Innovative Design of Integration of Fitness Equipment and Energy Storage Power Generation Research Date:2017-07-05 09:15
With the rapid development of economy, people's living standards are gradually improving and quality of life is gradually improving. Health problems are increasingly concerned by everyone. People begin to actively participate in fitness activities, go to the gym to exercise or participate in outdoor sports or buy fitness at home. Equipment, these behaviors are of great significance to the promotion of national sports fitness activities, and the design of fitness equipment has become a key link. The national fitness program was developed earlier in some developed countries. The research on fitness equipment has formed a multi-level, multi-level, and all-directional market system. It can learn from foreign advanced experience and combine with China's national conditions. The demand for sports and fitness has become more and more intense. It has become an indispensable part of life. The rational arrangement of fitness equipment in the community has become a trend and a trend. It not only provides opportunities for local residents to exercise nearby, but also for people. Life has increased the fun of dating friends. It is of great practical significance to bring people's lives and fitness together. In today's energy shortage situation, low-noise, low-power environmentally friendly green products will be more and more loved and respected. On the other hand, people consume a lot of energy while they are exercising, and they can completely convert this energy into usable electric energy to create an energy-saving, environmental-friendly, harmonious and healthy life. It is also a new contribution to the theme of “low-carbon lifeâ€. The use of fitness equipment to generate electricity is a green, healthy energy-saving device that can be used both for fitness and for energy recovery. The benefits are obvious. 2 Basic classification of fitness equipment There are nearly 100 types of fitness equipment sold on the market, but they can be roughly classified into 3 types: General bodybuilding equipment: There are 10 comprehensive training devices, and 16 home fitness machines. It is a comprehensive training device that allows multiple people to perform cyclical or selective contact on one device at the same time. Such fitness equipment is large in size, full-featured and expensive, and is suitable for fitness centers, rehabilitation centers and institutions or school gyms. Localized fitness equipment: There are exercise bikes, rowing machines, stair machines, treadmills, calf curlers, weight hammers, and lifting exercises. Most of them are special training devices. They are small in structure, most of them can be folded, and some are also interesting. Its function is relatively single, mainly focusing on the exercise of local muscle groups. Some are equipped with electronic display devices such as time, speed, and heart rate so that exercisers can control the amount of exercise themselves. Small-scale fitness equipment: There are dumbbells, kettle bells, curved barbells, spring pullers, fitness plates, elastic bars, grippers, etc., which are known to people. Although the size is small, the exercise value is not low. Taking an adjustable dumbbell as an example, it is not only suitable for people of different ages, genders, and systems, but also can exercise the muscles of all parts of the body. It is also an essential instrument for body-building enthusiasts. Such as spring puller, light and compact, low-cost, easy to store, easy to carry, the same can achieve the purpose of bodybuilding. Small exercise machines like fitness balls are best for middle-aged and older people. 3 Research status of the integration of sports fitness and energy storage and power generation The fitness and power generation device has the following main results. Power generation lighting bicycles have been widely used since the 1970s and 1980s. The mechanism is that a small generator is installed next to the front or rear wheel frame of the bicycle. The generator rotor and the wheels are in friction. When the bicycle walks, it drives the power generation. The machine generates electricity and lights the bulb in front of the bicycle. There is a generator that can convert mechanical energy from body movement, muscle stretching or blood flow into electrical energy. It can power medical devices, sensors and portable electronic devices that currently require an external battery. This is called the body's self-function generator, also called "nanometer generator." There are also new types of fibers that generate electricity during exercise; human power generators; human-powered wrist-powered balls; human body motion-generating energy storage “power packs†human body batteries; use of cardiac motion generators for pacemakers; hand-operated multi-function flashlights and other achievements. 4 Design of fitness equipment and power generation equipment Analysis of the exercise characteristics of fitness equipment, the use of fitness equipment to generate electricity lighting and charging facilities. The use of body-building power generation equipment in the community is a rational use of resources. The idea of ​​building an ecologically-charged street lamp is very simple. Every fitness equipment is transformed into a device that can generate electricity. People in the above movement can drive power generation. The equipment generates electricity, which in turn provides street lighting. The excess electricity should also be stored, providing some of the energy for other electricity facilities. This kind of design also takes into account the charging device. Nowadays, many people choose a light and convenient electric vehicle for their travel. As a new type of transport, there is a huge environmental value. However, it also has a certain drawback is how to charge it. Some residents in the community live in relatively high floors. It is impossible to promote electric vehicles to charge at home. This has become a headache for people. To help people solve this problem, we can design a power generation fitness equipment while allowing it to have both There is a role of charging, so that it can solve the problem of people living in high-rise buildings for charging electric vehicles. While on the move, people can generate electricity on the one hand and can also recharge while solving the two major problems of energy and pollution. For example, after researching and designing a combination of exercise fitness and energy storage as one of the fitness equipment, this equipment is characterized in that in the process of exercise and fitness, people consume a lot of energy in the body to transform into the mechanical energy of fitness equipment, and then convert mechanical energy into Electricity used in life. People's movements are irregular, leading to instability in the rotation of the instrument. The fitness crowd has differences in gender, age, and physical strength, leading to unstable currents generated by the movement of the device. To solve this problem, the energy storage device can be used to solve the problem, and the mechanical energy generated can be buffered, and the large enough output can be stored and transmitted through the power transmission line. Electric energy. Due to the changing moments in the flow of community fitness people, the power that is sent out also changes at any moment. When the power generation is greater than the demand of the power equipment, the excess power charges the battery. When the power generation is less than the demand of the power equipment, the insufficient power is provided by the battery. Fitness power generation equipment is an energy regeneration fitness equipment, it is the development and improvement of the current fitness equipment performance, has broad prospects. A study was conducted on the design and the results were analyzed as follows: A coil spring with high quality, increased elastic modulus, fatigue resistance, resistance to bending, and strong breaking resistance should be used, the volume of the energy storage device should be reduced as much as possible, and the accumulated energy should be increased. Between sports fitness and power generation devices to reduce frictional resistance, improve energy transfer efficiency. The design of fitness equipment should pay attention to the scientificization of sports and fitness, and must comply with the principles of sports biomechanics to improve the practical application of the feasibility; storage and power transmission device should be consistent with mechanical and electromechanical principles. Through the design and research of the project, the application of bio-energy in the human body is further excavated so that while human beings get health, the bio-energy released during their own sports and fitness will be rationally applied through scientific and technological innovation to create greater economic benefits and society. benefit. 4.1 System factors to be considered Designing a system integrating energy storage and power generation is mainly considered from the following aspects: The movement of fitness equipment can be mainly divided into two types: circular motion and circular arc motion. Therefore, the power generation system designed is suitable for both types of sports. Rotational instability. There are differences in gender, age, and physical strength among fitness people, which can cause the instrument's movement speed to be unstable. This problem can be solved with appropriate buffer devices. Have enough output. If the rotational speed of the instrument is used directly to generate electricity, it is not enough, and it is necessary to increase the rotational speed with a certain gear transmission. Hair and electricity should be balanced. The use of sports equipment is uncertain, so the amount of electricity generated may be large or small. Therefore, energy storage devices must be added to the system. 4.2 Appearance factors 4.2.1 Product modeling using new process technology makes its form more abundant, and based on the realization of its basic functions, it can use the external form to make the user have a kind of intimacy, and then make people feel relaxed. For example, compared with organic shapes and angular geometric shapes, organic shapes make people more accessible. 4.2.2 Color of the product The color of the product has a profound influence on the people's perception and emotional state when viewing and using the product. Different colors can give consumers different feelings and express different emotions. Color also implies the use of consumer products and precautions. 4.2.3 Material of the product The comprehensive use of different materials can enrich people's visual and tactile experience. However, because the fitness equipment is used outdoors, the materials must take into account the characteristics of the region and the climate. The material must be waterproof, moisture-proof and corrosion-resistant. The surface must be specially treated and should be smooth, flat, and uniform in color. There should be no defects such as paint, peeling, and rust. Glass fiber-reinforced plastic should not be used for direct contact with the human body and for producing moving friction parts. 6 Conclusions Green design is an effective means for the sustainable development of humans and science and technology. In each decision-making of design, we must fully consider the environmental benefits and minimize the damage to the environment. The design idea of ​​the integrated device for sports fitness and power generation is a preliminary exploratory study combining the principles of mechanical and electrical product development in daily fitness exercises and practices. It converts the calories burned in the body into mechanical energy as the source of power generation, and designs scientific and reasonable Automatic speed control device and protection circuit to ensure the economical, stable operation and power safety of energy release. The purpose of the research is to design more and more valuable fitness equipment so that people can fully utilize their own bio-energy and transform it into electricity or other available energy to achieve more economic benefits. And social benefits, and actively respond to the "two sessions" call for a "low-carbon economy."
With the rapid development of economy, people's living standards are gradually improving and quality of life is gradually improving. Health problems are increasingly concerned by everyone. People begin to actively participate in fitness activities, go to the gym to exercise or participate in outdoor sports or buy fitness at home. Equipment, these behaviors are of great significance to the promotion of national sports fitness activities, and the design of fitness equipment has become a key link. The national fitness program was developed earlier in some developed countries. The research on fitness equipment has formed a multi-level, multi-level, and all-directional market system. It can learn from foreign advanced experience and combine with China's national conditions. The demand for sports and fitness has become more and more intense. It has become an indispensable part of life. The rational arrangement of fitness equipment in the community has become a trend and a trend. It not only provides opportunities for local residents to exercise nearby, but also for people. Life has increased the fun of dating friends. It is of great practical significance to bring people's lives and fitness together. In today's energy shortage situation, low-noise, low-power environmentally friendly green products will be more and more loved and respected. On the other hand, people consume a lot of energy while they are exercising, and they can completely convert this energy into usable electric energy to create an energy-saving, environmental-friendly, harmonious and healthy life. It is also a new contribution to the theme of “low-carbon lifeâ€. The use of fitness equipment to generate electricity is a green, healthy energy-saving device that can be used both for fitness and for energy recovery. The benefits are obvious. 2 Basic classification of fitness equipment There are nearly 100 types of fitness equipment sold on the market, but they can be roughly classified into 3 types: General bodybuilding equipment: There are 10 comprehensive training devices, and 16 home fitness machines. It is a comprehensive training device that allows multiple people to perform cyclical or selective contact on one device at the same time. Such fitness equipment is large in size, full-featured and expensive, and is suitable for fitness centers, rehabilitation centers and institutions or school gyms. Localized fitness equipment: There are exercise bikes, rowing machines, stair machines, treadmills, calf curlers, weight hammers, and lifting exercises. Most of them are special training devices. They are small in structure, most of them can be folded, and some are also interesting. Its function is relatively single, mainly focusing on the exercise of local muscle groups. Some are equipped with electronic display devices such as time, speed, and heart rate so that exercisers can control the amount of exercise themselves. Small-scale fitness equipment: There are dumbbells, kettle bells, curved barbells, spring pullers, fitness plates, elastic bars, grippers, etc., which are known to people. Although the size is small, the exercise value is not low. Taking an adjustable dumbbell as an example, it is not only suitable for people of different ages, genders, and systems, but also can exercise the muscles of all parts of the body. It is also an essential instrument for body-building enthusiasts. Such as spring puller, light and compact, low-cost, easy to store, easy to carry, the same can achieve the purpose of bodybuilding. Small exercise machines like fitness balls are best for middle-aged and older people. 3 Research status of the integration of sports fitness and energy storage and power generation The fitness and power generation device has the following main results. Power generation lighting bicycles have been widely used since the 1970s and 1980s. The mechanism is that a small generator is installed next to the front or rear wheel frame of the bicycle. The generator rotor and the wheels are in friction. When the bicycle walks, it drives the power generation. The machine generates electricity and lights the bulb in front of the bicycle. There is a generator that can convert mechanical energy from body movement, muscle stretching or blood flow into electrical energy. It can power medical devices, sensors and portable electronic devices that currently require an external battery. This is called the body's self-function generator, also called "nanometer generator." There are also new types of fibers that generate electricity during exercise; human power generators; human-powered wrist-powered balls; human body motion-generating energy storage “power packs†human body batteries; use of cardiac motion generators for pacemakers; hand-operated multi-function flashlights and other achievements. 4 Design of fitness equipment and power generation equipment Analysis of the exercise characteristics of fitness equipment, the use of fitness equipment to generate electricity lighting and charging facilities. The use of body-building power generation equipment in the community is a rational use of resources. The idea of ​​building an ecologically-charged street lamp is very simple. Every fitness equipment is transformed into a device that can generate electricity. People in the above movement can drive power generation. The equipment generates electricity, which in turn provides street lighting. The excess electricity should also be stored, providing some of the energy for other electricity facilities. This kind of design also takes into account the charging device. Nowadays, many people choose a light and convenient electric vehicle for their travel. As a new type of transport, there is a huge environmental value. However, it also has a certain drawback is how to charge it. Some residents in the community live in relatively high floors. It is impossible to promote electric vehicles to charge at home. This has become a headache for people. To help people solve this problem, we can design a power generation fitness equipment while allowing it to have both There is a role of charging, so that it can solve the problem of people living in high-rise buildings for charging electric vehicles. While on the move, people can generate electricity on the one hand and can also recharge while solving the two major problems of energy and pollution. For example, after researching and designing a combination of exercise fitness and energy storage as one of the fitness equipment, this equipment is characterized in that in the process of exercise and fitness, people consume a lot of energy in the body to transform into the mechanical energy of fitness equipment, and then convert mechanical energy into Electricity used in life. People's movements are irregular, leading to instability in the rotation of the instrument. The fitness crowd has differences in gender, age, and physical strength, leading to unstable currents generated by the movement of the device. To solve this problem, the energy storage device can be used to solve the problem, and the mechanical energy generated can be buffered, and the large enough output can be stored and transmitted through the power transmission line. Electric energy. Due to the changing moments in the flow of community fitness people, the power that is sent out also changes at any moment. When the power generation is greater than the demand of the power equipment, the excess power charges the battery. When the power generation is less than the demand of the power equipment, the insufficient power is provided by the battery. Fitness power generation equipment is an energy regeneration fitness equipment, it is the development and improvement of the current fitness equipment performance, has broad prospects. A study was conducted on the design and the results were analyzed as follows: A coil spring with high quality, increased elastic modulus, fatigue resistance, resistance to bending, and strong breaking resistance should be used, the volume of the energy storage device should be reduced as much as possible, and the accumulated energy should be increased. Between sports fitness and power generation devices to reduce frictional resistance, improve energy transfer efficiency. The design of fitness equipment should pay attention to the scientificization of sports and fitness, and must comply with the principles of sports biomechanics to improve the practical application of the feasibility; storage and power transmission device should be consistent with mechanical and electromechanical principles. Through the design and research of the project, the application of bio-energy in the human body is further excavated so that while human beings get health, the bio-energy released during their own sports and fitness will be rationally applied through scientific and technological innovation to create greater economic benefits and society. benefit. 4.1 System factors to be considered Designing a system integrating energy storage and power generation is mainly considered from the following aspects: The movement of fitness equipment can be mainly divided into two types: circular motion and circular arc motion. Therefore, the power generation system designed is suitable for both types of sports. Rotational instability. There are differences in gender, age, and physical strength among fitness people, which can cause the instrument's movement speed to be unstable. This problem can be solved with appropriate buffer devices. Have enough output. If the rotational speed of the instrument is used directly to generate electricity, it is not enough, and it is necessary to increase the rotational speed with a certain gear transmission. Hair and electricity should be balanced. The use of sports equipment is uncertain, so the amount of electricity generated may be large or small. Therefore, energy storage devices must be added to the system. 4.2 Appearance factors 4.2.1 Product modeling using new process technology makes its form more abundant, and based on the realization of its basic functions, it can use the external form to make the user have a kind of intimacy, and then make people feel relaxed. For example, compared with organic shapes and angular geometric shapes, organic shapes make people more accessible. 4.2.2 Color of the product The color of the product has a profound influence on the people's perception and emotional state when viewing and using the product. Different colors can give consumers different feelings and express different emotions. Color also implies the use of consumer products and precautions. 4.2.3 Material of the product The comprehensive use of different materials can enrich people's visual and tactile experience. However, because the fitness equipment is used outdoors, the materials must take into account the characteristics of the region and the climate. The material must be waterproof, moisture-proof and corrosion-resistant. The surface must be specially treated and should be smooth, flat, and uniform in color. There should be no defects such as paint, peeling, and rust. Glass fiber-reinforced plastic should not be used for direct contact with the human body and for producing moving friction parts. 6 Conclusions Green design is an effective means for the sustainable development of humans and science and technology. In each decision-making of design, we must fully consider the environmental benefits and minimize the damage to the environment. The design idea of ​​the integrated device for sports fitness and power generation is a preliminary exploratory study combining the principles of mechanical and electrical product development in daily fitness exercises and practices. It converts the calories burned in the body into mechanical energy as the source of power generation, and designs scientific and reasonable Automatic speed control device and protection circuit to ensure the economical, stable operation and power safety of energy release. The purpose of the research is to design more and more valuable fitness equipment so that people can fully utilize their own bio-energy and transform it into electricity or other available energy to achieve more economic benefits. And social benefits, and actively respond to the "two sessions" call for a "low-carbon economy."
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