KR101070103B1 - Chair for Proofreading a Posture - Google Patents

Abstract

The present invention discloses a posture correction technique. That is, the posture correcting chair according to the embodiment of the present invention is installed a cradle so that the seat posture angle between the user's legs and the seat support means that refers to the legs of the posture correction chair is maintained at 20 to 40 degrees, preferably 30 degrees, By additionally installing the backrest 10 to 40 degrees, preferably 20 degrees or 30 degrees inwardly of the seat to support the spontaneous bone to the cervical spine, the posture correction chair maintains a balanced body posture when seating the user. In addition, it provides an ergonomic posture correction service to give the user a physically and mentally comfortable body rhythm, thereby increasing the expectation of increasing sales.

Mounting means, cradle, support rods, mounting rods, 1, 2 removable parts

Description

Posture Corrector Chair {Chair for Proofreading a Posture}

The present invention relates to a posture correction technology, in particular ergonomic posture correction to maintain a balanced body posture when the user seats using the mounting means of the posture correction chair and to give the user a physically and mentally comfortable body rhythm A posture correction chair providing a service.

In general, the chair is known to be comfortable when seated ergonomically when the ear, the lumbar spine 5, the peach bone (radiation bone) of the human body to match upright.

The conventional brace chair is manufactured to exclude the ergonomic factors considering the user's side, and because the relationship is focused only on unconditionally increasing the sales rate, the user is forced to take an unnatural seat posture. There are problems that cause physical defects such as leg disease, eyestrain, and loss of concentration.

In addition, the orthodontic chair is designed to take an unstable position when the user is seated, so if the body is leaned back or bowed forward, the body has no choice but to lose body balance, resulting in scoliosis, lordosis, embarrassment, and imbalance of the leg joints. There is a problem with mental distress due to shoulder imbalance and concentration disorder.

The posture correction chair of the present invention has been devised to solve the problems of the prior art, and the object of the present invention is preferably 20 to 40 degrees of sitting posture angle between the user's leg and the seat support means that refers to the leg of the posture correction chair. By installing the cradle so that it is maintained at 30 degrees, and additionally install the backrest bent 10 to 40 degrees preferably 20 degrees or 30 degrees in the inward direction of the seat to naturally support the user's sacral bone to the cervical spine, It is to maintain a balanced body posture when using the user and to provide an ergonomic posture correction service to give the user a physical and mentally comfortable body rhythm as much as possible.

The present invention for achieving the above object includes the following configuration.

That is, the posture correcting chair according to an embodiment of the present invention includes a seat plate for supporting the weight of the user; A seat plate support means attached to an edge end existing under the seat plate; And a mounting means coupled to the seat plate support means to allow a body part of the user to be mounted.

Posture correction chair of the present invention to install a cradle to maintain a sitting posture angle between the seat support means and the user's leg refers to the leg of the posture correction chair 20 to 40 degrees, preferably 30 degrees, from the user's sacral bone to the cervical spine By additionally installing the backrest in the direction of the seat 10 to 40 degrees, preferably 20 degrees or 30 degrees to naturally support the body, the posture correction chair maintains a balanced body posture when seating the user and gives the user a physical and mental It provides an ergonomic posture correction service so that a pleasant body rhythm is provided as much as possible, thereby increasing the expectation of increasing sales.

[Example]

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

1 is a view showing a posture correction chair according to an embodiment of the present invention.

Referring to Figure 1, the posture correction chair includes a seat plate, seat plate support means and mounting means in an embodiment.

Generally, a person sits in a chair and reads or works while maintaining physical balance. Due to the daily life in such a sitting position is a problem that the force coming to the muscles of the spine and legs cause the technical creation of the present invention. That is, the posture-correcting chair of the present invention not only increases the left and right balance and oiliness of the user's body, but also increases muscle strength and brings great benefits of improving concentration, learning ability, and work ability.

 First, the seat plate 100 supports the user's weight as a portion in contact with the hip portion of the user.

Seat plate 100 is designed to reduce the fatigue of the body by more evenly and evenly distributed the user's weight, and can be manufactured by molding using plastic, wood, steel, FRP, such as urethane can support the user's weight Can be.

In addition, the seat plate 100 may be manufactured by covering the molding foam with a material such as fiber that can reduce fatigue of the body while giving comfort when seated.

The seat plate supporting means 200 is attached to a corner end of the bottom of the seat plate 100, the chair structure is commonly used that at least a plurality of seat plate support means 200 is attached to the bottom of the seat plate 100.

If only a plurality of seat plate support means 200 is attached to the bottom of the seat plate 100, the bottom edges of the plurality of seat plates 100 so as to face each other diagonally among the bottom edges of the seat plate 100 around the bottom of the seat plate 100. Each must be attached to. Only then, the seat plate 100 may be dependent on the seat plate support means 200 only because it can support the seat plate 100.

The seat plate support means 200 of the present invention is a conventional support means for supporting the seat plate 100, it will be possible to design a variety of structures that can support the seat plate 100 without being limited to a special manufacturing method. .

Subsequently, the mounting means 300 is coupled to the seat plate supporting means 200 so as to be separately coupled to the plurality of seat plate supporting means 200 and allow a body part of the user to be mounted.

The mounting means 300 is a device having a function of correcting a user's sitting posture correctly on a chair, and includes a first detachable part 310, a second detachable part 320, and a cradle 330.

The mounting means 300 is coupled to the seat plate support means 200 using coupling means prepared at a height of 4 to 6 cm from the bottom surface on which the seat plate support means 200 is placed.

Coupling means is an intermediate medium for the coupling means such as nails, screws, adhesives, adhesive paper or bolts and nuts, and the mounting means 300 and the seat plate support means 200.

An example of what is shown in FIG. 2 is as follows.

The first detachable part 310 of the mounting means 300 is connected to the plurality of seat plate support means 200 attached to the lower front surface of the seat plate 100 in a 1: 1 matching manner, and is formed within the previously expressed one end surface. One magnetic material 311 is provided.

Like the first detachable part 310, the second detachable part 320 includes a second magnetic material 321 in one surface that is previously expressed, and the first magnetic material 311 and the second magnetic material 321 are provided. When the liver is attached, the first detachable portion 310 is combined or when the first magnetic material 311 and the second magnetic material 321 are detached from the first detachable portion 310.

Each of the first detachable part 310 and the second detachable part 320 is formed by overlapping at least one hole in at least one hole on both sides of the first detachable part 310 and the second detachable part 320. do.

The connecting means inserts a connecting part such as a spring, a string, a chain, a plastic ring or a rubber ring into a hole drilled in one side of the first and second detachable parts 310 and 320 and then connects each other.

The cradle 330 is coupled to one side of the second detachable part 320, so that when the user's heel is located between the at least a plurality of seat plate support means 200 by the user's seating, the user's heel is supported. help.

The cradle 330 may be configured to be divided into a support rod and a mounting rod, or because there is no major obstacle to perform the mounting operation even if not distinguished, the holder 330 is a device consisting of a support rod and a mounting rod in the position of those skilled in the art. It will be desirable to see one example.

However, since the support rods and the mounting rods included in the holder 330 are not considered to be the same in performing the detailed roles, the details of the supporting rods and the mounting rods may be better explained to those skilled in the art. It is considered to be.

The support rod of the holder 330 is coupled to one side of the second detachable part 320.

In addition, the mounting rod of the cradle 330 is coupled to one side of the support rod, when the user heel is located between the seat plate support means 200 to make the user heel abuts and fixed.

The support rod should be parallel to the user's feet. Mounting rods should be at right angles to the user's foot to facilitate mounting of the user's heel.

Combination form of the support rod and the mounting rod should form a '' character, '', one side of the mounting rod is coupled with the other side of the opposite side of one side coupled to the second detachable portion 320 of one side of the support rod It is preferable to be.

Here, the support rod and the mounting rod of the holder 330 is formed of the same silicon material and is made of one selected from the integral or separate.

Here, a cradle 330 composed of a support rod and a cradle is plural, as shown in FIG. 2, and a plurality of cradles 330 allow the two heels of the user to be independently mounted.

The bar shown in FIG. 3 is described as another example.

The mounting means 300 is coupled to each of the plurality of seat plate support means 200 so that a part of the user's body is mounted.

The mounting means 300 is composed of a first detachable portion 310, a second detachable portion 320, and a cradle 330 that is one with another cradle.

That is, the first detachable part 310 of the mounting means 300 is coupled to the plurality of seat plate supporting means 200 using coupling means, respectively.

The second detachable part 320 is connected to the first detachable part 310 in a ring shape, and is detached with the first and second magnetic materials 311 and 321 provided between both ends thereof. 'It is integrally coupled with the cradle 330 made in the shape.

In other words, in the mounting means 300 of another embodiment, the plurality of first detachable parts 310 are connected to the plurality of seat plate support means 200, respectively, as in the aforementioned embodiment.

However, the cradle 330 described in the above example is divided separately from the other cradle to separate the mounting operation, but the cradle 330 composed of the support rod and the cradle of another embodiment of the present embodiment is different from the cradle rod on the opposite side. There is a difference in that it is possible to mount both of the heel of the user at the same time rather than to perform the independent mounting operation to each other.

In another example illustrated in FIG. 4, the mounting means 300 coupled to the plurality of seat plate supporting means 200 may include first and second detachable parts 310 and 320 of the mounting means 300 to perform the mounting operation. When the first and second magnetic materials 311 and 321 provided at each end surface of the second detachable portion 320 and the first detachable portion 310 are separated, the plurality of cradles 330 different from each other are provided. Are connected to each other.

In this case, since the plurality of holders 330 are connected to each other, each of the holders 330 composed of the support rods and the mounting rods is formed by inserting a predetermined magnetic material into each of the one side surfaces where the plurality of different mounting rods contact each other. The cradle 330 is connected to each other.

In addition, as another example shown in Figure 5, in the plurality of cradle 330 is connected to each other, a plurality of different cradle 330 is a sawtooth wave form or quadrangular cross section of the one side contacting each other between a plurality of different cradles Form it into a wave shape and make it bite each other.

Furthermore, as can be seen in Figure 6, both side cross-sections of each of the different cradle 330 has a sawtooth wave or square wave form by inserting a predetermined magnetic material in the cross-section to further be fixed to the user's feet When the heel or the user's two heels are fixed, a plurality of different rods are firmly fixed.

The mounting means 300 is an apparatus provided with at least one by being individually coupled to the number of seat support means 200, the first detachable portion 310 of the mounting means 300 is separated from the second detachable portion 320 If the cradle 330 of the mounting means 300 is connected to the structure coupled to the cradle of the other mounting means using a magnetic material, an embossed combination or a combination thereof prepared on one side.

In the detailed description with reference to Figure 8, when the mounting means 300 and the user's heel abut each other, the mounting means 300 is a graduation protractor, electronic seating angle between the seat support means 200 and the user's legs It can be measured using an angle measuring means such as an angle measuring device, through which it is possible to check whether the sitting posture angle between the seat support means 200 and the user's legs is maintained at 20 to 40 degrees.

Detailed description of the length adjusting device 331 shown in Figs. 2 to 6 are as follows.

That is, if the sitting posture angle is difficult to maintain 20 to 40 degrees due to the unstable sitting posture of the user. The cradle 330 has a length adjusting device 331 which is a separate device that corrects the sitting posture angle of 20 to 40 degrees regardless of the length of the user's leg.

That is, the cradle 330 by using the length adjusting device 331 provided on the mounting rod to support the relaxation or contraction operation so that the sitting posture angle between the seat plate support means 200 and the user's leg is maintained at 20 to 40 degrees, Allows you to correct your sitting position.

The length adjusting device 331 is a detailed device that is equipped with a resilient means capable of relaxing or contracting operation, which is installed in consideration of the fact that the length of the user's legs are different, so that the correct sitting posture angle is corrected from 20 to 40 degrees. It is designed to facilitate state transformation.

Here, the elastic means impose an elastic force at the time of initial manufacture to have a range of 0.4 to 0.8 or bring the elastic means having an elastic force of 0.4 to 0.8 range and mount it on the length adjusting device 331.

Referring to FIG. 8, which is a perspective view of FIG. 7 and a side view of FIG. 7, a posture correcting chair according to another embodiment of the present invention includes a seat plate 100, a seat plate support means 200, and a mounting means 300. 400 further includes.

The backrest 400 coupled with the seat plate 100 of the present invention comprises a first back plate and a second back plate.

The first back plate is combined with the posterior side of the seat plate orthogonally to support or support the user's coronal bone to the sacral bone, and the second back plate supports the first back plate to support the user's sacral to the cervical spine. It is connected with a natural curve, and is a back plate having a 10 to 30 degrees, preferably 20 degrees inward or flattened than the first back plate.

The backrest 400 of the present invention further corrects the sitting posture of the user, and is configured to be added to the posture-correcting chair so as to easily support the user's back or waist to release the fatigue of a large number of users who are tired or stressed. Device.

Referring to the side view of Figure 9, it relates to a posture correction chair according to another embodiment of the present invention.

That is, the posture correction chair further includes an electron beam device 500 including a seat plate 100, a seat plate support means 200, a mounting means 300, and a backrest 400.

The backrest 400 coupled with the seat plate 100 of the present invention comprises a first back plate and a second back plate.

The first back plate is orthogonal to the posterior side of the seat plate and serves to support or support the lumbar bone via the sacral bone from the user's tailbone, and the second back plate supports the user's lumbar to the cervical bone. It is connected to the first back plate with a natural curve, and is a back plate having a state of bent or stiffened inward from about 20 to 40 degrees, preferably about 30 degrees, than the first back plate.

The backrest 400 of the present invention further corrects the sitting posture of the user, and is configured to be added to the posture-correcting chair so as to easily support the user's back or waist to release the fatigue of a large number of users who are tired or stressed. Device.

The electron beam device 500 of the present invention is a device installed in any one of the seat plate supporting means 200. When the electron beam device 500 is driven, the electron beam is output in a straight line toward the upper side.

Because of this, the electron beam output in a straight line is a standard measuring bar is an electronic precision device that supports the practice of self-correction so that the astragalus of the foot mounted on the mounting means 300 and the cervical spine of the neck are aligned in a straight line.

In a further further explanation of the posture correcting chair of the present invention, the posture correcting chair is a seating means that actively supports a correct sitting posture.

According to the structure of the human body, the astragalus and the cervical spine should be in a straight line, and the maintenance angle from the cataract to the cervical spine should be about 30 degrees, and the maintenance angle from the astragalus to the knee bone should be about 30 degrees. You can take the posture correctly or continuously.

Posture Correction When sitting in a chair, a third person may feel a bit uncomfortable at first due to a posture (or running posture) that moves forward. In addition to the comfort that the human body feels, there are special effects that can prevent head weight, spine compression, and weakness of the legs in advance.

The mounting means 300 configured in the present invention maintains a balance in the sitting position due to the anti-applying law of the two soles and the bottom surface, and the balance posture is ergonomically taken to move forward. .

In addition, the posture correction chair of the present invention is a seat means manufactured ergonomically based on the law of application of the three laws of Newton, and corrects the posture, sitting posture and standing posture in a balanced manner.

Therefore, the present invention is a result of grafting ergonomics, physics, ergonomics, and mechanical engineering into a device that helps the human body have a correct posture from an incorrect posture.

While the above has been described with reference to preferred embodiments of the present invention, those skilled in the art will be able to variously modify and deflect the present invention without departing from the spirit and scope of the invention as set forth in the claims below. It will be appreciated.

1 is a view showing a posture correction chair according to an embodiment of the present invention.

2 is a view showing a mounting means according to an embodiment of the present invention.

3 is a view showing a mounting means according to another embodiment of the present invention.

4 is a view showing a mounting means according to one of the other embodiments of the present invention.

5 is a view showing a mounting means according to one of the other embodiments of the present invention.

6 is a view showing the mounting means according to one of the other embodiments of the present invention.

7 is a perspective view illustrating a posture correcting chair to which a backrest is further added according to an exemplary embodiment of the present invention.

8 is a side view illustrating a posture correcting chair to which a backrest is further added according to an exemplary embodiment of the present invention.

9 is a side view illustrating a posture correcting chair to which a backrest is further added according to another exemplary embodiment of the present invention.

Claims (10)

delete A seat plate supporting the user's weight; A seat plate support means attached to an edge end existing under the seat plate; And It is coupled to the seat plate support means, the mounting means for mounting the body portion of the user; including, The mounting means, A first detachable part connected to the plurality of seat plate supporting means in a one-to-one manner and having a first magnetic material in one end surface thereof; A second magnetic material is provided in one end surface, and the first magnetic material and the second magnetic material are combined with the first detachable part when the first magnetic material and the second magnetic material are attached, or the first detachable material when the first magnetic material and the second magnetic material are detached. A second detachable part separated from the part; And Combined with one side of the second detachable portion, when the user's heel is located between the plurality of seat plate support means when the user is seated, characterized in that it comprises a cradle for supporting the heel of the user Posture correction chair. The method of claim 2, Each of the first detachable part and the second detachable part, After the at least one hole is formed to overlap the two different sides, the posture correction chair, characterized in that connected to the ring by inserting the connecting means in the at least one hole. The method of claim 2, wherein the cradle, A support rod coupled to one side of the second detachable portion; And It is coupled to one side of the support rod, and includes a mounting rod to be fixed to the user's heel abuts when the heel of the user is located between the seat plate support means, The support bar and the mounting bar is posture correction chair, characterized in that made using one of the selected or integral type using the same silicon material. The method of claim 4, wherein the mounting rod is in contact with the heel of the user, The support bar is a posture chair, characterized in that the seating posture between the support means and the user's legs can be relaxed or contracted to maintain a 20 to 40 degrees. The method of claim 5, wherein the support rod And a length adjusting device configured to perform the relaxation or contraction, wherein the state deformation is performed to maintain the sitting posture angle by using elastic means mounted in the length adjusting device. According to claim 2, wherein the mounting means is provided with at least one or more by being individually coupled to each of the number of the seat plate support means, When the first detachable part of the mounting means is separated from the second detachable part, the holder of the mounting means may be formed by using a magnetic material, an embossed combination, or a composite thereof prepared on one side of the other mounting means. Posture correction chair, characterized in that connected to the cradle and one. The method of claim 2, wherein the mounting means, Posture correction chair, characterized in that coupled to the seat support means using a coupling means prepared at a height of 4 to 6 cm from the bottom surface on which the seat support means is placed. A seat plate supporting the user's weight; A seat plate support means attached to an edge end existing under the seat plate; Mounting means coupled to the seat plate support means, the body portion of the user is mounted; And       Including; and the backrest coupled to the seat plate, including, The backrest, A first back plate coupled to the rear side of the seat plate at right angles to support the user's tailbone to the sacral bone; And And a second back plate connected to the first back plate so as to support the user's sacral bone to the cervical spine, the second back plate being made to be bent inward to 10 to 40 degrees from the inclination of the first back plate. A seat plate supporting the user's weight; A seat plate support means attached to an edge end existing under the seat plate; Mounting means coupled to the seat plate support means, the body portion of the user is mounted; And Including; electron beam device installed on one side of the seat plate support means,       The electron beam device, Posture correction chair, characterized in that the device supports the self-correction to match the user's astragalus and cervical spine by outputting the electron beam in a straight line toward the upper side when the selected electron beam button is selected.

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