JP2008272046A - Skeleton correction apparatus and skeleton correction method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a simple-structured skeleton correction apparatus capable of being used for long time. <P>SOLUTION: The lumbar correction apparatus 1 has an obliquely disposed bed member 13. A person is fixed to the bed member 13 by a securing member 15. By fixing the person to the inclined bed member 13, the tension force f toward the sole based on the weight F of the person is applied to the body of the person. In this way, the lumbar is corrected by pulling the body of the person toward the sole with the tension force f toward the sole. In this way, the lumbar correction apparatus 1 can obtain the tension force toward the sole by such a simple structure as securing the body of the person to the bed member 13 by the securing member 15. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a skeletal correction device, and more particularly to a device that easily corrects a skeleton by extending a lumbar vertebra.

  A conventional skeletal correction device will be described based on a health instrument 101 shown in FIG. The health device 101 is provided with a frame inside the airbag to form a bed surface, an air pump is used as an air pressure feeding means, a guide is provided on the airbag and attached to a support, and a fixture fixes an ankle, It is a health device with a measuring instrument. The health device 101 includes an airbag 102, a bed surface 102a, a guide 102b, an air intake port 102c, a protective portion 102d, a frame 103, a support 104, a fixture 106, an air pump (not shown), and an operation portion (not shown). Z).

  In the health device 101, when the air is inflated to inflate, the airbag 102 is provided with a triangular prism in a horizontal shape, and the rectangular frame 103 is provided inside the airbag 102 to form the bed surface 102a. A fixing tool 106 for detachably fixing a human ankle is provided on the side of the airbag 102 that is lifted above the bed surface 102a. A support column 104 having a predetermined height is provided in the vicinity of the end of the airbag 102 on the side where the fixing tool 106 is provided, two ring-shaped guides 102b are provided on the surface of the support column 104 of the airbag 102, and the support column 102 is provided with a support column. The guide 102 b can be moved up and down along the support column 104 so that 104 penetrates. A part of the airbag 102 is provided with an air inlet 102c that communicates between the inside and the outside, and an air pump is installed near the airbag 102 so that air is fed from the air inlet 102c. The operation part of the air pump can be operated from the bed surface 102a away from the air pump. Further, on the head side of the airbag 102, a protection portion 102d that partitions the interior of the airbag so as to be a separate section is provided.

JP2003-190199A

  The health instrument 101 described above has the following problems. In use, the health device 101 is in a state where the user is tilted with his / her head tilted downward. For this reason, there is a problem in that blood is spilled on the upper body, particularly the head, and cannot be used for a long time. In addition, there is a problem that the heart is burdened because blood rises in the upper body. Furthermore, since it is difficult to use for a long time, the body can be pulled only for a short time, and as a result, there is a problem that it is difficult to obtain an effect of relaxing a predetermined muscle or the like.

  Furthermore, since the airbag 102 is used, it is necessary to provide an air pump for sending air to the airbag 102. As a result, there is a problem that the health appliance 101 becomes a large-scale one and is not easily owned and used by an individual.

  Accordingly, an object of the present invention is to provide a skeletal correction device that can be used for a long time with a simple configuration.

  Means for solving the problems relating to the present invention and effects of the present invention will be described below.

  The skeletal correction device according to the present invention is a skeletal correction device having a placement member having a placement surface on which the body is placed, and a fixing member for fixing the body placed on the placement member to the placement surface. The mounting member has the mounting surface inclined, and the fixing member has the body placed on the mounting surface so that the head side of the body is directed upward or obliquely upward. Secure to the mounting surface.

  Thereby, it can fix to the mounting surface inclined so that the head side of a body may go upward or diagonally upward. Therefore, the skeleton can be pulled downward along the inclined surface by the human weight. Therefore, since the head side is directed upward or obliquely upward, it can be used for a long time, and effective skeletal correction becomes possible.

  In the skeletal correction device according to the present invention, the fixing member generates a force that opposes that the body placed on the placement surface moves downward or obliquely downward.

  Thereby, a body can be fixed to a mounting surface.

  In the skeletal correction device according to the present invention, the fixing member fixes the body near the ribs of the body.

  Thereby, a body can be fixed to a mounting surface, without giving a burden to a body.

  In the skeletal correction device according to the present invention, the fixing member fixes the body to the placement surface by a belt-like member provided directly or indirectly on a side portion of the placement surface.

  Thereby, a body can be fixed to a mounting surface with a simple configuration.

  In the skeletal correction device according to the present invention, the shape of the band-shaped member is fixed at a portion in contact with the vicinity of the ribs of the body.

  As a result, a human can use the portion where the shape of the belt-like member is fixed as a support. Therefore, it can be used for a long time.

  In the skeletal correction device according to the present invention, the fixing member has a planar anti-slip member provided on the placement surface.

  Thereby, a body can be fixed to a mounting surface with a simple configuration.

  In the skeletal correction device according to the present invention, the anti-slip member is provided at a position including a portion of the placement surface that contacts the upper body of the body.

  Thereby, with a simple configuration, the upper body of the body can be fixed to the placement surface, and the lower body can be opened. Therefore, it is possible to pull the skeleton of the lower body mainly downward along the inclined surface by the human weight. That is, the lower body skeleton can be corrected mainly.

  Here, the correspondence between the constituent elements described in the claims and the constituent elements in the embodiment is shown. The skeletal correction device corresponds to the lumbar vertebra correction devices 1, 3, and 5, the mounting member corresponds to the bed member 13, and the fixing member corresponds to the fixing member 15, the anti-slip sheet 14, and the fixing member 35, respectively.

  The belt-shaped member corresponds to the fixed belt 151 and the fixed frame 351 with the belt, and the anti-slip member corresponds to the anti-slip sheet 14.

  The placement surface corresponds to the bet surface formed by the bed 131.

  “Near the rib” refers to the position where the rib is present, and preferably refers to the side of the rib from the armpit to the waist.

  Examples of the skeletal correction device according to the present invention will be described below.

1. Outline of Lumbar Straightening Device 1 An outline of a lumbar straightening device 1 that is one of the skeletal straightening devices according to the present invention will be described with reference to FIG. FIG. 1 shows an outline of the lumbar vertebra correction device 1, and there are portions different from the actual configuration of the lumbar vertebra correction device 1.

  The lumbar vertebra correction device 1 has a bed member 13 disposed at an inclination. The human is fixed to the bed member 13 by the fixing member 15 to the bed member 13. By fixing the person to the inclined bed member 13, the human body receives a pulling force f in the sole direction based on its own weight F. Thus, the lumbar vertebra can be corrected by pulling the body toward the sole with the pulling force f toward the sole. The lumbar vertebra correction device 1 can obtain a pulling force in the plantar direction by a simple configuration in which a human body is fixed to the bed member 13 by a fixing member 15.

2. Configuration of Lumbar Straightening Device 1 A configuration of the lumbar straightening device 1 will be described with reference to FIGS. 2 is a front view of the lumbar vertebra correction device 1, FIG. 3 is a view in which a bed member 13 (described later) and a fixing member 15 (described later) are removed from the lumbar vertebra correction device 1 shown in the front view of FIG. A left side view of the lumbar vertebra correction device 1 and FIG. 5 are rear views of the lumbar vertebra correction device 1 of FIG.

  As shown in FIG. 2, the lumbar vertebra correction device 1 includes a frame member 11, a bed member 13, a non-slip sheet 14, a fixing member 15, an auxiliary handle member 17, and a footrest member 19. Hereinafter, each configuration will be described in detail.

2.1. Frame member 11
The structure of the frame member 11 is demonstrated based on FIG. The frame member 11 is a member for placing the bed member 13 and supporting the lumbar vertebra correction device 1.

  The frame member 11 includes a right inclined column 111, a left inclined column 112, an upright column 113, an upright column mounting rod 114, a brace 115, a brace mounting rod 116, a front fixing rod 117, and a rear fixing rod 118 (not shown). .

  The right inclined column 111 and the left inclined column 112 function as a frame structure for attaching the bed member 11. The right inclined column 111 and the left inclined column 112 are attached to an outer pipe 117a (described later) of the front fixed rod 117.

  The upright column 113 includes an outer column 113a and an inner column 113b. As shown in FIG. 4, the outer pillar 113a has one fixing hole (not shown). The inner pillar 113b has a plurality of adjustment holes 113c. The outer column 113a accommodates a part of the upper side of the inner column 113b therein. Thereby, the height of the upright pillar 113 can be adjusted. The height of the upright column 113 and the fixing thereof were adjusted by positioning the outer column 113a and the inner column 113b so that the fixing hole of the outer column 113a and one of the adjustment holes 113c of the inner column 113b were aligned. This is done by passing a fixing bolt 113d through the fixing hole and adjusting hole 113c.

  The inner column 113b has an angled convex portion 113e at the lower end. The convex 113e is provided with a fixing hole (not shown) for attaching the brace 115. As shown in FIG. 5, the inner column 113 b is attached to an outer pipe 118 a (described later) of the rear fixing rod 118.

  As shown in FIG. 3, the outer column 113a of the upright column 113 has a hole at the upper end for allowing the upright column mounting rod 114 to pass therethrough. The upright column attaching rod 114 passes through a hole provided in the outer side column 113 a of the upright column 113 and is fixed to the outer side column 113 a of the upright column 113.

  Further, the upright column mounting rod 114 is fixed to the right inclined column 111 and the left inclined column 112 through a vertical column mounting rod hole (not shown) provided in the right inclined column 111 and the left inclined column 112 (see FIG. 4). Note that the upright column mounting bar 114 is rotatably mounted to the right inclined column 111 and the left inclined column 112.

  As shown in FIG. 4, the brace 115 is composed of an outer column 115a and an inner column 115b. The outer column 115a has one fixing hole (not shown). The inner pillar 115b has a plurality of adjustment holes 115c. The outer column 115a accommodates a part of the inner column 115b therein. Thereby, the length of the bracing 115 can be adjusted. The length of the brace 115 is adjusted and fixed by positioning the outer column 115a and the inner column 115b so that the fixing hole of the outer column 115a and one of the adjustment holes 115c of the inner column 115b are aligned. The fixing bolt 115d is passed through the fixing hole and the adjustment hole 115c.

  The outer column 115 a of the brace 115 is fixed to an angle-shaped convex portion 113 e provided at the lower end of the inner column 113 b of the upright column 113. When the outer column 115a of the brace 115 is attached to the convex portion 113e of the upright column 113, a fixing hole (not shown) provided in the outer column 115a of the brace 115 and the convex portion 113e of the inner column 113b of the upright column 113 are provided. The provided fixing holes (not shown) are combined, and the fixing bolt 115d is passed through the combined fixing holes to fix the outer column 115a and the convex portion 113e. The outer column 115a of the brace 115 is rotatably attached to the inner column 113b of the upright column 113.

  As shown in FIG. 3, the inner column 115b of the brace 115 has a hole at one end for allowing the brace attachment rod 116 to pass therethrough. The brace attaching rod 116 passes through a hole provided in the inner column 115 b of the brace 115 and is fixed to the inner column 115 b of the brace 115.

  Further, the brace attaching rod 116 is fixed to the right inclined column 111 and the left inclined column 112 through a brace attaching rod hole (not shown) provided in the right inclined column 111 and the left inclined column 112. The bracing attachment rod 116 is rotatably attached to the right inclined column 111 and the left inclined column 112.

  As shown in FIG. 2, the lumbar vertebra correction device 1 is fixed to the floor surface by a front fixing bar 117 and a rear fixing bar 118. The front fixing rod 117 includes an outer pipe 117a, an inner pipe 117b, and a fixing rubber 117c. The outer pipe 117a houses a part of the inner pipe 117b inside. Thereby, the length of the front fixing rod 117 can be adjusted. The inner pipe 117b has a fixed rubber 117c at the end opposite to the end accommodated in the outer pipe 117a. Thereby, the lumbar vertebra correction device 1 is fixed to the installation surface.

  As shown in FIG. 5, the rear fixing rod 118 includes an outer pipe 118a, an inner pipe 118b, and a fixing rubber 118c. The outer pipe 118a houses a part of the inner pipe 118b inside. Thereby, the length of the rear fixing rod 118 can be adjusted. The inner pipe 118b has a fixed rubber 118c at the end opposite to the end accommodated in the outer pipe 118a. Thereby, the lumbar vertebra correction device 1 is fixed to the installation surface. 2 to 5, the length of the rear fixing rod 118 is set to be longer than the length of the front fixing rod 117.

2.2. Bed 13
The configuration of the bed member 13 will be described with reference to FIG. The bed member 13 is a member for placing a human body. The bed member 13 includes a bed 131 and a bed fixing bracket 133.

  The bed 131 includes a mattress and a frame that fixes the shape of the mattress. In FIGS. 4 and 2, the mattress and the frame are shown as an integrated bed 131. Further, the frame has bed fixing brackets 133 in the vicinity of the upper left and lower ends. The bed fixing metal 133 has a bed fixing hole (not shown) near the center. By aligning the bed fixing hole (not shown) of the bed 131 with the bed fixing hole provided in the left inclined column 112 and the right inclined column 111 and fixing with the fixing bolt 135, the bed 131 is fixed to the left inclined column 112 and Fix to the right inclined column 111.

2.3. Non-slip sheet 14
The non-slip sheet 14 will be described with reference to FIG. The anti-slip sheet 14 is a member for fixing the human body placed on the bed 131 to the bed 131 by frictional force. The non-slip sheet 14 is provided on the surface of the bed 131 on which the person is placed. Further, the anti-slip sheet 14 is provided in a region that comes into contact with the bed 131 when the human body is placed on the bed 131, that is, a region corresponding to the back side of the upper body and the shoulder to the back. In this way, by providing the anti-slip sheet 14 on the back side of the human body in the bed 131 and the region corresponding to the back from the shoulder, it is possible to contact the human body in a wider area, and thus a large frictional force. Can be generated. By providing the anti-slip sheet 14 on the back side of the human body in the bed 131 and the region corresponding to the back from the shoulder, it is possible to obtain more force for fixing the human body to the bed 131.

2.4. Fixing member 15
The configuration of the fixing member 15 will be described with reference to FIG. The fixing member 15 is a member for fixing the human body to the bed 131 so that the head side is obliquely upward.

  The fixing member 15 has three fixing belts 151 and two fixing bands 153. Further, each belt 151 includes a right belt 151a, a left belt 151b, a belt fitting 151c, and a hook-and-loop fastener 151d (not shown). As shown in FIG. 6, the right belt 151 a has a fixing hole 151 f for attaching directly to the right inclined column 111 of the frame member 11 at one end. The right belt 151a has a hook-and-loop fastener 151d in the vicinity of an end different from the end having the fixing hole 151f, and a hook-and-loop fastener arranged at a predetermined interval from the hook-and-loop fastener 151d toward the fixing hole 151f. 151e.

  The left belt 151b also has a fixing hole 151g for attaching directly to the left inclined column 112 of the frame member 11 at one end. The left belt 151b has a belt metal 151c at an end different from the end having the fixing hole 151g. The end portion of the right belt 151a where the hook-and-loop fastener 151d is disposed is passed through the belt fitting 151c of the left belt 151b, and then folded, and the hook-and-loop fastener 151d and the hook-and-loop fastener 151e are combined, Connect.

  The fixed band 153 includes a right fixed band 153a and a left fixed band 153b. The right fixed band 153a is arranged so as to cross the three right belts 151a and sandwich the three right belts 151a from the front and the back. The left fixed band 153b is also arranged so as to cross the three left belts 151b and to sandwich the three left belts 151b from the front and the back. The right fixing band 153a is arranged so as to come into contact with the vicinity of the rib on the right armpit of the human body on the bed 131 when the right belt 151a and the left belt 151b are connected. That is, the right fixing band 153a fixes the human body on the bed 131 to the bed 131 in the vicinity of the right armpit rib. Similarly to the right fixing band 153a, the left fixing band 153b fixes the human body on the bed 131 to the bed 131 near the ribs on the left armpit. In this way, by fixing the human body to the bed 131 in the vicinity of the ribs under the armpits, the human body can be fixed to the bed 131 without causing discomfort to the human. Note that the right fixed band 153a and the left fixed band 153b are made of a urethane pad. Therefore, when the human body is fixed to the bed 131, it is possible to prevent discomfort and pain caused by the fixation.

2.5. Auxiliary handle member 17
The configuration of the auxiliary handle member 17 will be described with reference to FIG. The auxiliary handle member 17 is a member for assisting getting on and off the bed 131.

  The auxiliary handle member 17 includes a handle pipe 171 and a grip urethane 173. As shown in FIG. 2, the handle pipe 171 is fixed by fixing bolts 175 at both ends of the right inclined column 111 and the left inclined column 112. Further, the handle pipe 171 is fixed at a position where the person can easily hold when the person is placed on the bed 131. The gripping urethane 173 is attached to the pipe 171.

2.6. Footrest member 19
The structure of the footrest member 19 will be described with reference to FIG. The footrest member 19 is a member for assisting getting on and off the bed 131.

  The footrest member 19 includes a footrest 191, a fixed shaft 193, a rotating device 195, a link bar 197, a gripping bar 198, and a lock bar 199. The footrest 191 is fixed to the fixed shaft 193. The fixed shaft 193 is rotatably attached to the right inclined column 111 and the left inclined column 112 so as to bridge the right inclined column 111 and the left inclined column 112. The rotating device 195 has a mechanical mechanism inside, and rotates the footrest 191 via the link bar 197 by operating the gripping bar 198. As shown in FIG. 6, when the rotation device 195 receives the operation of the gripping rod 198 in the direction of the arrow A1 through the link rod, the rotating base 191 moves the footrest 191 perpendicular to the right inclined column 111 and the left inclined column 112. It is rotated in the direction of arrow A3 from a fixed position (hereinafter referred to as a basic position of the footrest 191), and is parallel to the right inclined column 111 and the left inclined column 112 (hereinafter referred to as the footrest 191). Move to the release position.) Further, when the rotation device 195 receives the operation in the direction of the arrow A5 with respect to the gripping rod 198 operated in the direction of the arrow A3 via the link rod, the rotation device 195 rotates the footrest 191 in the direction of the arrow A7 from the release position to Position. As a result, it is possible to use the footrest 191 in the basic position when getting on the bed 131, and while riding on the bed 131, the footrest 191 is used as the release position to place the footrest from the sole. The base 191 is removed, and the body can be fixed to the bed 131 by the fixing member 15 and the anti-slip sheet 14.

  The position of the lock rod 199 is the basic position of the lock rod 199 in FIG. When the lock bar 199 is in the basic position, the grip bar 198 cannot be operated. When the lock bar 199 is moved in the arrow A11 direction, the grip bar 198 can be operated, and the footrest base 191 can be operated from the basic position to the release position and from the release position to the basic position.

3. How to use the lumbar vertebra correction device 1 A method of using the lumbar vertebra correction device 1 will be described. First, a person who intends to use the lumbar vertebra correction device 1 (hereinafter referred to as a user) adjusts the height of the lumbar vertebra correction device 1, the inclination angle of the bed 131, and the like before use. As for the inclination of the bet 131, it is considered that the vicinity of 45 degrees with respect to the installation surface is optimal, but it may be adjusted within the range of 30 to 60 degrees depending on the individual. As the angle increases, the pulling force in the sole direction based on its own weight can be increased. Therefore, the force that can be used for correcting the lumbar spine increases, and a greater effect can be obtained. On the other hand, since it is necessary to increase the force for fixing the body with the fixing belt 151, it is necessary to tighten the fixing belt 151 tighter. For this reason, the burden with respect to a body becomes large. Therefore, it is only necessary to compare the effect of lumbar vertebra correction and the burden on the body and determine the optimum bed inclination angle by the user.

  When using the lumbar vertebra correction device 1, the user puts his / her foot on the footrest 191 and gets on the bed 131 with the footrest 191 in the basic position. Thereby, it is possible to easily get on the bed 131.

  Then, the user lies on the bed 131 and fixes his / her body to the bed 131 using the fixing belt 151. At this time, the fixing belt 151 is positioned so that the fixing bands 153a and 153b are positioned around the ribs from the armpits.

When the fixing by the fixing belt 151 is completed, the user releases the lock by grasping the lock bar 199, and further operates the grip bar 198 to rotate the footrest 191 to the release position. Accordingly, the user can fix his / her body to the bed 131 by fixing the body with the fixing belt 151 and the non-slip sheet 14. That is, the user can pull the lumbar spine downward by his / her own weight.

1. Configuration of Lumbar Straightening Device 3 A configuration of a lumbar straightening device 3, which is another embodiment of the skeletal correction device according to the present invention, will be described. The lumbar vertebra correction device 3 is the same as the lumbar vertebra correction device 1 in the first embodiment with respect to the basic configuration. However, the configuration of the fixing member 15 is different from that of the first embodiment. Hereinafter, the fixing member 35 in the lumbar vertebra correction device 3 will be described with reference to FIG. In the following, the same reference numerals as those in the first embodiment are assigned to the same configurations as those of the lumbar vertebra correction device 1 in the first embodiment. In FIG. 7, a part of the left fixed band 151b is omitted.

  The fixing member 35 is made of a material in which a part of the right belt 151a and the left belt 151b of the fixing belt 151 of the fixing member 15 in the first embodiment is fixed in shape such as metal. In this way, by configuring a part of the fixing belt with a material whose shape is fixed, the user can use the portion where the shape is fixed as a support. It becomes possible to use it for hours.

  The fixing member 35 has three fixing frames 351 with belts and two right fixing bands 153. The belt-equipped fixing frame 351 includes a right belt 351a, a left belt 351b, a right fixing frame 351c, a left fixing frame 351d, and a belt fitting 151c.

  The left fixed frame 351d is formed of a metal rectangular frame and has an arch shape that follows the shape of the ribs of the body. The left fixed frame 351d has a fixing hole 351g for fixing to the left inclined column 112 at the end. The fixing hole 351g corresponds to the fixing hole 151g of the left belt 151b in the first embodiment. Further, the left fixing frame 351d has a belt fixing hole 351h for fixing the left belt 351b to an end different from the end having the fixing hole 351g.

  One end of the left belt 351b passes through the fixing hole 351h of the left fixing frame 351d and is connected to the left fixing frame 351d. The left fixed frame 351d is connected to the belt fitting 151c by passing the other end through the belt fitting 151c.

  The right fixed frame 351c and the right belt 351a are the same as the left fixed frame 351d and the left belt 351b. Note that the right belt 351a has a pair of male and female hook-and-loop fasteners (not shown) at one end, like the right belt 151a in the first embodiment. The right belt 351a and the left belt 351b are connected by the hook-and-loop fastener.

  The right fixed band 153a and the left fixed band 153b are the same as in the first embodiment. However, the right fixed band 153a is disposed so as to cross the three right fixed frames 351c. Similarly, the left fixed band 153b is disposed so as to cross the three left fixed frames 351d.

As described above, by providing the right fixed frame 351c and the left fixed frame 351d having an arch on the rib shape and having a fixed shape, a human can be easily fixed to the bed. This is because a person fixed to the bed can be supported near the armpit by the right fixed frame 351c and the left fixed frame 351d.

1. Configuration of Lumbar Straightening Device 5 A configuration of a lumbar straightening device 5 that is another embodiment of the skeletal correction device according to the present invention will be described. The basic configuration of the lumbar vertebra correction device 5 is the same as that of the lumbar vertebra correction device 1 in the first embodiment and the lumbar vertebra correction device 3 in the second embodiment. However, the lumbar vertebra correction device 5 is not provided with the fixing member 15 provided in the first and second embodiments. Hereinafter, the lumbar vertebra correction device 5 will be described with reference to FIG. In the following, the same reference numerals as those in the first embodiment are assigned to the same configurations as those of the lumbar vertebra correction device 1 in the first embodiment.

In the lumbar vertebra correction device 5, no fixing member is provided. Therefore, the human body is fixed to the bed 131 by the frictional force generated by the anti-slip sheet 14. By not providing the fixing member 15 in this manner, the lumbar vertebra correction device 5 can be configured with a simple configuration.

[Other Examples]
(1) Placement surface In the above-described first to third embodiments, the bed 131 forming the placement surface is configured to be inclined with respect to the installation surface. However, it may be perpendicular to the installation surface. Thereby, since the user's own weight can be used as a force for pulling the skeleton downward, more effective lumbar vertebra correction is possible.

(2) Fixed belt 151 and fixed frame 351 with belt
In the first embodiment, three fixing belts 151 are provided, and in the second embodiment, three fixing frames with belts 351 are provided. However, as long as the body can be fixed to the placement surface, The number is not limited to the example.

(3) Fixed band 153
In the first embodiment described above, the fixing band 153 is provided so as to cross the three fixing belts 151, but one fixing band 153 may be provided on one fixing belt 151. Further, the fixed band 153 may not be provided. The same applies to the fixing frame with belt 351 in the second embodiment.

(4) Fixing position In the above-described first to third embodiments, the body is fixed to the mounting surface in the vicinity of the ribs under the armpits. However, as long as the body can be fixed to the mounting surface, examples are provided. It is not limited to. For example, it may be fixed near the armpit of the upper arm.

(5) Non-slip sheet 14
In Example 1 and Example 2 described above, the anti-slip sheet 14 is installed together with the fixed belt 151 and the fixed frame 351 with belt, but either one may be provided.

  Moreover, in the above-described first to third embodiments, the anti-slip sheet 14 is used as the anti-slip member, but as long as it can prevent the body from slipping downward or obliquely downward, it is exemplified. It is not limited to. For example, an adhesive sheet or the like may be used.

  Further, as the non-slip member, for example, a member provided with a non-slip 74a such as a rubber sheet or an adhesive sheet on the back side of a kimono 74 on a T-shirt as shown in FIG. 9 may be used. The kimono 74 shown in FIG. 9 may be used in place of the anti-slip sheet 14 or may be used in combination with the anti-slip sheet 14.

  Furthermore, when using the kimono 74 shown in FIG. 9, you may make it use a hook-and-loop fastener. In this case, if a male-side hook-and-loop fastener is used on the kimono 74 side, a female-side hook-and-loop fastener may be used as the non-slip sheet 14.

(6) Auxiliary handle member 17 and footrest member 19
In the first to third embodiments, the auxiliary handle member 17 and the footrest member 19 are installed.

(7) Skeleton and Lumbar Spine In the above-described first to third embodiments, the lumbar vertebra correction devices 1, 3, and 5 are exemplified as the skeleton correction device, but are not limited to the examples as long as the skeleton can be corrected. For example, pelvic distortion or the like may be corrected. In addition, the lumbar vertebra correction devices 1, 3, and 5 may have an effect of correcting pelvic distortion and the like in addition to correcting the lumbar vertebra.

It is the figure which showed the outline of the lumbar vertebra correction apparatus 1 in this invention. It is a front view of the lumbar vertebra correction device 1 in the present invention. It is the figure which removed the bed member 13 from the lumbar vertebra correction device 1 in FIG. It is a side view of the lumbar vertebra correction device 1 in FIG. It is a rear view of the lumbar vertebra correction device 1 in FIG. FIG. 6 is a view showing a fixing member 15. It is the figure which showed the fixing member 35 of the lumbar vertebra correction apparatus 3 in this invention. It is a front view of the lumbar vertebra correction device 5 in the present invention. It is a figure which shows other embodiment of a non-slip | skid member. It is the figure which showed the health instrument 101 which is the conventional skeleton correction apparatus.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Lumbar vertebra correction device 11 ... Frame member 111 ... Right inclined column 112 ... Left inclined column 113 ... Standing column 113a ... Outer column 113b ... Inner column 113c ... Adjustment hole 113d ... Fixing bolt 113e ... Convex part 114 ... Standing column mounting rod 115 ... Bracing 115a ... Outer column 115b ... Inner column 115c ... Adjustment hole 115d ... Fixing bolt 116 ··· Bracing attachment rod 117 ··· Front fixing rod 117a · · · Outer pipe 117b · · · Inner pipe 117c · · · Fixed rubber 118 · · · Rear fixing rod 118a · · · Outer pipe 118b · · · Inner pipe 118c ... Fixed rubber 13 ... Bed member 131 ... Bed 133 ... Mounting bracket 135 ... Fixing bolt 14 ... Non-slip sheet 15 ... Fixed part 151 ... fixed belt 151a ... right belt 151b ... left belt 151c ... belt metal fitting 151d ... surface fastener 151e ... surface fastener 151f ... fixed hole 151g ... fixed hole 153 ..Fixing band 153a ... Right fixing band 153b ... Left fixing band 17 ... Auxiliary handle member 171 ... Handle pipe 173 ... Holding urethane 175 ... Fixing bolt 19 ... Footrest member 191: Footrest 193: Fixed shaft 195: Rotating device 197 ... Link bar 198 ... Grip bar 199 ... Lock bar 351 ... Fixed frame 351a with belt ... Right Belt 351b ... Left belt 351c ... Right fixed frame 351d ... Left fixed frame 351e ... Fixed hole 351f ... Fixed hole 351g ... Fixed hole 351 h: Fixing hole

Claims (8)

A mounting member having a mounting surface for mounting the body;
A fixing member for fixing the body placed on the placement member to the placement surface;
A skeletal correction device having
The mounting member described above is
The mounting surface is inclined,
The fixing member is
A skeletal correction device for fixing the body to the mounting surface so that the head side of the body placed on the mounting surface is directed upward or obliquely upward. In the skeletal correction device according to claim 1,
The fixing member is
A skeletal correction device that generates a force that opposes the body placed on the placement surface moving downward or obliquely downward. In the skeletal correction device according to claim 2,
The fixing member is
A skeletal correction device for fixing the body near the ribs of the body. In the skeletal correction device according to claim 3,
The fixing member is
A skeletal correction device for fixing the body to the mounting surface by a belt-like member provided directly or indirectly on a side portion of the mounting surface. In the skeletal correction device according to claim 4,
The strip member is
A skeletal correction device in which the shape of the band-shaped member is fixed at a portion that comes into contact with the vicinity of the ribs of the body. In any of the skeletal correction apparatuses according to claims 2 to 5,
The fixing member is
A skeletal correction device having a planar anti-slip member provided on the placement surface. In the skeletal correction device according to claim 6,
The anti-slip member is
The skeletal correction apparatus provided in the position containing the part which contacts the upper body of the said body of the said mounting surface. A skeletal correction method for correcting the skeleton of the body,
Placing the body on a mounting member having an inclined mounting surface;
A skeletal correction method for fixing the body to the mounting surface so that the head side of the body placed on the mounting surface is directed upward or obliquely upward.

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