Disk wheels for movable load bearing

Abstract

A [disk wheel for movable load bearing] is a disc-shaped wheel that has a circular structure, is about shaped as a disc on the side surface, can be rotated and can provide carrying movement, however,a difference is that a traditional wheel generates a wheel surface to roll close to the ground with a largest wheel diameter edge, but the [disk wheel for movable load bearing] utilizes a disc-shapedlargest circular diameter as a transverse axis, one of two sides of the transverse axis of the disk wheel forms the wheel surface, the transverse axis is designed to be an inclined angle, and so, a part of the wheel surface of the [disk wheel for movable load bearing] is attached to an action surface to generate traction, so that bearing tools, traffic tools, transportation tools, and various types of mobile platforms carrying on the disk wheel generate the displacement, which is the main purpose of the [disk wheel for movable load bearing] of the invention; in addition, the [disk wheel for movable load bearing] can utilize a change of a three-dimensional angle of the transverse axis to generate the change of displacement direction, which is another purpose of the invention; and further, the [disk wheel for movable load bearing] can directly cooperate with a transmission shaft, a transmission mechanism, a motor, an engine, a motor, a brake mechanism platform, other devices, and the like, and becomes a mobile device of various self-propelled assemblies, which is purpose of the invention.

Description

technical field [0001] It refers to the invention of carrying mobile platforms, especially mobile vehicles, mobile facilities, mobile personnel, mobile vehicles for individuals and families, personnel transport vehicles, cargo transport vehicles, public transportation vehicles, engineering transportation vehicles, mobile buildings and large mobile facilities Wait for the invention of a wheel that mobile platforms need. Background technique [0002] In view of the fact that the wheels of traditional mobile tools still maintain their rolling mode after thousands of years of development, and have not changed with the evolution of the technological age. The wheels of modern mobile tools have remained unchanged after the high development of human civilization. In particular, the wheels of modern automatic vehicles still maintain their rolling mode after many years of development. With the trend of the times, the rolling wheels should make a big arc change, but limited by the phys...

AI Technical Summary

Problems solved by technology

[0004] 1. Since the larger the diameter of the wheel, the larger the surface area and the greater the rolling stability, the more stable the wheel has been used for a long time, the larger the diameter or the wider the wheel surface. location and size;

[0005] 2. For mobile carrying tools with safety requirements, such as sports wheel shoes, scooters and electric two-wheel balance vehicles, due to the larger diameter wheels, the movement of mobile carrying tools needs to increase the vertical height from the ground , which is likely to have an unsafe effect on the high center of gravity from the ground and increase the difficulty of operation;

[0006] 3. In terms of structure, the wheels of traditional mobile carrying tools are all on the axis because of the force, and the area of ​​the axis is limited, so it is easy to wear and reduce the life of the wheel;

[0007] 4. After thousands of years of development, the traditional wheel can no longer allow people to imagine and create more useful value and create a diversified product group;

[0012] 1-3. Parking also creates difficulty in advancing and retreating and loss of parking space

[0013] 1-4. Vehicles are not flexible when cornering and prone to accidents

[0014] 1-5. Easy to turn over due to emergency avoidance

[0015] 1-6. It is easy to lose control when cornering at high speed

[0016] 1-7. Due to the physical limitations of traditional wheels, modern high-end technology and new energy applications are limited;

[0017] 2. Regarding the problems of public transportation buses: In addition to the same problem as the arrogant car, its huge traditional wheels occupy a large space in the car, which leads to the inability to arrange the seating position and equipment more effectively. The problem of high thresholds for getting on and off the bus also caused public tour buses to turn and turn and easily topple over, causing casualties and making it difficult to drive safely

[0018] 3. In terms of freight transportation problems: the traditional wheels allow the goods to be stacked at high places due to the height problem, which can easily cause the problem of the center of gravity of the freight transport vehicle and the inconvenience of loading and unloading goods. Of course, this is different from the above mentioned Same problem just less and more prone to negligence

[0019] 4. Especially for traditional wheels, because of the direction of the vehicle, as long as you accidentally enter the front of the moving wheel, you must be involved under the wheel at this time. Especially large vehicles with open wheels are more likely to cause casualties. This is a long-term phenomenon. has been inevitable

[0020] 5. For many traditional wheels, there are many problems of limited application of new technology, new energy, intelligence and other new technologies, such as the heat dissipation technology of the motor in the wheel housing and the engine in the wheel housing, whether new energy electric vehicles can be popularized , artificial intelligence, the implementation of unmanned driving, and the application of other technologies to transportation tools, etc.

[0021] 6. In terms of rail cars, for the rapid development of high-speed railways, the steel wheels with too high traditional rails are not conducive to the entry and exit of personnel, and are also not conducive to the physical structure of the wheels when they are running at high speed. In addition, because the high speed limits the height of the carriages, it is difficult to use high-speed railways Ultra-high-carrying double-decker carriages for more effective loading and other issues

[0022] 7. In terms of other transportation, a large part of the space for vehicles using traditional wheels is wasted to match the wheel diameter and track of traditional wheels. In terms of steering, traditional wheels are more limited by the mechanical structure of the steering mechanism , unable to meet the needs with a full range of corners, and the heavy steering of the front and rear of the vehicle wheels greatly limits the flexibility of the vehicle

[0024] For large-scale mobile platforms, it is also subject to the physical limitations of traditional wheels, which makes it difficult for traditional wheels to be applied to large-scale facilities, such as houses, migration or steering of super-large objects

[0025] For the wheel problem of the above-mentioned traditional mobile carrier, the inventor of this case is constantly conceiving and seeking for a pair and various small wheels, such as "sports, toys, games, baby carriages, suitcases, tables and chairs cabinets, carrying objects, people's small people, etc." Changes in "mobile equipment, mobile tools" and so on; and various larger wheels, such as "personal and family mobile vehicles, cargo transportation, public transportation, emergency relief mobile tools, public works transportation, special mobile facilities and large Breakthroughs such as "mobile platform" and innovative use of wheels, such as "applied to self-propelled movement of houses and other large-scale facilities that could not use wheels in the past", and are committed to the transformation of transportation and transportation tools. Given that modern technology has moved towards automatic Driving, new energy, artificial intelligence, quantum technology and big data, etc., but the vehicles represented by technology are still moving using the roller wheel that is a thousand-year-old method! The traditional wheel can no longer allow people to imagine and create more valuable and create more diverse product groups, so how to conceive a new invention that meets the needs of higher efficiency and safety, and can cooperate with modern technology to complete a new movement trajectory , is exactly the idea that the inventor wants to break through for a long time! Therefore, "Movement" is especially used as the theme of creation. After the inventor has accumulated 30 years of creative experience and continued to conceive and design, he finally invented the invention of "Mobile Carrying Disc Wheel (hereinafter referred to as: the present invention)". , and therefore specifically filed a patent application with a view to global development

Images