Plate moving rhythmically on sphere with left foot of automatic car

Abstract

To promote movement of a left foot, which is hardly used and moved, when operating a general automatic car.SOLUTION: A plate with a hole and a raised front is placed below a left foot, some holes are formed therein, and a part of an upper part of spheres is set in the hole. The sphere is supported by a round lattice made of something like wire having a diameter of 3 mm to 5 mm below the plate. The sphere freely rotates in the round lattice. Garbages that fell between the spheres below the plate are collected on a mat and are thrown away with a hand. The left foot pushes and rotates a part of the upper part of spheres, and is easily in four directions in the front, and a rhythm of movement is created for the foot.SELECTED DRAWING: None

Description

[Technical field]

[0001] The present invention relates to a commonly used automatic vehicle, in which the left foot does not move, and only the right foot is moved to depress the accelerator pedal and the brake pedal. The single-foot movement of the right foot alone causes poor blood circulation in the body over time. To encourage the left foot to do the same exercise, a hard sphere is placed in a combination of several cylindrical boxes with a curved front, with the top part exposed, and the left foot is pushed and rotated, moving the left foot in all directions, encouraging movement of the playing left foot. This improves blood flow and makes the left foot tireless. It is an easy ball rolling exercise in which the left foot moves rhythmically on the sphere. [Background technology]

[0002] In commonly used automatic cars, the action of pressing the accelerator and brake pedals with just the right foot may seem easier to drive, but moving only with one foot causes the balance of the foot movement to be lost, blood flow to be reduced, and the left foot becomes tired. As we age, fatigue accumulates from both exercise and daily life, and our blood circulation becomes poor, which can be detrimental to our health. Eventually, the balance between your feet will become unbalanced, which can lead to sudden acceleration. In the old days when clutches were used, there were no accidents caused by sudden acceleration. [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Unexamined Patent Publication No. 61-139530 Summary of the Invention The problem that the invention aims to solve

[0004] In this invention, a sphere is placed in each of a combination of cylindrical square boxes with a curved front, and the left foot is placed on the cylindrical square box, and the ball rotates by pushing the exposed part of the top of the sphere with the left foot. Under the combination of cylindrical square boxes, about three rows of plank-like walls are made in one direction toward the front according to the curved front, and are integrated with the cylindrical square boxes. The generated waste falls onto a mat through a cylindrical square box. The mat is manually picked up and disposed of. There are several things that commonly stimulate the left foot. There are exercises that use the left foot by stepping on a spring-loaded board and then lifting it up, and there are also exercises that give a slight stimulus to the sole of the foot by stepping on a protruding object protruding from the floor. None of these are sufficient to encourage the movement of the left foot. Most commonly used cars are automatic, and the driver has movement of the right foot but not the left. Exercising the left leg is important for health, as it helps maintain balance between the two legs. Taxi drivers and long-distance drivers do not exercise their left leg for long periods of time, and at the end of a day's driving, their left leg becomes so tired that it goes numb. If this condition continues for a long time, blood flow will become poor and blood circulation will decline. Think about how important it is to move your left foot.

[0005] In this invention, a part of the top of a sphere is attached to each of a combination of several cylindrical square boxes with a curved front, and the sphere is turned with the left foot. As the sphere rotates, the left foot moves in all directions, improving blood circulation and driving function. The left foot flows over several spheres, creating a light, playful rhythm that moves in all directions.

[0006] Create six round supports on the inside of several cylindrical square boxes with curved fronts that will be placed on the left foot, leaving enough clearance for the sphere. Create a base in the center of the bottom of the sphere, create a mountain, and rotate it. The sphere will rotate smoothly. The garbage falls into a mat below through a combination of cylindrical square boxes.

[0007] At the bottom of the combination of cylindrical square boxes, about three rows of plank-like walls are created in one direction toward the front, in accordance with the curve up at the front, and are integrated with the square boxes.

[0008] By rhythmically pushing the spheres incorporated into each of the combinations of cylindrical blocks curved in accordance with the present invention with the left foot and moving the left foot freely, the fatigue in the left leg is eliminated, a balanced movement is created in the left leg, and no fatigue is felt. [Brief description of the drawings]

[0009] [Figure 1] is a combination and arrangement of cylindrical square boxes. [Diagram 2] is a cross section of a combination of cylindrical square boxes. [Diagram 3] is a top view of a combination of cylindrical square blocks. [Figure 4] is a cross-sectional view of a cylindrical square box. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0010] Bend up the front of the cylindrical square box combination [Figure 1]-2[Figure 2]-2[Figure 4]-2, and install the square box combination [Figure 1]-2[Figure 2]-2[Figure 4]-2 when viewed from above.

[0011] The spheres [Figure 1]-1, [Figure 2]-1, [Figure 3]-1, and [Figure 4]-1 are assembled together, and when viewed from the side, the front is curved upward. The shape and size are versatile enough to be used on any vehicle. The material to be used will be stainless steel or FRP, which will be less prone to wear and tear and will not rust. The sphere [Figure 1]-1 [Figure 2]-1 [Figure 3]-1 [Figure 4]-1 is incorporated into a combination of cylindrical square boxes with curved front ends [Figure 1]-2 [Figure 2]-2 [Figure 4]-2. The arrangement of the spheres [Figure 1]-1, [Figure 2]-1, [Figure 3]-1, and [Figure 4]-1 is as shown in [Figure 1].

[0012] A combination of cylindrical square boxes [Fig. 1]-2 [Fig. 2]-2 [Fig. 4]-2 is used to create six spheres [Fig. 1]-1 [Fig. 2]-1 [Fig. 3]-1 [Fig. 4]-1 around the perimeter of the box, creating a round shape [Fig. 3]-9 [Fig. 4]-9. A hill [Fig. 4]-7 is provided at the bottom of the sphere [Fig. 1]-1 [Fig. 2]-1 [Fig. 3]-1 [Fig. 4]-1 to serve as a support for the rotation of the sphere [Fig. 1]-1 [Fig. 2]-1 [Fig. 3]-1 [Fig. 4]-1. The spheres [Fig. 1]-1 [Fig. 2]-1 [Fig. 3]-1 [Fig. 4]-1 are pushed by the left foot and rotate. The size of the spheres [Fig. 1]-1 [Fig. 2]-1 [Fig. 3]-1 [Fig. 4]-1 is about 30 mm in diameter, and the intervals are about 60 mm.

[0013] The lower part of the combination of cylindrical square boxes [Figure 1]-2 [Figure 2]-2 [Figure 4]-2 is integrated with the combination of cylindrical square boxes by creating about three rows of board-shaped walls [Figure 2]-3 [Figure 4]-3 in one direction toward the front, depending on the curvature.

[0014] The garbage passes through the gaps between the cylindrical square manholes [Figure 1]-2 [Figure 2]-2 [Figure 4]-2 and falls onto the mat below. Garbage is disposed of by manually brushing it off the mat. [Explanation of symbols]

[0015] 1 Sphere [Figure 1]-1 [Figure 2]-1 [Figure 3]-1 [Figure 4]-2 2 Cylindrical square box [Fig. 1]-2 [Fig. 2]-1 [Fig. 4]-2 3 Plate-shaped wall [Fig. 2]-3 [Fig. 4]-3 4 Accelerator pedal [Fig. 1]-4 5 Brake pedal [Fig. 1]-5 6 Rubber mat [Fig. 2]-6 [Fig. 4]-6 7 Mountain [Figure 4]-7 8 Pedestal [Fig. 4]-8 9 Round shape supporting a sphere[Fig. 3]-9[Fig. 4]-9 10 Top plate of a cylindrical square box [Fig. 3]-10 [Fig. 4]-10

Claims

1. A perforated plate with a curved front is installed on the left floor of an automatic transmission car, and a hard sphere is inserted into the hole in the plate with a curved front of the left foot floor. The sphere is supported by a round lattice made of a kind of wire under the hole in the plate, and the sphere rotates within this round lattice to match the height of the curved front plate, and a plate-like wall is created by filling the gaps between the spheres. The plate moves rhythmically over the sphere with the left foot of an automatic car, which features supporting the entire plate.

2. A plate that moves rhythmically on a sphere with the left foot of an automatic vehicle, characterized by having a barb on a round lattice to prevent the sphere from jumping out as described in the sphere claim.

3. The garbage slides through the gaps between the plank-like walls and falls onto the mat below. To dispose of the garbage, remove the plate and brush the garbage off the mat by hand. The plate moves rhythmically over the sphere with the left foot of an automatic car, which is a feature of this car.

4. The movement of the rotating spheres attached to the plate stimulates the soles of the feet, making this a plate that can also be used as a health device, as the left foot of an automatic car moves rhythmically over the spheres.

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