210 are positioned on the back of the user, and the elastic string part 300 is at one side of the pair of mounting hook parts 400 By passing through to the other side from the side, you can naturally relax the lumbar spine even when lying on your side and sleeping.

The bed part 100 of the present invention is a configuration in which a space in which a user can lie down is provided.

That is, the bed part 100 is a cushion material mattress 110 made of a space having a width and length in which a user can stably lie down and sleep, and a plate-shaped bed that can be seated by supporting the lower portion of the mattress 110 The body plate 120 and the leg member 130 protruding from the bottom of each corner of the bed body plate 120 to stably support the bed body plate 120 while in contact with the ground, the user can sleep It acts to allow you to take it.

In particular, it is often impossible for a user with a physical discomfort back to sleep by extending his leg while lying in a straight position as shown in FIGS. 1 and 2. Accordingly, the footrest plate 141 in a flat plate shape to support the leg by being in direct contact with the leg on the upper surface of the mattress 110 and the footrest plate 141 are bent downward vertically to the both ends of the footrest plate 141 to support the footrest plate 141 It is preferable that a footrest 140 made of a footrest support member 142 that stably supports is provided. At this time, the up and down adjustment of the footrest plate 141 is possible through the length adjustment of the footrest support member 142.

If the footrest 140 is not provided on the upper surface of the mattress 110, the elastic string part 300 is pressed against the leg by the user's weight and there is a fear that it may not play its role, the footrest plate 141 and a pair It is to allow the elastic string portion 300 to pass through the space formed between the footrest support member 142 of the.

In addition, the bed part 100 can be used at home because the bed used in the home can be used as it is, so it is very efficient in terms of cost reduction.

The belt part 200 of the present invention is a belt-shaped configuration that wraps around the user's waist and binds it.

In detail, the belt part 200 is for stably wrapping the user's waist, and the preparation for bed is completed only by wearing the belt part 200, and the user does not need excessive pressure by wearing only the belt part 200. It works to allow you to wear it with the most comfortable pressure.

In more detail, the belt unit 200 does not require excessive pressure when worn, and allows the user to maximize comfort with the most comfortable pressure. The belt body 210 and the belt body 210 in the form of surrounding the waist circumference of the user ), the buckle 220 formed at one end of the buckle 220 and the buckle pin 221 protruding from the buckle 220 are inserted while being moved by the hinge to prevent separation of the belt body 210 from the user's waist. ) Can be made.

At this time, referring to FIG. 1, it can be seen that auxiliary belts 240 are installed on both sides of the belt part 200 and fixed to both sides of the bed part 100, thereby stably maintaining the user's position. This is because a means for stably holding the user's location is required, such as when the struggle is severe. It is preferable to use a material made of elastic as the auxiliary belt 240 as well as the elastic string part 300.

The elastic string part 300 of the present invention connects the bed part 100 and the belt part 200 and provides elasticity so that the lumbar spine joint can be relaxed.

The elastic string part 300 is a string shape having elastic properties, and is for relieving insomnia due to back pain and inducing a good night's sleep, that is, reducing the pain caused by lumbar spine stricture by relaxation using tension and at the same time having a good sleep. It works to help you.

In other words, by connecting a rope to a conventional mechanical traction device, it is possible to perform relaxation treatment of the lumbar spine with only the elastic elastic string portion 300 without relaxing the lumbar spine in a short time.

In the case of a conventional mechanical traction device, due to the structure of pulling the upper body and the lower body, the user cannot freely move the posture, and it becomes an obstacle to take a good night's sleep, so it is difficult to use it when sleeping.

In addition, in the case of a conventional mechanical traction device using air, since the air pressure must be increased to increase the effect of relaxation, the tightening pressure increases, so that the user feels tight and has difficulty in sleeping.

Accordingly, in the present invention, the conventional complex mechanical traction device is avoided and the lumbar spine is slowly relaxed over a long period of time while sleeping with a small force by the elastic string unit 300 so that the user can use it without difficulty.

At this time, the length and thickness of the elastic string part 300 can be selectively easily replaced according to the user's weight and symptoms. Preferably, in order to stably support the user's weight, it is preferable to use the elastic string part 300 having a thin and flat shape rather than a round shape as shown in FIG. 2.

In addition, it is preferable to regularly replace the elastic string portion 300 every 2 to 3 years in consideration of corrosion or damage caused by continued use of the elastic string portion 300.

Subsequently, the elastic string part 300 is preferably wound on the roll 512 with a tension of 10 to 30 kg, but when it is wound with a tension of less than 10 kg, it does not exert an appropriate force to relax the muscles of the lumbar spine, and exceeds 30 kg. When wound, the tension becomes too tight and there is a possibility that the elastic string portion 300 may be broken, and the tension becomes too strong, which may cause a strain on the user's waist. Winding up has an important meaning.

Additionally, referring to FIG. 2, an auxiliary string 310 may be connected and installed at an end of the elastic string part 300 by a length adjusting member 320. That is, a plurality of length adjustment holes 321 are formed through the length adjustment member 320, and a desired length adjustment hole 321 is inserted into the elastic string part 300 and the auxiliary string 310 to be used. In other words, as the length of the elastic string portion 300 can be adjusted through the length adjustment hole 321 of the length adjustment member 320, and the length of the auxiliary string 310 is also adjustable, the tension adjustment portion 500 When it is difficult to use, there is an effect that the elastic string portion 300 and the auxiliary string 310 can be inserted into the length adjustment hole 321 at a desired position and used only with the length adjustment member 320.

However, any material of the elastic string part 300 may be used as long as it has elastic properties that can be wound with a tension of 10 to 30 kg such as a rubber band.

Mounting hook portion 400 of the present invention is configured to be wrapped in a pair of the belt portion 200 in the width direction so that the elastic string portion 300 passes from one side to the other to be fitted.

That is to say, the mounting hook portion 400 is composed of a pair and is wrapped around the belt portion 200 to connect the belt portion 200 and the elastic string portion 300, and the elastic string portion 300 from one side to the other side It serves to provide a space that can be passed through.

Figure 4 is an exemplary view of the use of the mounting ring 400 according to the first embodiment of the present invention. Referring to FIG. 4, it can be seen that when a user lies in a straight posture and takes a good night's sleep, it can be seen that it shows an example of using each of the mounting hooks 400 to move to both sides of the belt 200.

That is, the mounting hook portion 400 has a feature that is installed to be movable on the belt body 210, and in the case of FIG. 4, a state in which each of the pair of mounting hook portions 400 is moved to both sides of the belt body 210 and used Is shown by way of example.

In particular, when the elastic string part 300 is pressed on the buttocks when lying in an upright position, the traction force is reduced, so that sufficient tension cannot be given, so when taking a sleep in a straight position, the mounting hooks on both sides of the belt part 200 It is desirable to allow 400 to be located.

5 is an exemplary view of the use of the mounting hook 400 according to the second embodiment of the present invention. Referring to FIG. 5, it is shown that a pair of mounting hooks 400 can be moved to the rear side of the belt body 210 and brought into close contact, and then the elastic string part 300 can be passed from one side to the other.

In the case of FIG. 5, as showing a state in which the pair of mounting hooks 400 passes through the elastic string part 300 from one side to the other side, there is an effect that the elastic string part 300 can be held more stably. .

Figure 6 is another example of use of the mounting ring 400 according to the second embodiment of the present invention. Referring to FIG. 6, it is shown that the elastic string portion 300 can be passed through only from one side of the single mounting ring portion 400 of the pair of mounting ring portions 400 to the other side.

According to the example of use of FIG. 6, it can be seen that, in some cases, the elastic string portion 300 may be passed through only a number of mounting hook portions 400 for user convenience.

The tension control part 500 of the present invention includes a hook 510 in the form of a ring connected to both ends of the elastic string part 300 and a fastening that is installed on the lower surface of the bed part 100 to be engaged with the hook 510 It is composed of a hook fastening end 520 on which the rod 523 is formed, so that the tension of the elastic string part 300 is maintained.

In other words, the tension control unit 500 consisting of the hook 510 and the hook fastening end 520 pulls or loosens the elastic string unit 300 so that the user can adjust the tension by himself, thereby gently alleviating the muscle tension of the lumbar spine. It works to make it possible.

First, the hook 510 is installed at both ends of the elastic string part 300 to hold the elastic string part 300.

7 is a hook 510 according to a preferred embodiment of the present invention. Referring to FIG. 7, it can be seen that the hook 510 includes a first hook body 511, a roll 512, a second hook body 513, a support shaft 514, and a rotation handle 515.

First, the first hook body 511 has a configuration having an accommodation space (S) in which the roll 512 can be accommodated.

That is, the first hook body 511 is formed in a hook shape in the form of a ring, and an accommodation space (S) in which the roll 512 can be seated is formed, so that the elastic string portion 300 is wound on the roll 512 or It serves to provide a space that can be unwound.

At this time, the first string hole H1 is formed through the side of the first hook body 511, so that the elastic string portion 300 being wound or unwound can be moved inside and outside the first hook body 511. .

However, it is preferable that the first through hole h1 is formed through the first hook body 511 to be inserted into one end of the support shaft 514 that supports the rotation of the roll 512.

Second, the roll 512 is a configuration that is inserted into the inside of the first hook body 511 in a state in which the elastic string portion 300 is wound or unwound.

That is to say, there may be a pair of rolls 512, one roll 512 is seated in the receiving space S provided inside the first hook body 511, and the other roll 512 is 2 By being seated in the receiving space (not shown) provided inside the hook body 513, the roll 512 seated in the first hook body 511 is formed through the side of the first hook body 511. The length is adjusted while being wound or unwound through the 1 string hole H1, and the roll 512 seated inside the second hook body 513 is a second string hole formed through the side of the second hook body 513 The length is adjusted while winding or unwinding through (H2).

For reference, it is preferable that a second through hole h2 is formed through the center of the pair of rolls 512 to be inserted into the middle of the support shaft 514 supporting the rotation of the roll 512.

Third, the second hook body 513 is configured to cover and seal the first hook body 511.

This second hook body 513 has a shape corresponding to the first hook body 511, and a receiving space (not shown) is also formed inside the second hook body 513 so that the roll 512 is seated. At the same time, the first hook body 511 is sealed so that a ring shape capable of smoothly acting as the hook 510 is completed.

Like the first hook body 511, the second string hole H2 is formed through the side of the second hook body 513, so that the resilient string portion 300 being wound or unwound is formed by the second hook body 513. It allows you to move in and out of.

In particular, the positions of the first string hole H1 penetrating through the side of the first hook body 511 and the second string hole H2 penetrating through the side of the second hook body 513 are preferably formed to be staggered. Do.

Referring to FIG. 7, for example, the first string hole H1 is formed through the lower side of the first hook body 511, and the second string hole H2 is the second hook body 513. It may be formed through the upper side of the first string hole (H1) and the second string hole (H2) to have different heights so that the elastic string portion 300 does not twist each other.

At this time, it is preferable that a third through hole h3 is formed through the second hook body 513 to be inserted into the other end of the support shaft 514 for supporting the rotation of the roll 512.

In addition, the second hook body 513 may be formed through a plurality of tension adjustment grooves (513a) along a circle at a position spaced apart from the center, which is tension when winding or unwinding of the elastic string part 300 is completed. It is intended to fit the tension control pin (515a) formed protruding from the rotation handle 515 in the adjustment groove (513a).

Here, since a plurality of tension adjustment grooves 513a are formed along a circle at a location spaced apart from the center point, there is an advantage in that the tension can be finely adjusted by freely adjusting the length of the elastic string part 300.

Fourth, the support shaft 514 is configured to support the roll 512 so that it can be rotated through the first hook body 511, the roll 512, and the second hook body 513.

In simple terms, the support shaft 514 includes a first through hole h1 formed through the first hook body 511, a second through hole h2 formed through the pair of rolls 512, and a second hook body ( By passing through the third through hole h3 formed through the 513, the first hook body 511 and the pair of rolls 512 accommodated in the second hook body 513 can be stably rotated. Do it.

Additionally, an auxiliary support shaft 514a, which is relatively larger than the diameter of the support shaft 514, may protrude at the other end of the support shaft 514, and this auxiliary support shaft 514a is the diameter of the support shaft 514 Since it is relatively large, it acts to support the outer surface of the second hook body 513.

Fifth, the rotation handle 515 is installed at the end of the support shaft 514 to rotate the support shaft 514 so that the elastic string portion 300 is wound or unwound.

That is, the rotation handle 515 is connected to the auxiliary support shaft 514a by the hinge 516, and by folding and unfolding the hinge 516 as the center, it has an action to adjust the length of the elastic string part 300. do.

In particular, the second hook body 513 is formed through a plurality of tension control grooves (513a) along a circle at a position spaced apart from the center, and the end of the rotation handle 515 corresponding to the tension control groove (513a). It is characterized in that the tension control pin (515a) is formed to protrude, and according to this configuration, when winding or unwinding of the elastic string part 300 is completed, the rotation handle 515 is folded by the hinge 516 and then the tension control pin (515a) is inserted into the tension adjustment groove (513a).

Specifically, when the rotation of the roll 512 is completed by rotating the rotation handle 515 to the right or left so that the tension of the elastic string part 300 is adjusted by the user, the rotation handle 515 around the hinge 516 By folding the tension control pin (515a) is inserted into any one of the plurality of tension control grooves (513a) formed through the second hook body 513, it plays a role of preventing the roll 512 from rotating anymore. .

In addition, the tension control pin (515a) is formed protruding at the outer end of the rotation handle 515, and the auxiliary pin (515b) at a location corresponding to the position of the tension control pin (515a) on the inner end of the rotation handle 515 ) May be formed to protrude. The auxiliary pin (515b) is better to protrude relatively less than the tension adjustment pin (515a), which is inserted into the tension adjustment groove (513a) only with the auxiliary pin (515b) even if the rotation handle 515 is not grounded by the hinge 516 It means it can also be used.

Sixth, the hinge 516 is configured to connect the support shaft 514 and the rotation handle 515.

That is to say, the hinge 516 is connected between the auxiliary support shaft 514a protruding from the other end of the support shaft 514 and the rotation handle 515 so that the rotation handle can be rotated in multiple directions.

Subsequently, the hook fastening end 520 has a configuration in which a fastening rod 523 which is installed on the lower surface of the bed portion 100 and is engaged with the hook 510 is formed.

In other words, the hook fastening end 520 acts to stably hold the hook 510 connected to the elastic string part 300.

In other words, the hook fastening end 520 is bent horizontally downward at the end of the first hook fastening piece 521 and the first hook fastening piece 521 formed to protrude downward from a certain portion of the lower surface of the bed body plate 120 The second hook fastening piece 522 is formed to be formed, and a fastening rod 523 formed in a rod shape so that the hook 510 is engaged with the upper surface of the second hook fastening piece 522.

The above description is merely illustrative of the technical idea of the present invention, and those of ordinary skill in the art to which the present invention pertains will be able to make various modifications and variations without departing from the essential characteristics of the present invention.

Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain the technical idea, and the scope of the technical idea of the present invention is not limited by these embodiments.

The scope of protection of the present invention should be interpreted by the claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

100: bed part
110: mattress
120: bed body plate
130: leg member
140: footrest
141: footrest
142: footrest support member
200: belt part
210: belt body
220: buckle
221: buckle pin
230: fastening hole
240: auxiliary belt
300: elastic string portion
310: auxiliary string
320: length adjustment member
321: length adjustment hole
400: mounting hook
500: tension control unit
510: hook
511: first hook body
512: roll
513: second hook body
513a: tension adjustment groove
514: support shaft
514a: auxiliary support shaft
515: rotation handle
515a: tension control pin
515b: auxiliary pin
516: hinge
520: hook fastening end
521: first hook fastening piece
522: second hook fastening piece
523: fastening rod
S: accommodation space
H1: first string hole
H2: 2nd string hole
h1: first through hole
h2: 2nd through hole
h3: Through hole 3

Claims (5)

A bed portion provided with a space in which a user can lie down and formed with a mattress;
A belt-shaped belt portion wrapped around the user's waist and bound;
An elastic string portion connecting between the bed portion and the belt portion, and providing elasticity so that the lumbar spine joint can be relaxed;
A pair of mounting hooks installed so as to surround the belt portion in the width direction so that the elastic string portion passes from one side to the other to be fitted; And
A tension adjusting unit consisting of a hook-shaped hook connected to both ends of the elastic string part and a hook fastening end provided on a lower surface of the bed part and having a fastening rod engaged with the hook, so that the tension of the elastic string part is maintained; Including,
The hook,
It has a receiving space and protrudes to the outside in a ring shape and is caught by the fastening rod. A first hook body;
A roll inserted into the inside of the first hook body while the elastic string portion is wound or unwound;
A second hook body having an accommodation space to cover and seal the first hook body and protrude to the outside in a ring shape to be hooked on the fastening rod;
A support shaft passing through the first hook body, the roll, and the second hook body to support the roll so that it can be rotated; And
Includes; a rotation handle installed at the end of the support shaft to rotate the support shaft so that the elastic string portion is wound or unwound,
The support shaft and the rotation handle are connected and installed by a hinge,
The second hook body is formed through a plurality of tension control grooves along a circle at a position spaced apart from the center,
A tension control pin corresponding to the tension control groove is protruded at an end of the rotation handle,
When winding or unwinding of the elastic string part is completed, the rotation handle is folded by the hinge, and the tension control pin is inserted into the tension control groove,
A footrest made of a flat plate-shaped footrest plate that directly contacts the leg to support the foot on the upper surface of the mattress, and a footrest member that is bent vertically downward at both ends of the footrest plate to support and stably support the footrest plate,
Lumbar spine relaxation and sound sleep induction therapy device for detachable bed using tension, characterized in that the elastic string part passes through the space formed between the footrest support members. delete delete delete The method of claim 1,
Assist belts are installed on both sides of the belt unit and fixed to both sides of the bed unit, thereby stably maintaining the user's position. The lumbar spine relaxation and sound sleep induction therapy device using tension, characterized in that.

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