A wheelchair handbike generally has three wheels in structure, which are transmitted by a manual device to the driving wheels to make it move. recumbent bicycle with a battery is an important tool for rehabilitation. It is not only a means of transportation for the physically disabled, but more importantly, it enables them to use the recumbent bicycle with a battery to exercise and participate in social activities.
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Ordinary wheelchairs are moved forward by the user rotating the side circle or with the assistance of others, while in the recumbent bicycle with a battery, the user can move forward by turning the crank or the swing lever, which is more portable and flexible. Because of its large wheel diameter, the recumbent bicycle with a battery can adapt to a variety of roads. It is mainly used as a long-distance transportation tool outdoors and can load and plant goods appropriately. It has the characteristics of faster driving speed and labor-saving. The user's upper limbs drive the hand-cranked tricycle in the following ways: vertical rocking, pan rocking, and push-pull. Transmission devices include chain transmission, gear transmission, and connecting rod transmission. Generally, a hand-cranked tricycle has a manual brake device and a ramp brake device. In addition, it can also have gear shifting and reversing devices.
According to different structures, recumbent bicycles with a battery can be divided into hand-cranked tricycles and hand-cranked wheelchairs. Hand-cranked tricycles are mainly divided into two categories: front-wheel-drive and rear-wheel-drive. The front-wheel-drive hand-cranked tricycle has a simple structure and can be driven and steered with both hands or with one hand. However, this kind of hand-cranked tricycle has poor operational stability, and its climbing ability is worse than that of the rear-wheel-drive hand-cranked tricycle. The rear-wheel-drive hand-cranked tricycle is easier to operate, has less waist movement, and has better climbing performance. But the transmission structure is more complicated.
Recumbent bicycles with batteries generally have three wheels in structure, which are transmitted by a manual device to the driving wheels to make them move. The recumbent bicycle with battery is suitable for lower limb amputees, hemiplegic patients, and the elderly. A recumbent bicycle with a battery is added with a recumbent bicycle with a battery handle on the basis of an ordinary wheelchair. The appearance of this kind of hand-cranked wheelchair is similar to that of an ordinary wheelchair, the body is smaller than a tricycle, and it is relatively lighter to use.
It is the responsibility of each manufacturer to produce recumbent bicycles with batteries that meet the standards to ensure the safe travel of people with disabilities. Wisking healthcare Corporation conducted a large number of connection tests on recumbent bicycles with a battery before leaving the factory, and the quality assurance rate was guaranteed. If you are in the recumbent bicycle with battery business, you can consider using our cost-effective products.
Electric vehicles, namely electric vehicles, are also known as electric vehicles. electric vehicles are divided into AC electric vehicles and DC electric vehicles. Generally speaking, an electric vehicle is a vehicle in which a battery is used as an energy source, and electrical energy is converted into mechanical energy movement through a controller, a motor, and other components, so as to control the current and change the speed of the vehicle. The share of electric vehicles in the national economy is not very high. However, it conforms to the national trend of energy conservation and environmental protection and greatly facilitates short-distance transportation. The most important thing is that it plays an important role in the national economy by saving and protecting energy and the environment.
Here is the content list:
l How to buy an electric vehicle?
l How to maintain an electric vehicle?
l What should be paid attention to when using electric vehicles?
First of all, pay attention to the appearance of electric vehicles. The craftsmanship and level of the paint directly affect the first impression of this car. The paint materials include primer, topcoat, and varnish, and the quality of the paint can be judged according to the effect of the paint. Good baking paint has a transparent and bright surface, and the color is deep and natural. There should be no uneven color, chromatic aberration, and large areas of pitting or bumps. The applique process is smooth and the paint is evenly covered. Secondly, pay attention to the structure of electric vehicles. The basic units of electric vehicles are the frame, plastic parts, shock absorption, battery, controller, and motor. The quality of the frame is particularly critical. Many users don't care about the quality of the frame because it is difficult to observe this part. However, the quality of the frame directly determines the safety performance of the entire vehicle. In the final test run, drive at high speed and then make an emergency brake to see if the frame shakes from side to side. If the shake is severe, it means that the quality of the frame is not good enough and there is a potential safety hazard. Attention should be paid to the shock absorption effect of electric vehicles. Shock absorption is a key component that affects comfort. It is divided into front shock absorption and rear shock absorption. The choice of battery is also very important. A good battery can greatly reduce the later use and maintenance costs of consumers. Batteries are divided into lead-acid and lithium-ion batteries. The prices of batteries of different brands vary greatly, while for lithium batteries, the difference between different types is even greater, and the price difference between the second type of battery and the first type of battery is very different.
First, adjust the height of the saddle and handlebar of the electric bicycle to the safest and most comfortable position, especially the height of the saddle. It is best to have both feet on the ground at the same time when you need to stop during riding. Test whether the braking device is effective and reliable, and test whether the power supply is cut off and the motor has stopped working after braking. Check the battery level: When the power is turned on, it is important to watch the battery level on the monitor, especially when it is used after a long period of storage. In addition, it is necessary to check whether electric horns, lights, and other relevant driving safety components are effective. Check the electric vehicles’ rotating parts: whether the front and rear wheels, pedals, cranks, sprockets, chains, and flywheels are running normally, and whether there are foreign objects rubbing against them. Check whether the tire pressure is appropriate. When riding uphill, on the bridge, or against strong winds, both electricity and manpower should be used at the same time to reduce the load on batteries and motors. Riding method when starting: Generally, electric bicycles have a zero-start function, that is, when the electric bicycle is stationary, open the switch and turn the speed control knob to start the car. But the starting current at this time is two to three times that of normal driving, which has a great impact on the motor and battery, especially the battery. Therefore, in order to extend the mileage of a charge and the service life of the battery, the pedal should be started when starting, and the circuit should be connected after the pedal has a certain speed for three or four laps. This is especially true in heavy traffic and traffic lights. Lots of lots are especially important. Frequent zero starts will definitely shorten the life of the battery.
The screws and nuts that are fastened in the electric vehicle should be tightened, and should not be loose or fall off. All-electric vehicle rotating parts should operate flexibly, and there should be no jams or staleness. For example, the front and rear wheels should rotate flexibly, and they should not swing left and right and jump up and down. The wheels should be able to swing back and forth briskly when they are about to stop, and they should not stop turning suddenly. The handlebars should be flexibly turned left and right, the pedal shaft and the crank should be fastened, not loose between each other, and the turning should be flexible. The gear shift of the transmission car is correct within the gear shift range, the gear shift position should be clear, and there must be no neutral gear in the middle. The chain should be tight and flexible and run flexibly. The crank sprocket is shaken repeatedly by hand in forward and reverse directions, the chain runs flexibly, and there is no chain jumping or falling off. Hold the front and rear parts of the saddle with both hands, and press the front end of the saddle with one hand, so that the front end of the saddle must not collapse. Turn the saddle horizontally with both hands, and the saddle should not rotate.
Do you know where to buy qualified electric vehicles? Shanghai Wisking Electric Machine Co., Ltd. conducts a large number of connection tests on electric vehicles before leaving the factory to ensure the quality assurance rate. If you are in the electric vehicle business, you can consider using our cost-effective products.
Electric wheelchair compared to the advantages of the battery car: easy operation, universal remote control, forward and backward left, and right turn, one hand can operate, and let go that stop. The electric wheelchair as the elderly or disabled people travel is a very good means of transportation. Due to the characteristics of the users, for safety reasons, the speed of most electric wheelchairs is slower than that of electric cars. So let's talk about electric wheelchairs in detail.
Here is the content list:
● What is the control system design of the electric wheelchair？
● How to buy an electric wheelchair fewer detours？
● Did you know the world's lightest wheelchair？
The research and development of electric wheelchairs can provide effective help for people who are not good at walking, and at the same time, they can also rely on their hearts and regain their confidence in life. This design is different from the previous wheelchair design structure. On the basis of the original ordinary wheelchair, it adds an intelligent control system, which makes the mechanical structure of the wheelchair more scientific. In addition, in order to maintain its beautiful, lightweight structural characteristics, the design of the new control system cancels the application of conventional unpowered tires and sets up a solvent-free DC motor controller, and additional control keyboard, battery, and other display equipment, its power source is the lead-acid battery, a driving device for DC motor. In the setting of the above structural parts, so that wheelchair can achieve precise electronic control function.
The products we provide include Mobility Scooter, etc.
There are three classifications of the electric wheelchair, is to ensure that meet the needs of various users, specific the following criteria: the first category: indoor type electric wheelchair, speed control in 4.5 km/h, general this kind of small volume, low power of the motor, also determine the range of this kind of not too far, users are mainly in indoor independently some every day. The second type: outdoor electric wheelchair, the speed is required to control at 6km/h, this kind of general volume is relatively large, the body structure is stronger than the first type, the battery capacity is also larger, the range is longer. Third category: road type electric wheelchair speed is faster, the maximum speed should not exceed 15km/h, the motor often uses high power, the tire is also thick and enlarged, generally this kind of car is equipped with outdoor lighting and steering indicator lights, to ensure the safety of road driving.
To improve the lives of people with disabilities, Kuschall designed and developed the Kuschall Superstar wheelchair. Known as the world's lightest lightweight wheelchair due to its aeronautical materials, the company is also working with Formula One racing car manufacturers to ensure final drivability. Made of graphene, the wheelchair revolutionizes its performance compared to modern wheelchairs on the market. It's 30 percent lighter than a carbon wheelchair, but 20 percent stronger. This lightweight wheelchair provides enhanced performance and flexibility for correct posture thanks to the integrated seat cushions that also help optimize your propulsion performance. The custom backrest has the possibility of toolless adjustment, which helps to improve your comfort, and the adaptable seat position can be adjusted according to your activities. The Kuschall Superstar wheelchair frame weighs less than 1.5kg and is much more efficient. Elective wheelchair responds quickly to every action, and with road damping, users can slide anywhere effortlessly.
Wisking healthcare Corporation has developed a wide range of optional wheelchairs and has undergone extensive testing before delivery to ensure quality. These portable wheelchairs are not only lightweight but also very durable. If you are in the elective wheelchair business, you can consider our high-cost performance products.
An active wheelchair is a special means of transportation for people with mobility disabilities. In order to meet their diverse needs for daily travel and life, the design and production of wheelchairs have begun to pursue more and more lightweight, humanized, and intelligent. People who use wheelchairs have a high frequency of using wheelchairs in daily life, so it is necessary to ensure that the wheelchairs are strong and durable. Of course, in the daily handling and stacked, the wheelchair should also be easy to operate, so the design of the active wheelchair also needs to take into account the lightweight.
Here is the content list:
● What's the difference between an active wheelchair and a carbon fiber wheelchair？
● What should be paid attention to when using the wheelchair？
● Do you know the application of smart wheelchairs？
The active wheelchair has been replaced by aluminum alloy in the quest for lightness, and now carbon fiber composites are occupying the C position because of their lightweight properties. At present, most wheelchairs on the market are manual wheelchairs, which are mainly driven by human power. The lighter the weight of the wheelchairs, the easier it is to operate, which can reduce the burden on their shoulders and wrists. Carbon fiber wheelchair parts used in the electric wheelchair can reduce the weight by about 30%, can increase the battery life. Carbon fiber wheelchair accessories include large and small wheels, handwheel rim, seat, brake, backrest, cushion, footpads and leg pads, armrests and arm pads, etc. The carbon fiber wheelchair, backrest, footpads and leg pads, armrests, and armrests produced by Bosch Carbon fiber can effectively reduce the overall weight of the wheelchair, easy to operate.
1. Active wheelchair driving is appropriate on flat ground. When the front side encounters obstacles, make a detour to avoid driving, so as to prevent the danger of wheelchair tipping.
2. You should often check the wheelchair, regularly add lubricating oil, keep good standby is mainly careful, regular physical examination of the wheelchair, hurried carelessness.
3. When the active wheelchair is driven on sloping ground, it should be driven by the user in good physical condition and the slope of the ground is less than 10 degrees. When the incline Angle is greater than 10 degrees, it must be driven by others either uphill or downhill.
4. Pay attention to safety, enter or go out or encounter obstacles, do not use the active wheelchair to hit the door or obstacles (especially the elderly most have osteoporosis vulnerable to injury).
5. When the active wheelchair is driven by the user, please keep the uniform speed, and the driving speed should be kept within 3-5km/h.
With the development of society and the progress of human cultural level, people, especially the disabled, increasingly need to use modern high-tech to improve their quality of life and life freedom. Every year thousands of people lose one or more of their abilities (such as walking, motor skills, etc.) as a result of traffic accidents, natural and man-made disasters, and diseases. Therefore, the research on the robot active wheelchair used to assist the disabled to walk has gradually become a hot spot, such as Spain, Italy, and other countries, the Institute of Automation Research of the Chinese Academy of Sciences has also successfully developed a robot wheelchair with visual and password navigation function and can stop voice interaction with people. The robot active wheelchair mainly has the functions of password recognition and speech synthesis, robot self-positioning, dynamic random obstacle avoidance, multi-sensor information integration, real-time self-compliant navigation control, and so on. The key technology of a robot active wheelchair is safe navigation. The fundamental method is to rely on ultrasonic and infrared ranging. Some also use password control. These active wheelchairs bring a lot of convenience to people's lives.
Wisking healthcare Corporation has developed a variety of active wheelchairs and conducted a large number of tests before delivery to ensure quality. These active wheelchairs are not only lightweight but also very durable. If you are in the active wheelchair business, you may want to consider our high cost-effective products.