JP2008172990A - Power-generating electric motor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an electric motor of which consuming power is a half that of original motor that consumes electricity with the same drive force, or otherwise an electric motor that can generate electricity to be consumed by itself, which unfortunately are not commercially available, under the circumstances in which electric motors are attached and used everywhere, ranging from household appliances to facility and equipment for all the industrial fields merely as rotational driving forces, while although efforts are expended only to driven equipment from today's energy-saving awareness, the most important electric motors are consuming energy in the conventional manner as ever, and that there are needs to restrict the equipment use by users, as much as possible, and to develop biofuels, fuel cells, and the like. <P>SOLUTION: A driving rotating coil pole of electric motor rotates by applying electricity, as a matter of course, but all that is necessary is to attach independent coil pole power generating device or devices on a drive shaft of motor, separate from the motor to be driven. Although this is not an extreme argument, it is possible to generate more power than that consumed by a motor with the application of electricity, and the awareness of power generation by energy other than electric power should be changed, even if power generation incurs facility costs. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  This is an energy-saving generator-motor that integrates a device-driven motor and a generator in all fields ranging from household appliances to equipment driven by all industrial equipment and from all households to all companies.

  In recent years, power generation devices in which energy saving and clean energy problems are greatly highlighted along with environmental issues, still require considerable years for practical use, such as solar power generation and wind power generation, or fuel cells. There is only a power generation device.

  Conventionally, in all industries including household materials and various equipment, liquid pressurization and transfer, gas compression equipment, etc. are indispensable for daily life and production business. Is installed, and the energy loss of this motor is considered a natural measure.

  In addition, in the case of large-scale factories, industrial water is used for large-scale pressurized transfer by large pumps instead of water supply, but in addition to this, compressed air etc. is dissipated by consuming compressed power as factory production equipment. In addition, various pressurized gases are consumed daily.

  At the same time, power equipment that moves things is always equipped with a conductive motor, and most of them are not only serving as driving parts, but there are limits to energy-saving design. The manufacturers themselves are not aware of the power savings.

  JP 2002-332947 A   JP2003-061397

  Solar power generation depends on the weather, wind power generation has regional problems, and both are clean, but the power generation cost per 1 Kw is very expensive, and in some cases the equipment is not depreciable. In the case of wind power generation, blade damage or tower column collapse due to strong wind etc. is actually in reality, and if it breaks down, it costs very expensive repair costs, and these have major drawbacks that can not be depreciated by investment efficiency However, it goes without saying that even if solar power generation and wind power generation are installed together, the irresolvable drawbacks are not solved.

  Since this solar power generation and wind power generation are natural energy power generation that is influenced by the climate against nature, there is only artificial power generation to supplement this drawback.

  However, all of the conventional artificial power generation that is not affected by the natural world, including dam hydraulic power generation, including thermal steam pressure turbine power generation, internal combustion engine power generation, and recently solidified fuel incineration steam pressure turbine power generation, etc. There is bioenergy power generation with future potential, but all of them require enormous capital investment from the viewpoint of peripheral facilities, and it is impossible to recover the investment in private houses and companies due to the power generation cost.

  However, there are a lot of power generation methods using artificial energy that compensate for the shortcomings of these energy-based power generations in the natural world, such as liquid, gas, and various types of rotating driving equipment among existing and new facilities. Existing energy is not used.

  If nationwide, no, all over the world, the power consumption energy of all drive motors of household appliances to all industrial equipment is effectively used, it leads to power saving energy that cannot be calculated.

Means to solve the problem

  Artificial power generation, from a different perspective, is a moving medium on the earth that is equipped with human living space and corporate production processes, or the minimum necessary power generation devices, that is, aircraft, trains, ships, automobiles. Until then, the existing power source has been inundated.

  In ordinary households, even if it is equipped with a common-sense solar power generation system with assistance, unfortunately there is a large disparity in the annual effect days that benefit from sunlight. In the world, there is no disparity at all. First of all, the morning and evening washbasins, breakfast, lunch, and dinner cooking water use, the number of flush toilet use per day, washing, bathing, these are all daily activities regardless of the weather. It is the same as in the world, and the water irrigation is frequently rotating at the tap water source at the source of the tap water in the midsummer sunshine. By the time it reaches the sewage treatment plant, it is pumped up in several storage tanks, and these motive energy is also a big thing.

  At the same time, in general homes, vacuum cleaners, washing machines, refrigerators, sometimes independent dryers, microwave ovens, dishwashers, air conditioners, electric fans, etc., all of which are equipped with electric motors If a generator that supports the above is connected, it will lead to significant energy savings.

  If this becomes an industrial enterprise facility, water supply and industrial water are an absolute necessity in all industries, the amount of water consumption is large, and there are enormous power motor facilities for power motors. An electric motor is not an era when it is used only as a power source for existing equipment.

  The present invention is such existing equipment or new equipment in the future, in compressed air, hydraulic equipment, inert high pressure gas installed for purposes other than power generation, or transportation such as trains, automobiles, ships, airplanes, etc. We considered the most efficient power generation using the onboard drive motor and the energy that was unconsciously wasted.

The invention's effect

  The present invention can be used to save energy in all facilities worldwide, from general households to industries in all fields, and electrical devices in modern society make effective use of a mass of energy sources that are indispensable for the human living environment. If the electricity is reduced to less expensive electricity, the more electricity is used, the more electricity is generated, the clean electricity can be generated without the need for biofuels and expensive equipment, and global warming prevention can be implemented by all citizens. It is in the system.

  The important thing is that the installation cost of KW / h unit in the known solar power generation or wind power generation is enormous, but by using the energy of the existing equipment, the initial investment cost can be saved to the limit. Also led to.

  The present invention is not a purchase of environmental conservation purpose equipment, but a purchase of home appliances indispensable for daily life, and a purchase of equipment indispensable for production in industrial equipment. Has a great merit that it can automatically contribute to environmental conservation even if it is conscious or unconscious for environmental conservation, and it has a cost structure that is not affected by the price structure as a part of equipment loading. It is performance.

  It is common sense that the motor (2) attached to the existing equipment or new equipment and the newly designed equipment is mounted with the specifications set to maintain the maximum necessary torque. When there is a change in torque reduction over time, to avoid excessive energy loss, it is automatically detected by the control panel, etc., to reduce the number of electricity applied poles and maintain appropriate power torque. In order to make effective use of surplus torque, the rotor to be rotated other than the application of electricity and the stator pole of the control exhibit the function of rotating drive power generation without application of electricity, and also the power generation function.

  In order to reduce the number of electricity applied poles and achieve proper power torque, the required rotor torque is insufficient in the drive rotation process in which the rotated rotor other than electricity applied and the stator pole of the control were performing the driven drive power generation function without applying power. When the situation occurs, electricity is applied to the necessary number of rotation drive pole parts without applying electricity to increase the rotational torque.

  In addition, at the stage of the equipment plan specification, the number of independent poles used for power in the plurality of independent rotors and stators of the motor (2) is fixed to fix the maximum torque, and the number of driven rotation poles separately. It is also possible to have the function of fixing the generator and demonstrating the generator function.

BEST MODE FOR CARRYING OUT THE INVENTION

  In the present invention, there are various rotary power devices (1), but they are most widely used among household appliances, industrial equipment, trains, trains, bicycles, automobiles, ships, airplanes, and any other terrestrial devices. The purpose is to use the electric motor (2) with the most effective energy saving.

  If "Claim 1" and "Claim 2" are described with reference to "FIG. 1," "FIG. 2," "FIG. 3," and "FIG. 4," the drive shaft (3 A plurality of independent rotor cores (4), (5), and (6) that are fixed to and rotate on the independent stator cores are in contact with the independent stator cores (8), (9), and (10) in a stacked manner.

  Each independent rotor iron core (4) (5) (6) and each independent stator iron core (8) (9) (10) are, of course, mounted on the magnetic coil (12) by magnetic field generation, or Permanent magnets are installed as much as possible, and an electromagnetic pole is formed by applying electricity.

  The independent rotor cores (4), (5) and (6) and the independent stator cores (8), (9) and (10) are independent for each step layer in the motor (2). When all stages of electrical application are applied to the magnetic field coil (12), a strong driving force is obtained. Conversely, when it is possible to reduce the driving force required for the device to be driven, the magnetic field coil for each step layer accordingly. If the number of electricity application stages in (12) is reduced and controlled, the power consumption is also reduced, and the power generation action is brought about by the driven magnetic coil (12) to which no electricity is applied, and the electric motor (2) generates power while being driven by power. This is an epoch-making electric motor (2) that eliminates unnecessary surplus power consumption and also generates electricity.

  In addition, when the electric motor (2) is overloaded in connection with the driven equipment and the current is increasing while the electric power is being driven by the driven magnetic coil (12) to which no electricity is applied, The application of electricity to the magnetic field coil (12) is switched to increase the number of drive poles of the electric motor (2), thereby eliminating the overload.

  The required torque change during the operation of the electric motor (2) equipped with these devices is large in industrial equipment. For example, in the case of a garbage fermentation treatment machine loaded with an organic base material, the amount and quality of the input garbage per day, and The moisture content is not constant, it is a light load agitation in the dry state, the viscosity increases due to overhumidity when it is suddenly added in large quantities, and it changes from massive to clay soil in the process of moisture transpiration, and the maximum torque at this stage The mounting of the electric motor (2) corresponding to the above has a large power consumption and cannot be mounted at all times, but the mounting of the electric motor (2) of the present invention provides a power generation merit that exceeds energy saving.

  At the same time, in the case of the electric motor (2) for driving an electric vehicle, the difference between the driving force at the start and the electric motor load during travel, the speed load during travel, and the uphill and downhill roads Changes in the load of the motor can be controlled automatically by the electric motor (2) itself or by the control panel by changing the current value, etc., and always driven by the crank rotation of the internal combustion engine of a conventional automobile generator Naturally, it is different from what generates electricity.

  The basic configuration of the electric motor (2) of the above-mentioned "claim 1" is that the independent rotor cores (4), (5), (6) and the independent stator iron core ( 8) Since (9) and (10) are arranged in each step layer on the circumference, it is very effective when there is a height margin but the installation area in the length direction is limited, Since any one of the independent rotor cores (4), (5), and (6) is remote from the drive shaft (3), there is a merit that the drive force is large if the magnetic field magnetic force is the same.

  Next, “Claim 3” will be described according to “FIG. 5”, “FIG. 6”, “FIG. 7”, and “FIG. 8”, and the installation area or the installation volume of the electric motor (2) is limited. And independent rotor cores (4) (5) (6) (7) and independent stator cores (8) (9) (10) (11) when there is room in the length direction The rotor cores (4), (5), (6), and (7) are arranged sequentially in the length direction of the drive shaft (3), and the functionality does not change at all.

  However, when the independent rotor cores (4), (5), (6), and (7) are long on the drive shaft (3), the independent rotor cores (4), (5), (6), and (7) are rotated at high speed. In addition, the drive shaft (3) is vibrated by centrifugal force and can cause rotational vibration. Therefore, the intermediate bearing (12) is appropriately attached.

The internal structure of the motor is the same as that of the electromagnetic coil for rotating the drive shaft, but a separate magnetic field rotor and stator are mounted in layers, and the driving force is increased by applying electricity to both. It is sectional drawing of the electric motor which produces | generates a rotor and stator of an independent magnetic field with a non-power-applied driven magnetic field. It is an axial sectional view of an electric motor. It is sectional drawing of the electric motor with many rotors and stators of an independent stepped mounting magnetic field. It is an axial sectional view of an electric motor with many rotors and stators having independent stepped mounting magnetic fields. The internal structure of the electric motor does not change the basics such as the electromagnetic coil for driving shaft rotation, but a separate magnetic field rotor and stator are mounted in the driving shaft direction, and the driving force increases by applying electricity to both, It is sectional drawing of the electric motor which produces | generates a rotor and stator of a separate independent magnetic field by a non-power-applied driven magnetic field. It is an axial sectional view of an electric motor. It is sectional drawing of an electric motor with many mounting | wearing number of rotors and stators of independent axial mounting magnetic fields. FIG. 3 is an axial sectional view of an electric motor having a large number of independent axial mounting magnetic field rotors and stators.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rotation power equipment 2 Electric motor 3 Drive shaft 4 Independent rotor iron core 5 Independent rotor iron core 6 Independent rotor iron core 7 Independent rotor iron core 8 Independent stator iron core 9 Independent stator iron core 10 Independent stator iron core 11 Independent stator iron core 12 Magnetic coil 13 Intermediate bearing

Claims (3)

In the case of a single or a plurality of electric motors (2) that are rotating power devices (1) that rotate in conjunction with the drive shaft (3), the number of them, for example, the number of independent rotor cores (4 ) (5) (6) and a plurality of independent stator iron cores (8), (9), and (10) to be compared with each other, a plurality of multiple laminations are formed in a laminated shape from the rotation center drive shaft (3) toward the outer circumference of the circle. Constitute.
Each independent rotor iron core (4) (5) (6) and independent stator iron core (8) (9) (10) is fitted with a magnetic coil (12) or permanent magnet to the extent possible. The independent rotor cores (4), (5), (6) and the independent stator cores (8), (9), (10) constitute both poles contrasting both the inner and outer surfaces, and the rotor can rotate with a constant gap. Mounted in a state.
Since the independent rotor iron cores (4), (5) and (6) and the independent stator cores (8), (9) and (10) are separated and independent, electricity is applied to each magnetic field coil (12) of each pole. In addition, by controlling the non-application with a control panel, etc., it has the ability function to demonstrate the maximum and minimum driving force changes on the structure of the electric motor (2) as needed. A power generation function by the non-applied driven magnetic coil (12) is also generated, and the supply destination can be energized or transmitted for power storage.
Or, from the beginning, the motor (2) is rotated by applying limited fixed electricity among the plurality of independent rotor cores (4) (5) (6) and independent stator cores (8) (9) (10). As long as it is driven, it can be configured to generate electricity by being driven by the non-applied pole, and it has multiple independent pole layers that achieve the ultimate energy saving as a power source for equipment from the smallest type of home appliances to the ultra-large size of industrial equipment. I have a drive motor / generator.   The deficiency and surplus of the power drive torque is automatically sensed and controlled automatically by the built-in circuit in the drive (2) itself. When the drivability is insufficient, all rotors and stators are switched to the electric function by applying electricity, and the torque surplus The drive motor / generator according to claim 1, wherein at the stage, the motor is switched to maintaining the required torque electric function, and the other surplus pole is switched to non-electricity application to perform a power generation function.   A plurality of independent rotor iron cores (4), (5), (6) and (7) rotating in conjunction with the drive shaft (3) of the electric motor (2) which is the rotary power device (1) are connected to the drive shaft (3). A plurality of independent stator iron cores (8), (9), (10), and (11) that are fixed and independently mounted in the horizontal direction are also mounted toward the extended horizontal direction of the drive shaft. The drive motor / generator according to 2.

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