Multifunctional shock absorption walking stick

Abstract

The invention discloses a multifunctional shock absorption walking stick. The multifunctional shock absorption walking stick comprises a cushioning and illuminating mechanism, a buffering mechanism, a hand portion supporting and height adjusting mechanism and a foot portion supporting mechanism. The multifunctional shock absorption walking stick is characterized in that the cushioning and illuminating mechanism is composed of a white LED lamp, a red LED lamp, a cushion, a white LED lamp power switch, a red LED lamp power switch, a battery and a piece of cushion sponge, a battery is arranged in the body of the cushion, and the buffering mechanism is composed of an upper shock absorption fixing base, a lower shock absorption fixing base, a shock absorber, a screw special for the buffering mechanism, a shock absorber upper fixing screw and a shock absorber lower fixing screw. The hand portion supporting and height adjusting mechanism is composed of a walking stick handle, a micro-speaker, a speaker battery, a speaker button, a screw special for the hand portion supporting mechanism and a disc-shaped nut. The foot portion supporting mechanism is composed of a columnar foot portion support, an anti-skid base mat and a screw special for the foot portion supporting mechanism. The multifunctional shock absorption walking stick has the advantages that safety and convenience of the walking stick are effectively improved, and the device is easy to use.

Description

technical field [0001] The invention relates to a crutch, in particular to a multifunctional shock-absorbing crutch. Background technique [0002] Most of the traditional crutches currently on the market use wood or iron as the main body, which cannot take into account comfort, safety and convenience. Not only will it affect the shoulder bones, but it is also not easy to carry, which often causes troubles for users. The traditional crutches on the market have the following statements: 1. Traditional underarm crutches: Generally, the crutches currently in use only provide support for the user, and the length of the crutches should be selected according to the height of the user. If you choose a crutch that is too high, it will rub The armpit causes damage to the brachial plexus, resulting in soreness or numbness in the arm. If you choose a crutch that is too short, it will easily cause the crutch to slip and fall, and the crutch is too large and cannot be adjusted in ...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the traditional crutches used in the market are made of wood or iron, which cannot take into account comfort, safety and convenience. Not only will it affect the shoulder bones, but it is also not easy to carry, which often causes troubles for users.

The traditional crutches on the market have the following statements: 1. Traditional underarm crutches: Generally, the crutches currently in use only provide support for the user, and the length of the crutches should be selected according to the height of the user. If you choose a crutch that is too high, it will rub The armpit causes damage to the brachial plexus, resulting in soreness or numbness in the arm. If you choose a crutch that is too short, it will easily cause the crutch to slip and fall, and the crutch is too large and cannot be adjusted in length, causing trouble for the user when carrying or placing the crutch

2. Four-legged crutches: The original traditional crutches are changed to support the crutches in a four-point way to increase stability, but the four-legged crutches can only walk on flat floors and are not suitable for steps. The four-legged crutches are made of one-piece molding , can’t be folded and can’t adjust the height. In addition, the grip part of the four-legged crutch has no shock-absorbing effect, which causes the user’s wrist to be prone to pain and injury after use.

3. Material of crutches: Generally, crutches are made of wood or stainless steel. Not only are the materials heavy and the strength is not high, they are prone to failure due to external force impact or the user's overweight, causing inconvenience to the user.

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