Man-machine interaction type intelligent protective equipment

Abstract

The invention relates to the technical field of riding braking, and discloses man-machine interaction type intelligent protective equipment which comprises a frame, a rotating shaft and a faucet; the frame is movably connected with the rotating shaft, steel chisels are evenly and fixedly mounted on the rotating shaft, and hubs are fixedly connected to the top ends of the steel chisels. Through the arrangement of the steel chisels, magnets and a brake device, during riding, the steel chisels are driven to cut in a magnetic field formed by the magnets to form current, and the current is transmitted to an electromagnetic coil, so that two opposite brake pads generate suction force and gradually approach a brake disc, and the distance between a brake column and the brake disc is shortened; meanwhile, hydraulic oil in a liquid storage tank is sucked into a fixed tank through a one-way valve to abut against the brake pads and prevent the brake pads from returning; and when the vehicle speed reaches a certain value and braking is carried out, a rear brake is pinched with the hand, hydraulic oil in a first liquid supply device is rapidly pressed into the fixed tank, the pressing stroke is reduced, braking is rapid, the reaction rate is increased, and the pressing force is increased.

Description

technical field [0001] The invention relates to the technical field of riding brakes, in particular to a human-computer interactive intelligent protective equipment. Background technique [0002] Human-computer interaction, human-computer interaction (English: Human–Computer Interaction or Human–Machine Interaction, referred to as HCI or HMI), is a study of the interactive relationship between the system and the user. The system can be a variety of machines, It can also be a riding device. [0003] With the popularization and strengthening of environmental protection awareness, in order to make a contribution to low-carbon environmental protection, more and more people use bicycles for travel. At the same time, as smart products are more and more used in daily life, in order to Ensure the safety of riding, increase the intelligence of bicycles, realize human-computer interaction, and facilitate the understanding of vehicle conditions during riding, so that they can respond ...

AI Technical Summary

Problems solved by technology

[0004] First, in the process of riding, the accidents that are prone to occur are generally in an emergency situation, involuntarily performing sudden braking, but in the case of a fast speed, the sudden braking of the front brake will cause the front wheel to stop rapidly , while the rear wheel is still sliding, applying thrust, and under the action of inertia, the bicycle is overturned, causing the rider to fall down, so it is necessary to perform emergency braking on the rear wheel, but the current braking system requires all the brake handles Press to achieve emergency braking, resulting in untimely response and low braking efficiency. At the same time, if the front wheel is braked suddenly on wet and slippery ground, it is also easy to cause the car to slide sideways and cause a fall

[0005] Second, at present, some bicycles use butterfly brakes, but because the contact surface of the brake disc is too small, the braking effect is not good. Sensitive, and the brake disc is in the outside world, resulting in adhesion to mud and dust, increasing the wear between the brake pad and the brake disc

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