JPH045178Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a tool that hangs upside down without using both hands. Conventionally, there is a method of hanging by tying the ankles, but this method has the drawback of being complicated to use. There is also a method of lying down on a table and tilting the table to turn it upside down.
This is not about hanging.

B. Composition of the device This device is designed to move the strut, thigh support horizontal plate, and leg support horizontal bar at fixed positions in order to be able to continue hanging upside down without using both hands. The structure is explained with the help of a drawing.The two basic columns 4 are the right basic column 2, which is the column 1 placed on the right side, and the left basic column 3, which is the column 1 placed on the left side. In a tool consisting of a thigh support horizontal plate 5, which is a horizontal plate for supporting, and a foot support horizontal bar 6, which is a horizontal bar for supporting the foot, 2
An inclined surface 8 is formed on the front side of the thigh support horizontal plate 5 itself so that the lower part 7 of the thigh support horizontal plate 5, which is a horizontal plate provided between the upper ends of the book's basic pillars 4, protrudes in the front direction. or a structure that forms an inclined surface 8, and then use the beam material 9 provided on the front side of the basic support 4 and the front support 10, which is the support 1 provided on the front side, to support the thigh support horizontal plate. A leg support horizontal bar 6, which is a horizontal bar arranged so as to maintain a parallel relationship with the thigh support horizontal plate 5, is placed at the same height as the lower part 7 of the thigh support horizontal plate 5, at a lower position, or at a slightly higher position. However, the shape of the upper surface of the foot support horizontal bar 6 on the side of the basic support column 4 is formed into an arc shape with no corners.

How to use: Lie upside down with your knees bent so that your heels touch your buttocks, and place your thighs on the thigh support horizontal plate 5.
Place the foot on the inclined surface 8, hang the sole of the foot on the horizontal foot support bar 6, and hang. To make it easier to hang upside down, hang with your head up by placing your hands on the horizontal hand support bar 13, which is a horizontal bar for resting your hands on, then hang both feet on the horizontal foot support bar 6. By lifting your hips upward while doing this, you can easily reach the upside-down hanging position.

C. Effect of the invention The first effect of this invention is that the horizontal thigh support plate 5 and the horizontal foot support bar 6 are arranged in parallel, so both the left and right legs can be held in the same state at the same time. The horizontal bar 6 is placed at the same height as the lower part 7 of the thigh support horizontal plate 5, or at a slightly higher position, and the shape of the upper surface of the leg support horizontal bar 6 on the basic support 4 side is adjusted. is shaped like an arc with no corners, so when the patient is in a state of bending the knees while hanging upside down, the front part of the thigh can be appropriately applied to the thigh support horizontal plate 5 and the sole of the foot can be appropriately applied to the foot support horizontal bar 6. It is. In this state of hanging upside down with your knees bent, the distance between your thighs and lower legs does not get any smaller, so no matter what compressive force is applied to your thighs and the soles of your feet, you will remain relaxed and relaxed. I can do things.

Thirdly, we created a slope 8 to prevent the body from falling.
Things that can be prevented.

By combining the above effects, you can hang upside down in a relaxed state. Therefore, in addition to the health-promoting effect that comes from being upside down,
This dangling also produces an effect similar to lumbar traction, since most of the hanging weight is supported by the lumbar region.

D. Shape and Others There is no restriction on the cross-sectional shape of the support 1, and it may be circular or square. Regarding the shape, it may be rod-like or plate-like, and may be upright, inclined, or curved.

Regarding the number of pillars 1, it is sufficient if there are two basic pillars 4, and it may be three, four, or more.

In the case of 12 columns, the beam 9 may be taken out from the upper end of the column 1, bent in the middle, and attached near the middle of the column 1. In this case, if the shape of the beam 9 is made easy to grip, it can be used as a horizontal bar 13 for gripping (FIG. 2). In the case of 14 columns, the right front column 11 is the column 1 provided on the front side of the right basic column 2.
When the two front columns 10 of the left front column 12, which is another column 1 on the front side of the left basic column 3, are added, a total of four columns 1 are arranged in a rectangular shape (first Figure) allows for a smaller member cross-section and improved stability compared to the case where there are only 12 pillars.

The thigh support horizontal plate 5 only needs to be positioned between the upper ends of the two basic columns 4.
It does not need to be on a straight line connecting the two, and may protrude to the front or back side of the basic support 4. Therefore, the length of the thigh support horizontal plate 5 may be shorter, longer, or the same as the interval between the two basic struts.

Since the thigh support horizontal plate 5 comes into contact with the thigh, it must have a good contact feeling. First, if it is made only of strong materials, the surface of the inclined surface 8 may be made smooth without any corners. Second, a material with a good feel, such as balsa wood or rubber, may be applied to the surface of the inclined surface 8. Third, it may be covered thickly with a cushioning material such as rubber or fiber. The first and second methods are
Although the sloped surface 8 can be recognized visually, the third method may not be able to recognize the sloped surface 8 visually and may be recognized as having an elliptical shape or the like. However, even in that case, if it is hanging upside down, the internal structure will be
Since the slope 8 is formed, the body does not fall, and the structure is such that the slope 8 is formed. From these facts, the surface shape of the inclined surface 8 may be only a flat surface, it may have an arcuate curved surface, or it may have two or three steps and the surface may be smooth. It is also possible to use

If the width of the inclined surface 8 is narrow, the contact surface with the thigh is
A wide one is better as it gets smaller and causes pain.
It is possible to use a length between 5 cm and 30 cm, but a length between 10 cm and 20 cm is suitable.

Even if the slope of the slope 8 is about 80 degrees with respect to the floor surface,
It may be around 50 degrees, but around 70 degrees is best.

The shape of the foot support horizontal bar 6 may be a circular cross section of the same size as a competition horizontal bar if athletic shoes are used, but if the foot is barefoot, most of the sole of the foot will be in contact with it, as this would be painful. It is best to use one with a width similar to that of the original, and one that is shaped like an ellipse divided into two in the longitudinal direction.
The width should be between 5 cm and 10 cm, but shorter or longer widths can also be used.

For an adult, the appropriate distance between the thigh support horizontal plate 5 and the leg support horizontal bar 6 is approximately 30 cm, but the optimum dimension varies depending on the physique of the user. Therefore, it is preferable to have the ability to adjust the foot support horizontal bar 6 by moving it back and forth and up and down.

Next, in order to hang upside down, you may put your hands on the support post 1 or the thigh support horizontal board 5, but this will make it difficult to move your body, so the horizontal hand support bar 13 is a horizontal bar for hanging your hands. It is preferable to have a structure in which support columns 1 are connected to both the left and right sides or the back surface.

Also, since it is difficult to raise the foot directly from the floor to the foot support horizontal bar 6, it is better to add a foot rest horizontal bar to the front support 10 so that the foot can be raised little by little.

There are no restrictions on the number or position of the hand-rest horizontal bars 13 or the foot-rest horizontal bars as long as there is no problem.

As for the foundation of the pillar 1, the stability can be improved by extending the beam-like structure from front to back or from side to side. It would be convenient if the extension part had a telescoping function and a detachable function. Also, if the support column 1 is buried underground, a beam etc. may not be necessary. Regarding the height positional relationship between the upper end of the basic support column 4 and the thigh support horizontal plate 5, the top of the thigh support horizontal plate 5 may be located at a higher position than the top of the basic support column 4. It may be the same or it may be lower.

In addition, if the basic support 4 is to have a function other than supporting the thigh support horizontal plate 5, such as a hanging function like a normal iron bar, the basic support 4 may be extended, but this is a function other than the function of this invention. is added.

[Brief explanation of the drawing]

Fig. 1 is a perspective view, and Fig. 2 is a left side view. Code: 1 is the column, 2 is the right basic column, 3 is the left basic column, 4 is the basic column, 5 is the thigh support horizontal plate, 6 is the leg support horizontal bar, 7 is the lower part of the thigh support horizontal plate, 8 is the slope , 9 is a beam material, 10 is a front support, 11 is a right front support, 12 is a left front support, and 13 is a horizontal support bar.

Claims (1)

[Scope of Claim for Utility Model Registration] 1. Two basic columns: the right basic column, which is a column placed on the right side, and the left basic column, which is a column placed on the left side, and a thigh support horizontal plate, which is a horizontal plate for supporting the thigh. In a device consisting of a board and a foot support horizontal bar, which is a horizontal bar for supporting the foot, the lower part of the thigh support horizontal board, which is a horizontal board between the upper ends of the two basic supports, is Form an inclined surface on the front side of the thigh support horizontal plate itself so that it overhangs, or create a structure that forms an inclined surface, and then use a beam material placed on the front side of the basic support or a beam placed on the front side. The leg support horizontal bar, which is a horizontal bar placed parallel to the thigh support horizontal plate, is the same as or lower than the height of the lower part of the thigh support horizontal plate. An inverted hanging tool that is placed at a slightly higher position or at a slightly higher position, and has a structure in which the shape of the upper surface of the foot support horizontal bar on the basic support side is formed into an arc shape with no corners. 2 There are two front columns in total: the right front column, which is one column on the front side of the right basic column, and the left front column, which is one column on the front side of the left basic column. Utility model registration claim 1 has a structure in which pillars are arranged in a rectangular shape.
Upside down hanging equipment as described in section. 3 Claim No. 1 for Utility Model Registration which has a structure in which a horizontal bar for hanging the hand is connected to supports on both left and right sides or on the back.
2. The inverted hanging device according to item 2 or item 2.