CN1117117A - Apparatus for generating inertia kinetic energy - Google Patents
Apparatus for generating inertia kinetic energy Download PDFInfo
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- CN1117117A CN1117117A CN 94114951 CN94114951A CN1117117A CN 1117117 A CN1117117 A CN 1117117A CN 94114951 CN94114951 CN 94114951 CN 94114951 A CN94114951 A CN 94114951A CN 1117117 A CN1117117 A CN 1117117A
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- inertia
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Abstract
In the apparatus, electric driver rotates the inertia kinetic-energy generator, and the inertia impulse duplicates the rotation driving force. The inertia impulse is converted to electrical energy by mechanical-electrical energy convertor in storage, which rotates the generator for further production of inertia impulse. Several vaned inertia kinetic-energy generators are connected seriesly on one identical shaft, and after the first generator is driven by electric motor, its vanes blow air to drive the vanes of the second generator, and so on. The stage-by-stage increased inertia impulse makes the last power generator produce strong electrical power.
Description
The present invention relates to the apparatus for generating inertia kinetic energy in a kind of mechanical engineering field, it is to utilize the electric energy driver (motor) in the apparatus for generating inertia kinetic energy of the present invention to drive inertia kinetic energy producer running of the present invention earlier, so that the inertia impulsive force that mat inertia kinetic energy producer the time is produced because of rotation, the rotating power that the electric energy driver is produced is the multiple increase, to obtain required energy.The main force that utilizes this energy can be used as to drive car, boats and ships, aircraft to advance.
Existing automobile and the locomotive that uses gasoline, the total amount of heat that its gasoline is produced when burning can't be used to promote wheel all the time fully.About 20% of the total amount of heat that is produced when in fact, the energy that really is used to promote wheel only accounts for gasoline combustion.Among the total amount of heat that is produced when gasoline combustion, wherein have an appointment 35% energy loss in cooling water and machine oil, about 35% energy loss is in useless oxygen, and about 10% energy loss is in mechanical frictions such as engine.That is to say that nearly 80% energy can't apply to promote on the wheel because of unavoidable loss, and 20% the energy of only having an appointment really is used to promote wheel.This waste of 80% is considerable, can be described as very surprising, but but can't improve.
In addition, automobile or locomotive in moderating process, energy then via heat that braking action produced and dissipation among atmosphere, can't be used fully.The impulse force that the while car body is produced in advancing is considerable, and the regular price gasoline engine all can't utilize this homenergic, and real is unfortunate.Thereby gasoline engine not only utilization ratio is extremely low, only account for 20%, and in traveling process, can't reclaim this considerable energy again.
Moreover, because gasoline engine when work done, can't will discharge many air-polluting waste gas with avoiding, also to send the noise of disturbing the people simultaneously.Therefore, two big harm of gasoline engine are noise and atmospheric pollution, more become the irresistible demon of city resident.In addition, when weather is bad, be easy to produce problems such as starting difficulty.
In recent years, though there is the people to attempt changing the electric motor car that cooperates motor to rotate into storage battery, is subject to problems such as storage battery load-carrying walking mileage is too short and can't makes its practicability, commercialization always with driving wheel.
Because above-mentioned problem, the objective of the invention is to, overcome the shortcoming of prior art, and in order fully to solve the energy problem of the above-mentioned traffic tool, and provide a kind of apparatus for generating inertia kinetic energy, making it utilize the electric energy driver in the apparatus for generating inertia kinetic energy of the present invention earlier is motor driving inertia kinetic energy producer running of the present invention, the inertia impulsive force that is produced during the rotation of mat inertia kinetic energy producer, the rotating power that the electric energy driver is produced is the multiple increase, to obtain required energy, utilize this energy to can be used as the driving car, boats and ships, the main force that aircraft advances; And to make it utilize the energy converting between mechanical device simultaneously be that generator reclaims aforementioned inertia impulsive force in good time, and converting electric energy to, to store in the electric energy reservoir be in the storage battery, continue to supply with the aforementioned electric energy driver required electric power that remains in operation, make the inertia kinetic energy producer continue rotation and continuation generation inertia impulsive force, can thoroughly solve energy problem, and the atmospheric pollution of gasoline engine generation and the problem of noise.
The objective of the invention is to realize by following technological scheme.
A kind of apparatus for generating inertia kinetic energy is characterized in that it comprises:
A, inertia kinetic energy producer, this inertia kinetic energy producer comprises rotating disk and many inertia kinetic energies reclaim weight, every inertia kinetic energy reclaims weight and all has a fulcrum and a resistance points portion, this fulcrum is to forming the drag distance between this resistance points portion, the outer end that this inertia kinetic energy reclaims weight has heavy hammer part, so that form application of force distance between the centroidal distance fulcrum of inertia kinetic energy recovery weight, because application of force distance is much larger than the drag distance, make in resistance points portion and form times power effect, when the inertia kinetic energy producer rotated, this times power can produce very big inertia kinetic energy;
B, electric energy driver, this electric energy driver is to convert electric energy to mechanical energy, and drives above-mentioned inertia kinetic energy producer and rotatablely move;
C, energy converting between mechanical device are to be connected with above-mentioned electric energy driver, and this electric energy driver converts mechanical energy to electric energy;
D, electric energy reservoir, this electric energy reservoir is stored the electric energy that above-mentioned energy converting between mechanical device is produced;
Composition by above-mentioned member, utilize the electric energy driver drives inertia kinetic energy producer running in the apparatus for generating inertia kinetic energy of the present invention earlier, the inertia impulsive force that is produced during the rotation of mat inertia kinetic energy producer, the rotating power that the electric energy driver is produced is the multiple increase, to obtain required energy, the main force that utilizes this energy can be used as to drive car, boats and ships, aircraft to advance; Utilize the energy converting between mechanical device to reclaim aforementioned inertia impulsive force simultaneously in good time, and convert electric energy to and store in storage battery, continue to supply with the aforementioned electric energy driver required electric power that remains in operation, make the inertia kinetic energy producer continue rotation and continue to produce inertia impulsive force.
Purpose of the present invention also can further be realized by following technical measures.
Aforesaid inertia function generation device, wherein said electric energy driver are that direct current generator is or/and AC motor.
Aforesaid inertia function generation device, wherein said energy converting between mechanical device is a generator.
Aforesaid inertia function generation device, wherein said electric energy reservoir is a storage battery.
Aforesaid inertia function generation device, the outer rim of wherein said inertia kinetic energy producer further is provided with flabellum, and one group be serially connected with in the same axial flow passage by many groups of inertia kinetic energy producer one windings that are provided with flabellum, and be provided with the front end installing electric energy driver of the inertia kinetic energy producer of flabellum at these, and be provided with the end installing energy converting between mechanical device of the inertia kinetic energy producer of flabellum at these, to utilize this electric energy driver drives first inertia kinetic energy producer to produce inertia kinetic energy, and utilize inertia kinetic energy to drive the flabellum blow air, and then respectively organize the rotation of inertia kinetic energy producer below driving step by step, so that one group of ground of a winding drives and respectively organizes the rotation of inertia kinetic energy producer, increase the inertia impulsive force one-level is connect one-level ground, utilize the energy converting between mechanical device that is contained in the last group inertia kinetic energy producer again, the powerful inertia impulse force that the last group inertia kinetic energy producer is accumulated is transformed into powerful electric power.
The present invention compared with prior art has tangible advantage and good effect.By described embodiment after above technological scheme and the appearance as can be known, apparatus for generating inertia kinetic energy provided by the present invention is that to utilize electric energy driver in the apparatus for generating inertia kinetic energy of the present invention earlier be motor driving inertia kinetic energy producer running of the present invention, so that the inertia impulsive force that mat inertia kinetic energy producer the time is produced because of rotation, the rotating power that the electric energy driver is produced is the multiple increase, to obtain required energy, the main force that utilizes this energy can be used as to drive car, boats and ships, aircraft to advance; And to utilize the energy converting between mechanical device simultaneously be that generator reclaims aforesaid inertia impulsive force in good time, and converting electric energy to, to store in the electric energy reservoir be (as when being used in permanent or successional running in the storage battery, can be without storage battery, and directly connect usefulness from generator, so that whole table apparatus is lighter), continue to supply with the aforementioned electric energy driver required electric power that remains in operation, make the inertia kinetic energy producer continue rotation and continuation generation inertia impulsive force, can be so that thoroughly solve energy problem and the atmospheric pollution of gasoline engine generation and the problem of noise.
In addition, apparatus for generating inertia kinetic energy provided by the present invention also can be applied to industrial circle, can offer industrial circle and be engaged in the required energy of every production, thoroughly solves the problem of the energy.
Moreover, the present invention also can add flabellum in the outer rim of inertia kinetic energy producer, simultaneously these many groups inertia kinetic energy producer one windings that flabellum is housed one group are serially connected on the same axle, utilize first group of inertia kinetic energy producer of motor driving to rotate earlier, utilize the flabellum blow air of this first group of inertia kinetic energy producer again, to drive the flabellum rotation of second group of inertia kinetic energy producer, make second group and the 3rd group of later inertia kinetic energy producer rotation, one group of ground rotation of a winding like this, utilize one group of ground of flabellum one winding blow air of respectively organizing the inertia kinetic energy producer, the inertia impulsive force one-level can be connect one-level ground increases, make the generator that is contained in the last group inertia kinetic energy producer, the last can be organized the powerful inertia impulse force that the inertia kinetic energy producer accumulated and be transformed into powerful electric power, this is provided with the electric power of generation, can use for each unit, it is required fully to satisfy the various occasions of supply, can thoroughly solve energy problem.
In sum, the present invention really can reach its intended purposes and effect, and substantial practicability arranged, no matter it structurally or all have on the function significantly and to improve and creative, the present invention initiative occurred really belonging to for like product again, is in fact one to have the new design of novelty, creativeness and practicability.
Concrete structure of the present invention is provided in detail by following examples and accompanying drawing thereof.
Fig. 1 is the partial sectional view of side of the present invention.
Fig. 2 is along the sectional view of hatching A-A among Fig. 1.
Floor map when Fig. 3 is applied to four wheels of automobile for the present invention.
Side schematic view when Fig. 4 is applied to four wheels of automobile for the present invention.
The side view of embodiment when Fig. 5 is applied to locomotive for the present invention.
The side view of another embodiment when Fig. 6 is applied to locomotive for the present invention.
Fig. 7 is applied to the longitudinal sectional drawing of generator for the present invention.
Fig. 8 is along the sectional view of hatching B-B among Fig. 7.
The longitudinal sectional drawing of simple type embodiment when Fig. 9 is applied to generate electricity for the present invention.
Below in conjunction with accompanying drawing and preferred embodiment, concrete structure, feature and the effect of the apparatus for generating inertia kinetic energy that foundation the present invention is proposed, describe in detail as after.
See also Fig. 1, shown in Figure 2, apparatus for generating inertia kinetic energy 10 of the present invention comprises: electric energy driver 11 (for motor or actuating motor), energy converting between mechanical device 12 (for generator) and inertia kinetic energy producer 13.Wherein, electric energy driver 11 comprises a motor 11a and direct current generator DC generator 11b that holds concurrently in this example.12 of aforementioned energy converting between mechanical devices include: alternator 12a and the direct current generator DC generator 11b that holds concurrently.
Motor 11a is with the coaxial rotation of alternator 12a.Rotating shaft 14 installings one gear 15 of motor 11a.Inertia kinetic energy producer 13 comprises: rotating disk 16 and a plurality of inertia kinetic energies that are located on the rotating disk 16 reclaim weight 26.Rotating disk 16 mat bearings 18 are installed on the main shaft 19, and this rotating disk 16 is provided with gear 20, and are meshed with another gear 15.Therefore, motor 11a can drive 13 rotations of inertia kinetic energy producer.The direct current generator gear 22 of installing in the rotating shaft 21 of DC generator 11b of holding concurrently, this gear 22 then is meshed with the gear 20 of rotating disk 16.Therefore, the direct current generator DC generator 11b that holds concurrently also can drive 13 rotations of inertia kinetic energy producers by rotating shaft 21, gear 22 and gear 20.
Rotating shaft 21 outer rims are provided with a shifting slide gear 24, when direct current generator is held concurrently DC generator 11b rotation, just during the power supply opening of car load, shifting slide gear 24 will be because of the effect that is subjected to electromagnet 23 moves from right to left and is meshed with gear 25 along rotating shaft 21; And hold concurrently DC generator 11b when stopping operating when aforementioned direct current generator, just during the power-off of car load, shifting slide gear 24 will be because of the effect that is subjected to aforementioned electric magnet 23 moves from left to right and is separated with gear 25 along the spiral of rotating shaft 21 outer rims (the figure end illustrates) and electromagnet 23.
Inertia kinetic energy producer 13 comprises rotating disk 16 and reclaims weight 26 with many inertia kinetic energies.The both sides that this inertia kinetic energy reclaims the root 28 of weight 26 all respectively have a bump 27.This each bump 27 all respectively has a fulcrum 27a and the 27b of resistance points portion, forms resisting moment between the 27b of 27a to resistance points portion of this fulcrum.The outer end that inertia kinetic energy reclaims weight 26 is provided with heavy hammer part 29, so that the center of gravity that whole inertia kinetic energy reclaims weight 26 is far away more from fulcrum 27a, inertia kinetic energy is reclaimed between the centroidal distance fulcrum 27a of weight 26 form application of force distance.Because the application of force apart from much larger than the drag distance, according to lever principle, therefore can form very high times power effect at the 27b of resistance points portion.Therefore, when inertia kinetic energy producer 13 rotates, utilize this very high times power effect can produce very big inertia kinetic energy, and when the rotating speed of inertia kinetic energy producer 13 is big more, aforementioned times of power effect is just big more, therefore only needs electric energy seldom that car body is advanced.
See also Fig. 3, shown in Figure 4, plane and side schematic view when being applied to four wheels of automobile for the present invention, each group apparatus for generating inertia kinetic energy 10 is installed on the wheel rim inboard of each wheel 33,34 respectively.
See also shown in Figure 5, the embodiment when being applied to locomotive for the present invention, apparatus for generating inertia kinetic energy 10 is installed between front wheel 34 and the rear wheel 35.See also shown in Figure 6, another embodiment when then being applied to locomotive for the present invention, apparatus for generating inertia kinetic energy 10 is directly installed in the wheel rim of rear wheel 35.
During operation, can be divided into several stages.When making zero, hold concurrently DC generator 11b and alternator 12a of motor 11a no electric circuit, direct current generator all has the function that reclaims with brake, promptly has the preparation of reclaiming with brake.In the time of first grade, the effect that shifting slide gear 24 is subjected to electromagnet 23 is moved to the left and is meshed with gear 25 along the outer rim of rotating shaft 21.Electromagnet 23, the motor 11a rotation of switch on simultaneously, the rotating disk 16 by its main shaft 14, gear 15, gear 20 driving inertia kinetic energy producers 13 rotates.16 of this rotating disks drive all inertia kinetic energy recovery weights 26 and rotate together, each inertia kinetic energy reclaims weight 26 and then produces many times moment of inertia by its fulcrum 27a and the 27b of resistance points portion at the 27b of resistance points portion of itself separately because of the inertial force that rotation produces, this moment of inertia of many times then makes main shaft 19 rotations by gear 20, gear 22, shifting slide gear 24 and gear 25, rotate with driving wheel, vehicle body is advanced.Aforementioned many times moment of inertia also drives each spinning of DC generator 11b (this moment do generator use) of holding concurrently of alternator 12a and direct current generator respectively, so that be transformed into electric energy and be stored in the electric energy reservoir 28.Simultaneously, alternator 12a produces high recovered energy to motor 11a, just has stronger brake function, motor 11a is unlikely when starting dashes too soon.
When entering second grade, alternator 12a then produces low recovered energy to motor 11a, makes motor 11a be produced bigger thrust, makes car be easy to quicken to advance.
When entering third gear, though alternator 12a still rotates with aforementioned motor 11a, but because the load of electrical generation of alternator 12a is cut off, therefore alternator 12a does not do the effect of any recovery, so that motor 11a is produced than second grade of bigger thrust, make that car is quicker to advance.
When entering fourth speed, the direct current generator DC generator 11b that holds concurrently makes motor 11a and uses and do not make generator and use, and alternator 12a also do not reclaim, and is therefore produced the thrust bigger than third gear, and car is advanced with prestissimo.
In addition, see also Fig. 7 and shown in Figure 8, outer rim at inertia kinetic energy producer 13 adds flabellum 32, simultaneously these inertia kinetic energy producer 13 1 windings that flabellum 32 is housed one group are serially connected on the same axle 30, and be installed in the axial flow passage 31, utilizing motor 11a to drive first group of inertia kinetic energy producer 13 earlier rotates, utilize flabellum 32 blow air of this first group of inertia kinetic energy producer 13 again, with flabellum 32 rotations that drive second group of inertia kinetic energy producer 13, one group of ground rotation of a winding like this, can connect one-level ground to the inertia impulsive force one-level increases.Therefore, be contained in the alternator 12a of the last group inertia kinetic energy producer 13, just can organize the powerful inertia impulse force that inertia kinetic energy producer 13 accumulated to the last and be transformed into powerful electric power, for uses such as each unit such as family, factory, places of business, with the problem of the thorough solution energy.
See also shown in Figure 9, the longitudinal sectional drawing of simple type embodiment when being applied to generator for the present invention, it is to utilize direct current or AC motor 11a to drive rotating disk 16 and 13 rotations of inertia kinetic energy producer by gear 15,20, inertia kinetic energy producer 13 then drives direct current or alternator 12a rotation by gear 20,22 again, so that just become the inertia kinetic energy commentaries on classics electric energy to use for the place of less power consumptions such as family or general shop.Oscillating action when turning round in order to subdue it adds several rubber pad 36 or spring washers in the bottom of base.
Claims (5)
1, a kind of apparatus for generating inertia kinetic energy is characterized in that it comprises:
A, inertia kinetic energy producer, this inertia kinetic energy producer comprises rotating disk and many inertia kinetic energies reclaim weight, every inertia kinetic energy reclaims weight and all has a fulcrum and a resistance points portion, this fulcrum is to forming the drag distance between this resistance points portion, the outer end that this inertia kinetic energy reclaims weight has heavy hammer part, so that form application of force distance between the centroidal distance fulcrum of inertia kinetic energy recovery weight, because application of force distance is much larger than the drag distance, make in resistance points portion and form times power effect, when the inertia kinetic energy producer rotated, this times power can produce very big inertia kinetic energy;
B, electric energy driver, this electric energy driver is to convert electric energy to mechanical energy, and drives above-mentioned inertia kinetic energy producer and rotatablely move;
C, energy converting between mechanical device are to be connected with above-mentioned electric energy driver, and this electric energy driver converts mechanical energy to electric energy;
D, electric energy reservoir, this electric energy reservoir is stored the electric energy that above-mentioned energy converting between mechanical device is produced;
Composition by above-mentioned member, utilize the electric energy driver drives inertia kinetic energy producer running in the apparatus for generating inertia kinetic energy of the present invention earlier, the inertia impulsive force that is produced during the rotation of mat inertia kinetic energy producer, the rotating power that the electric energy driver is produced is the multiple increase, to obtain required energy, the main force that utilizes this energy can be used as to drive car, boats and ships, aircraft to advance; Utilize the energy converting between mechanical device to reclaim aforementioned inertia impulsive force simultaneously in good time, and convert electric energy to and store in storage battery, continue to supply with the aforementioned electric energy driver required electric power that remains in operation, make the inertia kinetic energy producer continue rotation and continue to produce inertia impulsive force.
2, inertia function generation device according to claim 1 is characterized in that wherein said electric energy driver is that direct current generator is or/and AC motor.
3, inertia function generation device according to claim 1 is characterized in that wherein said energy converting between mechanical device is a generator.
4, inertia function generation device according to claim 1 is characterized in that wherein said electric energy reservoir is a storage battery.
5, according to claim 1,2, the described inertia function of arbitrary claim generation device in 3 or 4, the outer rim that it is characterized in that wherein said inertia kinetic energy producer further is provided with flabellum, and one group be serially connected with in the same axial flow passage by many groups of inertia kinetic energy producer one windings that are provided with flabellum, and be provided with the front end installing electric energy driver of the inertia kinetic energy producer of flabellum at these, and be provided with the end installing energy converting between mechanical device of the inertia kinetic energy producer of flabellum at these, to utilize this electric energy driver drives first inertia kinetic energy producer to produce inertia kinetic energy, and utilize inertia kinetic energy to drive the flabellum blow air, and then respectively organize the rotation of inertia kinetic energy producer below driving step by step, so that one group of ground of a winding drives and respectively organizes the rotation of inertia kinetic energy producer, increase the inertia impulsive force one-level is connect one-level ground, utilize the energy converting between mechanical device that is contained in the last group inertia kinetic energy producer again, the powerful inertia impulse force that the last group inertia kinetic energy producer is accumulated is transformed into powerful electric power.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94114951 CN1117117A (en) | 1994-08-19 | 1994-08-19 | Apparatus for generating inertia kinetic energy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 94114951 CN1117117A (en) | 1994-08-19 | 1994-08-19 | Apparatus for generating inertia kinetic energy |
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| Publication Number | Publication Date |
|---|---|
| CN1117117A true CN1117117A (en) | 1996-02-21 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 94114951 Pending CN1117117A (en) | 1994-08-19 | 1994-08-19 | Apparatus for generating inertia kinetic energy |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013185643A1 (en) * | 2012-06-15 | 2013-12-19 | Chiu Chin-Ho | Power generating apparatus |
| CN104005921A (en) * | 2013-02-21 | 2014-08-27 | 于遵义 | Motion inertia power generation device |
-
1994
- 1994-08-19 CN CN 94114951 patent/CN1117117A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2013185643A1 (en) * | 2012-06-15 | 2013-12-19 | Chiu Chin-Ho | Power generating apparatus |
| CN103511200A (en) * | 2012-06-15 | 2014-01-15 | 邱金和 | Electricity generation device |
| CN103511200B (en) * | 2012-06-15 | 2015-11-11 | 邱金和 | Electricity generating device |
| CN104005921A (en) * | 2013-02-21 | 2014-08-27 | 于遵义 | Motion inertia power generation device |
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