JP3176914U - Non-slip cane - Google Patents

Abstract

[Problem] Sometimes a cane slips and falls on snow, frozen roads, or muddy roads. Provide a non-slip cane to prevent this fall.
A large square rubber protrusion base 6 having a large number of square small protrusion spikes is attached to the bottom surface of the lower end of the cane to prevent grounding of the cane, and the pin shaft 7 of the adjuster provided is used as a fulcrum. Provided is a non-slip cane that connects canes and swings back and forth to change the angle of the cane so that walking of the cane is easy and the user can safely go out without worrying about sliding.
[Selection] Figure 1

Description

Cane, walking stick used by elderly people with weak feet

Conventional canes often slip and fall on snowy roads and frozen roads.

Problems that the device tries to solve

In the morning of snowfall, we see the news that a person who goes to work slips and falls, but even a healthy person falls, so many elderly people with weak legs who use a cane are in trouble.
To prevent slipping on snowy roads and frozen roads, attach a non-slip rubber protrusion, such as a car's snow tire, to the bottom of the cane to prevent slipping and eliminate worries about going out.

Means for solving the problem

By attaching a large rubber base with many protrusions to the lower end of the cane, slipping is prevented. However, since it is difficult to use as it is, we devise it so that the angle of the cane can be changed during walking.

Effect of device

The conventional cane has a risk of slipping and falling on a snowy road or a frozen road, but the non-slip cane of the present invention has a large square rubber base with many rectangular protrusions on the lower end, like a snow tire. The wand pivots back and forth with the fulcrum shaft pin provided on the adjuster at the wand attachment portion, so that the walker can walk easily.
If you release your hand again, the cane will return to the vertical position and will not stand on its own, so it does not need to stand against a wall, etc.
As described above, the large square rubber base has a large number of small square spike spikes that eliminate the risk of the cane slipping, and the fulcrum shaft pin makes the cane swing forward and backward for easy walking. Stands vertically and does not fall down.

A large square non-slip rubber projection base attached to the lower end of a cane having a telescopic double cylinder structure has a large number of square small projection spikes, Fig. 4-10 on the back side to be grounded. Compared to the ground contact surface of the cane, Fig. 4-top, and the ground contact surface of the non-slip cane, Fig. 4-bottom, the strong braking force due to the non-slip cane being about 10 times larger To prevent the stick from slipping.
In addition, a groove slit is formed on the upper surface of the projection base, and a cylindrical adjuster in which the lower end of the cane is fitted in the center, as shown in FIG. 5-14. The groove slit is formed by a plurality of grooves parallel to the left and right lateral directions. 5-12, which is provided with a cylindrical adjuster for attaching the cane to the center of the base surface, while suppressing the movement of the cane in the lateral direction of the cane and making it easy to swing back and forth. -14, the lower end of the cane is fitted, and the fulcrum shaft pin that penetrates the adjuster and the cane is connected horizontally and horizontally, so that swinging back and forth is possible with a slight force, Cane walking is easy, and when the cane is released, it returns to the vertical and becomes independent.

Side view showing the side of a cane that does not slide Front view showing the front of a non-slip cane Perspective view showing the entire cane that does not slide A bottom view comparing the ground contact surface of a normal cane with the contact surface of a non-slip cane Plan view showing grooves and adjusters on the surface of the square rubber protrusion base

1, cane grip 2, cane outer cylinder 3, cane inner cylinder 4, height adjustment guide hole 5, height fixing stopper 6, rectangular rubber projection base 7, fulcrum shaft pin 8, convexity of ground contact surface of ordinary cane Part 9, concave portion 10 on the ground contact surface of a normal cane, square rubber protrusion, square small protrusion spike 11 on the ground surface, square rubber protrusion, concave portion 12 on the ground surface, rectangular rubber protrusion base, groove slit on the surface,
13. Rectangular rubber protrusion base, surface

Claims (2)

A non-slip cane, which consists of a telescopic cane and a square rubber protrusion base, has a large square rubber protrusion base attached to the lower end of the cane, and a large number of square A square that features a strong braking force due to the provision of protrusion spikes, and a stronger grounding area that is approximately 10 times wider than the bottom rubber of a normal cane, thereby maintaining a stronger braking force. Non-slip wand with rubber protrusion spike The upper surface of the rectangular rubber protrusion base is provided with a number of groove-like slits parallel to the left and right and the lateral direction to prevent the cane from sideways to the left and right and facilitate swinging back and forth. The lower end of the cane is fitted to the cylindrical adjuster fixed to the center of the rubber base, and the angle of the cane is moved back and forth with a slight force by a fulcrum shaft pin that penetrates the lower end of the cane and the adjuster horizontally horizontally. The non-slip cane according to claim 1, comprising a swing swing function for changing the position.

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