CN203871979U - Modularization generating apparatus and modularization extensible flywheel generating apparatus - Google Patents
Modularization generating apparatus and modularization extensible flywheel generating apparatus Download PDFInfo
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- CN203871979U CN203871979U CN201420239488.9U CN201420239488U CN203871979U CN 203871979 U CN203871979 U CN 203871979U CN 201420239488 U CN201420239488 U CN 201420239488U CN 203871979 U CN203871979 U CN 203871979U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E60/00—Enabling technologies; Technologies with a potential or indirect contribution to GHG emissions mitigation
- Y02E60/16—Mechanical energy storage, e.g. flywheels or pressurised fluids
Abstract
The utility model relates to the field of environmental-friendly power generating, and specifically relates to a modularization generating apparatus and a modularization extensible flywheel generating apparatus. The modularization extensible flywheel generating apparatus comprises a flywheel power driving assembly which converts labor power to mechanical energy. The flywheel power driving assembly is in driving connection with at least one flywheel, and the flywheel is in driving connection with a generator. The modularization extensible flywheel generating apparatus further comprises a monitoring display device. The monitoring display device comprises a light detection module, a micro processing module and a prompting output module, wherein the micro processing module is electrically connected with the light detection module, determines the running state of the flywheel based on flywheel rotation speed signals input by the light detection module and outputs state prompting signals to the prompting output module, and the prompting output module outputs a state prompt based on the received state prompting signals. According to the utility model, the flywheel is driven by means of mechanical forces, the flywheel and a generator are combined together to provide renewable electric energy, the generated electric energy can be used for cooking, and charging a mobile phone, a tablet computer, an LED lamp, a fan, a light and other electric appliances, and can be connected in parallel or in series through multiple devices to form a generating system.
Description
Technical field
The utility model relates to environmental protection power field, is specifically related to a kind of modularization and modularization and can expands the Blast Furnace Top Gas Recovery Turbine Unit (TRT) of flywheel.
Background technology
Flywheel is for storing a kind of mechanical device of rotation function in rotatablely moving.Flywheel tends to resist the change of rotating speed, for example, when power source is when to rotating shaft, effect has the moment of a variation (reciprocating engine), or for example, while being applied in intermittent loads (piston or punch press), flywheel can reduce the fluctuation of rotating speed, makes to rotatablely move more smooth-going.Conventionally carry out storage power stable output energy by the characteristic of flywheel, as used wind energy, solar energy, water can drive flywheel to rotate and drive generator generating.In prior art, flywheel is generally used in generator, in the time having supply of electric power, starts, and storage power, goes wrong when running into supply of electric power, also can drive generator work a period of time, i.e. uninterrupted power supply by flywheel.
The technology of existing employing flywheel generating is generally industrial application large power generating equipment or adopts the small-sized electric generating apparatus of manual actuation flywheel mode, industrial large power generating equipment complex structure and involve great expense and be difficult to daily civilian, and the less flywheel of the many employings of small-sized electric generating apparatus, general daily mains voltage not only cannot be provided, and its reality in the time reaching certain rotating speed because flywheel is less, it can not continue to drive generator rotation to power, thereby need to not stop to provide power for flywheel in the time of generating, make the practical effect of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) poor, urgently one can only drive generating for Blast Furnace Top Gas Recovery Turbine Unit (TRT) used in everyday by manpower.
Utility model content
The utility model proposes a kind of modularization and modularization and can expand the Blast Furnace Top Gas Recovery Turbine Unit (TRT) of flywheel, solve the middle-size and small-size flywheel generating equipment of prior art needs with this, be continuously applied power ability continued power, be unable to supply daily electricity consumption, general flywheel generating equipment is only for emergency power generation and the fixing problem that cannot change of generating scale.
The technical scheme that the utility model solves the problems of the technologies described above is as follows: a kind of modularization can be expanded flywheel generating set, comprise the flywheel power driven unit that manpower is converted to mechanical energy, described flywheel power driven unit drives and is connected with at least one flywheel, and described flywheel drives and is connected with generator; Also include monitoring display unit, described monitoring display unit includes light detection module, be located at the micro treatment module that flywheel side is electrically connected with light detection module for detection of Speed of Reaction Wheels, Speed of Reaction Wheels signal based on the input of light detection module judges flywheel operating condition, and to the prompting output module output state alerting signal being electrically connected with on described micro treatment module, and prompting output module, remind based on the state alerting signal output state receiving.On the basis of technique scheme, the utility model can also do following improvement.
Further, described prompting output module comprises audio unit and display unit, and described state is reminded and comprised the manpower input prompting of playing by audio unit, also comprises the flywheel dump energy and the residue generating dutation that show by display unit;
Further, the output of described generator is also connected with the output circuit for the electric energy of generator output being converted to the output of standard electric energy, described output circuit comprises the rectifier being connected with the output of generator, on described rectifier, be also connected with self adaptation rising-falling tone depressor, described self adaptation rising-falling tone depressor is also connected with pressurizer and/or inverter, between described self adaptation rising-falling tone depressor and pressurizer and/or inverter, is also provided with isolating diode;
Further, on described output circuit, be also provided with more than one group based on battery pack charging status switch charging battery pack, described battery pack is connected in parallel between self adaptation rising-falling tone depressor and pressurizer and/or inverter;
Further, described flywheel and generator are all fixed on base by support, described flywheel power driven unit comprises the driving-belt coordinating with flywheel, between one end of described driving-belt and base, be connected with spring, the other end of described driving-belt is connected with elastic footboard, between described flywheel and elastic footboard, be provided with the pulley that coordinates driving-belt, described pulley is arranged on the elastic support being fixed on base, between described flywheel and spring, be also provided with the pulley that coordinates driving-belt, described pulley is arranged on the fixed support being fixed on base, the described height that is arranged on the pulley on fixed support or elastic support is higher than flywheel,
Further, described flywheel and generator are all fixed on base by support, described flywheel power driven unit comprises by being fixed on the fixing driving wheel of drive wheel bracket on base, on described flywheel, be also connected with the driven pulley being connected by clutch with described flywheel, described driven pulley is fixed on base by support, between described flywheel and generator, be connected by clutch, described clutch is provided with controls described clutch combination and the clutch for clutch control bar separating, described drive wheel connects driven pulley, in described driving wheel, be also provided with the one-way turning mechanism of unidirectional drive driving wheel, the both sides of described driving wheel are also connected with respectively dwang,
Further, described flywheel outside is provided with housing, described flywheel power driven unit comprises the freewheel of the unidirectional drive flywheel that is arranged at described flywheel inside, described freewheel is provided with freewheel rotating shaft, touching position is provided with two ball bearings in described freewheel rotating shaft and between described housing, described generator is arranged at the opposite side of housing, and described flywheel drives connection generator place to be also provided with two ball bearings.
The beneficial effects of the utility model are: the utility model modularization can be expanded Blast Furnace Top Gas Recovery Turbine Unit (TRT) and can combine according to power generation needs, when demand power supply on a small scale, as the rechargeable lamp of mobile device, only can meet by a manpower generating equipment, in the time that demand size is powered, can combine by multiple generating electricity from manpower, export demand power by output circuit again, can coordinate elastic footboard to drive flywheel to rotate by being arranged on the pulley of flywheel both sides, and by the elastic support that arranges unclamp pedal in the time that flywheel reaches demand speed time, belt or chain band and divided flywheel from, flywheel drives generator to rotate lasting generating, also can drive driving to rotate by rotating dwang, drive driven pulley by belt or chain band, driven pulley rotates by clutch flywheel driven, the utility model is combined Reproduceable electricity is provided with generator by flywheel, the electric energy producing can be used for culinary art, mobile phone charging, panel computer charging, the charging of LED lamp, and operation fan, lamp and other electrical equipment, and can reduce the dependence of the poor area of electric power to firewood or coal, rectifier in electric energy output end by arranging/or the direct output AC electricity of pressurizer or direct current to be adapted to different electrical equipment, strengthen the scope of application of Blast Furnace Top Gas Recovery Turbine Unit (TRT), by monitoring display unit monitoring flywheel running speed, and show flywheel dump energy and dump energy service time according to running speed, further increase the ease for use of Blast Furnace Top Gas Recovery Turbine Unit (TRT), also can carry out serial or parallel connection by multiple Blast Furnace Top Gas Recovery Turbine Unit (TRT) and become electricity generation system to obtain the applied power of demand, modular fly wheel generator also can be connected to electrical network by power inverter with wind power generation and solar generator.
The utility model also provides a kind of modularization can expand flywheel generating set, comprises
At least one flywheel, drives and is connected with generator on described flywheel,
Each described flywheel edge is equipped with at least one and drives by direct current machine the super capacitor driven unit of flywheel;
The power supply control assembly being connected with super capacitor driven unit respectively, control super capacitor driven unit synchronously drives flywheel and is the power supply of super capacitor driven unit.
On the basis of technique scheme, the utility model can also do following improvement.
Further, described Blast Furnace Top Gas Recovery Turbine Unit (TRT) is arranged on base, and described flywheel, generator and super capacitor driven unit are all fixed on base; Described super capacitor driven unit comprises the super capacitor being connected with power supply control assembly, on described super capacitor two ends, be parallel with at least one and put electrically driven (operated) direct current machine by super capacitor, on described direct current machine, be connected with flywheel side edge touch and by with wheel friction drive flywheel rotate roller; Described power supply control assembly comprises power supply and control chip group, described control chip group is for synchronously sending plural super capacitor component synchronization operation described in pulse control to all super capacitor driven units, described power supply is at least one among storage battery, manual generator, generator or power supply unit;
Further, on described flywheel, be also connected with monitoring display unit, described monitoring display unit includes and is located at flywheel side for detection of Speed of Reaction Wheels light detection module, the micro treatment module being electrically connected with light detection module, judge flywheel operating condition for the Speed of Reaction Wheels signal based on the input of light detection module, and to the prompting output module output state alerting signal being electrically connected with on described micro treatment module, and the prompting output module of reminding based on the state alerting signal output state receiving, described prompting output module comprises audio unit and display unit, described state is reminded and is comprised the manpower input prompting of playing by audio unit, also comprise the flywheel dump energy and the residue generating dutation that show by display unit,
Further, the output of described generator is also connected with the output circuit for the electric energy of generator output being converted to the output of standard electric energy, described output circuit comprises the rectifier being connected with the output of generator, on described rectifier, be also connected with self adaptation rising-falling tone depressor, described self adaptation rising-falling tone depressor is also connected with pressurizer and/or inverter, between described self adaptation rising-falling tone depressor and pressurizer and/or inverter, is also provided with isolating diode; On described output circuit, be also provided with more than one group based on battery pack charging status switch charging battery pack, described battery pack is connected in parallel between self adaptation rising-falling tone depressor and pressurizer and/or inverter.
Adopt the beneficial effect of the technology of such scheme to be: the utility model modularization Blast Furnace Top Gas Recovery Turbine Unit (TRT) can combine according to power generation needs, when demand power supply on a small scale, as the rechargeable lamp of mobile device, only can meet by a manpower generating equipment, in the time that demand size is powered, can combine by multiple generating electricity from manpower, export demand power by output circuit again, the utility model is by arranging internal battery, manual generator, at least one power supply in generator or power supply unit is the power supply of super capacitor driven unit, drive direct current machine to drive roller motion by super capacitor, roller rotates by frictional force flywheel driven, due to the characteristic of super capacitor electric discharge, in the direct current machine short time, quick rotation flywheel driven rotates, repeating this process makes flywheel turn to power generation needs speed, while power supply by manual generator, can be without making flywheel generating set running in the situation of any electric power, the utility model is combined Reproduceable electricity is provided with generator by flywheel, heat energy, the electric energy producing can be used for culinary art, mobile phone charging, panel computer charging, the charging of LED lamp, and operation fan, lamp and other electrical equipment, and can reduce the dependence of the poor area of electric power to firewood or coal, rectifier in electric energy output end by arranging/or the direct output AC electricity of pressurizer or direct current to be adapted to different electrical equipment, strengthen the scope of application of Blast Furnace Top Gas Recovery Turbine Unit (TRT), by monitoring display unit monitoring flywheel running speed, and show flywheel dump energy and dump energy service time according to running speed, further increase the ease for use of Blast Furnace Top Gas Recovery Turbine Unit (TRT), also can carry out serial or parallel connection by multiple Blast Furnace Top Gas Recovery Turbine Unit (TRT) and become electricity generation system to obtain the applied power of demand.
Brief description of the drawings
Fig. 1 is the utility model apparatus structure block diagram;
Fig. 2 is the utility model device the first example structure figure;
Fig. 3 is the utility model device the second example structure figure;
Fig. 4 is driving wheel structure figure in the utility model device the second embodiment;
Fig. 5 is driven pulley and flywheel the first state diagram in the utility model device the second embodiment;
Fig. 6 is driven pulley and flywheel the second state diagram in the utility model device the second embodiment;
Fig. 7 is the utility model device the 3rd example structure figure;
Fig. 8 is freewheel structure chart in the utility model device the 3rd embodiment;
Fig. 9 is the utility model device the 4th example structure figure;
Figure 10 is super capacitor driven unit structure chart in the utility model device the 4th embodiment;
Figure 11 monitors display unit the first state diagram in the utility model device;
Figure 12 monitors display unit the second state diagram in the utility model device;
Figure 13 is status display module figure in the utility model device;
Figure 14 reminds output module structure chart in the utility model device;
Figure 15 is output circuit connection layout in the utility model device;
Figure 16 is that in the utility model device, multichannel Blast Furnace Top Gas Recovery Turbine Unit (TRT) is implemented illustration.
In accompanying drawing, the parts of each label representative are as follows:
1, flywheel power driven unit, 101, driving-belt, 102, fixed support, 103, pulley, 104, elastic support, 105, spring, 106, elastic footboard, 107, driving wheel, 108, driven pulley, 109, one-way turning mechanism, 110, drive wheel bracket, 111, dwang, 112, handler, 113, freewheel, 114, freewheel rotating shaft, 115, handle, 116, two ball bearings, 2, flywheel, 201, through hole, 202, reflection is pasted, and 3, generator, 4, output circuit, 401, rectifier, 402, self adaptation rising-falling tone depressor, 403, isolating diode, 404, pressurizer, 405, inverter, 406, battery pack, 5, monitoring display unit, 51, light detection module, 5101, light source, 5102, detector, 52, micro treatment module, 53, remind output module, 5301 display elements, 5302, audio components, 5303, energy residue display box, 5304, generating display box remaining time, 6, housing, 7, base, 8, power supply control assembly, 801, power supply, 802, control chip group, 9, super capacitor driven unit, 901, super capacitor, 902, direct current machine, 903, roller.
Embodiment
Below in conjunction with accompanying drawing, principle of the present utility model and feature are described, example, only for explaining the utility model, is not intended to limit scope of the present utility model.
Utility model flywheel generating set structured flowchart as shown in Figure 1, comprises the flywheel power driven unit 1 that manpower is converted to mechanical energy, and described flywheel power driven unit 1 drives and is connected with at least one flywheel 2, and described flywheel 2 drives and is connected with generator 3; Also include monitoring display unit 5, described monitoring display unit 5 includes light detection module 51, be located at flywheel 2 sides for detection of flywheel 2 rotating speeds, the micro treatment module 52 being electrically connected with light detection module 51, the Speed of Reaction Wheels signal of inputting based on light detection module 51 judges flywheel 2 operating conditions, and to the prompting output module 53 output state alerting signals that are electrically connected with on described micro treatment module 52, and remind output module 53, remind based on the state alerting signal output state receiving.
Flywheel 2 running speeds that wherein said micro treatment module 52 is inputted by contrast with in be located at the interior normal operation threshold decision of micro treatment module 52 flywheel 2 operating conditions, when flywheel 2 running speeds of input are during higher than normal operation threshold value, judge that flywheel 2 is for foot energy state; When flywheel 2 running speeds of input lower than or during in normal operation threshold value, judge that flywheel 2 is for lacking energy state, to the prompting output module 53 output state alerting signals that are electrically connected with on described micro treatment module 52;
Remind output module 53 structure charts in the utility model device as shown in figure 14, described prompting output module 53 comprises audio unit 5301 and display unit 5302, described state is reminded and is comprised the manpower input prompting of playing by audio unit 5301, also comprises the flywheel dump energy and the residue generating dutation that show by display unit 5302.
Fig. 2 is that the utility model device first is implemented illustration, described flywheel 2 generators 3 are fixed on base 7 by support, described flywheel power driven unit 1 is drawn together the driving-belt 101 coordinating with flywheel 2, between one end of described driving-belt 101 and base, be connected with spring 105, the other end of described driving-belt 101 is connected with elastic footboard 106, between described flywheel 2 and elastic footboard 106, be provided with the pulley 103 that coordinates driving-belt 101, described pulley 103 is arranged on the elastic support 104 being fixed on base 7, between described flywheel 2 and spring 105, be also provided with the pulley 103 that coordinates driving-belt 101, described pulley 103 is arranged on the fixed support 102 being fixed on base 7, the described height that is arranged on the pulley 103 on fixed support 102 or elastic support 104 is higher than flywheel 2.
Fig. 3 to Fig. 4 is driving wheel structure figure in the utility model device the second example structure figure and device, described flywheel 2 and generator 3 are all fixed on base 7 by support, described flywheel power driven unit 1 comprises by being fixed on the fixing driving wheel 107 of drive wheel bracket 110 on base 7, on described flywheel 2, be also connected with the driven pulley 108 being connected by clutch with described flywheel 2, described driven pulley 108 is fixed on base 7 by support, between described flywheel 2 and generator 3, be connected by clutch, described clutch is provided with controls described clutch combination and the clutch for clutch control bar separating, described driving wheel 107 drives and connects driven pulley, in described driving wheel 107, be also provided with the one-way turning mechanism 109 of unidirectional drive driving wheel 107, the both sides of described driving wheel 107 are also connected with respectively dwang 111,
Fig. 5 and Fig. 6 are driven pulley and flywheel the first state diagram and the second state diagram in the utility model device the second embodiment, wherein Fig. 5 makes driven pulley 108 be connected with flywheel 2 for handling clutch for clutch control bar, to drive flywheel 2 to turn round, in the time that flywheel 2 turns round to demand speed, operating as shown in Figure 6 clutch for clutch control bar makes driven pulley 108 separate with flywheel 2, and flywheel 2 is connected with generator 3, now flywheel 2 drives generator 3 to generate electricity.
Fig. 7 is to Figure 8 shows that freewheel structure chart in the utility model the 3rd example structure figure and device, described flywheel 2 outsides are provided with housing 6, described flywheel power driven unit 1 comprises the freewheel 113 of the unidirectional drive flywheel that is arranged at described flywheel 2 inside, described freewheel 113 is provided with freewheel rotating shaft 114, touching position is provided with two ball bearings 116 in described freewheel rotating shaft 114 and between described housing 6, described generator 3 is arranged at the opposite side of housing 6, and described flywheel 2 drives connection generator 3 places to be also provided with two ball bearings 116.
Fig. 9 is to Figure 10 shows that super capacitor driven unit structure chart in the utility model the 4th example structure figure and device, at least one flywheel 2, on described flywheel 2, drive and be connected with generator 3, each described flywheel 2 edges are equipped with the super capacitor driven unit 9 of at least one driving flywheel 2; The power supply control assembly 8 being connected with super capacitor driven unit 9 respectively, controls the synchronous flywheel 2 that drives of super capacitor driven unit 9 and also powers for super capacitor driven unit 9;
Described Blast Furnace Top Gas Recovery Turbine Unit (TRT) is arranged on base 7, and described flywheel 2, generator 3 and super capacitor driven unit 9 are all fixed on base; Described super capacitor driven unit 9 comprises the super capacitor 901 being connected with power supply control assembly 8, on described super capacitor 901 two ends, be parallel with at least one and put electrically driven (operated) direct current machine 902 by super capacitor 901, on described direct current machine 902, be connected with and touch with flywheel 2 side edge and by the roller 903 rotating with flywheel 2 friction-driven free-wheel drive assemblies 2; Described power supply control assembly 8 comprises power supply 801 and control chip group 802, described control chip group 802 is for synchronously sending plural super capacitor assembly 9 synchronous operations described in pulse control to all super capacitor driven units 9, described power supply 801 is at least one among storage battery, manual generator, generator or power supply unit.
Figure 11 and Figure 12 monitor display unit first to use state diagram and second to use state diagram in the utility model device, light detection module 51 in the utility model is contrast formula or reflective, described light detection module comprises light source 5101 and detector 5102, if described light detection module 51 is contrast formula, described light source 5101 and detector 5102 are arranged at the both sides of flywheel 2, and described flywheel 2 is provided with an above through hole 201 corresponding with light source 5101 and detector 5102; If described light detection module 51 is reflective, described light source 5101 and detector 5102 are arranged at a side of flywheel 2, and described flywheel 2 is provided with the above reflection corresponding with light source 5101 and detector 5102 subsides 202.
Figure 13 is display unit state diagram in the utility model device, comprise display element and be arranged at the energy residue display box 5303 on described display element 5301, be used for showing flywheel dump energy, and residue generating dutation display box 5304, for showing residue generating dutation.
Figure 15 is that the utility model is output circuit connection layout in the utility model device, the electric energy that the output of described generator 3 is also connected with for generator 3 is exported is converted to the output circuit 4 that standard electric energy is exported, described output circuit 4 comprises the rectifier 401 being connected with the output of generator 3, on described rectifier 401, be also connected with self adaptation rising-falling tone depressor 402, described self adaptation rising-falling tone depressor 402 is also connected with pressurizer 404 and/or inverter 405, between described self adaptation rising-falling tone depressor 402 and pressurizer 404 and/or inverter 405, be also provided with isolating diode 403, on described output circuit 4, be also provided with more than one group based on battery pack charging status switch charging battery pack 406, described battery pack 406 is connected in parallel between self adaptation rising-falling tone depressor 402 and pressurizer 404 and/or inverter 405, the input of wherein said rectifier 401 is connected with the output of engine 3, the output of described rectifier 401 is connected with the input of self adaptation rising-falling tone depressor 402, the first output of described self adaptation rising-falling tone depressor 402 is connected with the positive pole of isolating diode 403, on the negative pole of described isolating diode 403, be connected with the first input end of pressurizer 404 and/or inverter 405, the second output of described self adaptation rising-falling tone depressor 402 is connected with the second input of pressurizer 404 and/or inverter 405.
In the utility model, driving-belt comprises belt or chain band; When the threshold value that runs well in the utility model coordinates with institute sending and receiving motor 3 for being preset in flywheel 2 rotating speeds in micro treatment module 52, reaching minimum that generating the requires rotating speed interval to the certain hour that at least can also continue to generate electricity, can also generate electricity in one minute as being set to, this time is for reserving in the time finding that the lower or flywheel 2 of flywheel 2 dump energies can state in lacking, because manpower input has certain time delay, by being set, this threshold value can ensure the lasting normal operation of Blast Furnace Top Gas Recovery Turbine Unit (TRT);
Operation principle of the present utility model is, as shown in Figure 2 in the first embodiment, at elastic footboard 106 and elastic support 104 during all in free state, because the pulley 103 on fixed support 102 is higher than flywheel 2, now belt or chain band and flywheel 2 are in released state, in the time stepping on elastic footboard 106, belt or chain band combine with described flywheel 2, drive flywheel 2 to rotate by the motion of belt or chain band, in the time unclamping elastic footboard 106 because elastic footboard 106 and elastic support 104 restore to the original state, belt or chain band separate with flywheel 2, repeat to step on and unclamp elastic footboard 106 until flywheel 2 speed while reaching power generation needs, get final product external load, in the time finding that from display element 5301 flywheel dump energy is lower or the remaining time of generating electricity is less, or hear when manpower input that audio components 5302 sends is reminded, can again repeat to step on and unclamp elastic footboard 106 and generate electricity.
Mode two, as shown in Figures 3 to 6, on described dwang 111, be also connected with handler 112, drive driving wheel 107 to rotate by rotating handler 112, driving wheel 107 rotates by belt or chain or gear drive driven pulley 108, handling clutch for clutch control bar makes driven pulley 108 be connected with flywheel 2, drive flywheel 2 to turn round by the driven pulley 108 rotating, in the time that flywheel 2 turns round to demand speed, operation clutch for clutch control bar makes driven pulley 108 separate with flywheel 2, and flywheel 2 is connected with generator 3, now flywheel 2 drives generator 3 to generate electricity, because described one-way turning mechanism 109(can be the ratchet and pawl cooperatively interacting), flywheel 2 is rotated further, in the time finding that from display element 5301 flywheel dump energy is lower or the remaining time of generating electricity is less, or hear when manpower input that audio components 5302 sends is reminded, can again rotate handler 112 generates electricity.
Mode three, as shown in Fig. 7 to Fig. 8, turning handle 9, rotate by freewheel 7 flywheel drivens that are connected with handle 9, in the time that flywheel 2 turns to power generation needs speed, can external load, due to the mechanism that to be arranged at freewheel in flywheel 27 be one-directional rotation, be that handle 9 Shi Buhui that stops operating affects flywheel 2 and is rotated further, in the time finding that from display element 5301 flywheel dump energy is lower or the remaining time of generating electricity is less, or hear that when manpower input that audio components 5302 sends is reminded, turning handle 9 generates electricity again.
Mode four, as shown in Fig. 9 to Figure 10, by built-in, external battery or external power supply or hand operated generator etc. drives super capacitor driven unit 9, take hand operated generator in Fig. 7 as example as electric supply installation, turning handle 9, produce electric energy and drive super capacitor 901, sending pulse control super capacitor 901 by control chip group 802 discharges and recharges, super capacitor 901 control of discharge motor removings, roller on motor is contacted with flywheel, and drive direct current machine 902 to rotate, direct current machine 902 drives roller 903 to rotate and then flywheel driven 2 rotates, in the time that flywheel 2 turns to power generation needs speed, can external load, in the time finding that from display element 5301 flywheel dump energy is lower or the remaining time of generating electricity is less, or hear when manpower input that audio components 5302 sends is reminded, turning handle 9 generates electricity again, flywheel driven Blast Furnace Top Gas Recovery Turbine Unit (TRT) continues operation.
The modularization of the above-mentioned four kinds of embodiment of the utility model or modularization can be expanded Blast Furnace Top Gas Recovery Turbine Unit (TRT) all can carry out separately small-scale power supply, as given the power supplies such as household electrical appliances, mobile device, or become the electricity generation system supply requirement power that generates electricity by the free serial or parallel connection of device, taking the execution mode of the utility model device Zhong Si road Blast Furnace Top Gas Recovery Turbine Unit (TRT) as shown in figure 16 as example, by this parallel way with acquiring demand voltage or demand power; The utility model Blast Furnace Top Gas Recovery Turbine Unit (TRT) also can be by coordinating with solar power generation or other generation modes after serial or parallel connection mode, in the electrical network by different voltages such as inverter 405 net access 220V, 110V or 380V.
The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection range of the present utility model.
Claims (10)
1. modularization can be expanded a flywheel generating set, it is characterized in that: comprise the flywheel power driven unit that manpower is converted to mechanical energy, described flywheel power driven unit drives and is connected with at least one flywheel, and described flywheel drives and is connected with generator; Also include monitoring display unit, described monitoring display unit includes light detection module, be located at flywheel side for detection of Speed of Reaction Wheels, the micro treatment module being electrically connected with light detection module, Speed of Reaction Wheels signal based on the input of light detection module judges flywheel operating condition, and to the prompting output module output state alerting signal being electrically connected with on described micro treatment module, and remind output module, remind based on the state alerting signal output state receiving.
2. a kind of modularization according to claim 1 can be expanded flywheel generating set, it is characterized in that: described prompting output module comprises audio unit and display unit, described state is reminded and is comprised the manpower input prompting of playing by audio unit, also comprises the flywheel dump energy and the residue generating dutation that show by display unit.
3. a kind of modularization according to claim 1 can be expanded flywheel generating set, it is characterized in that: the output of described generator is also connected with the output circuit for the electric energy of generator output being converted to the output of standard electric energy, described output circuit comprises the rectifier being connected with the output of generator, on described rectifier, be also connected with self adaptation rising-falling tone depressor, described self adaptation rising-falling tone depressor is also connected with pressurizer and/or inverter, between described self adaptation rising-falling tone depressor and pressurizer and/or inverter, be also provided with isolating diode, on described output circuit, be also provided with more than one group based on battery pack charging status switch charging battery pack, described battery pack is connected in parallel between self adaptation rising-falling tone depressor and pressurizer and/or inverter.
4. can expand flywheel generating set according to a kind of modularization described in any one in claims 1 to 3, it is characterized in that: described flywheel and generator are all fixed on base by support, described flywheel power driven unit comprises the driving-belt coordinating with flywheel, between one end of described driving-belt and base, be connected with spring, the other end of described driving-belt is connected with elastic footboard, between described flywheel and elastic footboard, be provided with the pulley that coordinates driving-belt, described pulley is arranged on the elastic support being fixed on base, between described flywheel and spring, be also provided with the pulley that coordinates driving-belt, described pulley is arranged on the fixed support being fixed on base, the described height that is arranged on the pulley on fixed support or elastic support is higher than flywheel.
5. can expand flywheel generating set according to a kind of modularization described in any one in claims 1 to 3, it is characterized in that: described flywheel and generator are all fixed on base by support, described flywheel power driven unit comprises by being fixed on the fixing driving wheel of drive wheel bracket on base, on described flywheel, be also connected with the driven pulley being connected by clutch with described flywheel, described driven pulley is fixed on base by support, between described flywheel and generator, be connected by clutch, described clutch is provided with controls described clutch combination and the clutch for clutch control bar separating, described drive wheel connects driven pulley, in described driving wheel, be also provided with the one-way turning mechanism of unidirectional drive driving wheel, the both sides of described driving wheel are also connected with respectively dwang.
6. can expand flywheel generating set according to a kind of modularization described in any one in claims 1 to 3, it is characterized in that: described flywheel outside is provided with housing, described flywheel power driven unit comprises the freewheel of the unidirectional drive flywheel that is arranged at described flywheel inside, described freewheel is provided with freewheel rotating shaft, touching position is provided with two ball bearings in described freewheel rotating shaft and between described housing, described generator is arranged at the opposite side of housing, and described flywheel drives connection generator place to be also provided with two ball bearings.
7. a modularization Blast Furnace Top Gas Recovery Turbine Unit (TRT), is characterized in that: comprise
At least one flywheel, drives and is connected with generator on described flywheel, and each described flywheel edge is equipped with at least one and drives by direct current machine the super capacitor driven unit of flywheel;
The power supply control assembly being connected with super capacitor driven unit respectively, control super capacitor driven unit synchronously drives flywheel and is the power supply of super capacitor driven unit.
8. a kind of modularization Blast Furnace Top Gas Recovery Turbine Unit (TRT) of stating according to claim 7, is characterized in that: described Blast Furnace Top Gas Recovery Turbine Unit (TRT) is arranged on base, described flywheel, generator and super capacitor driven unit are all fixed on base, described super capacitor driven unit comprises the super capacitor being connected with power supply control assembly, on described super capacitor two ends, be parallel with at least one and put electrically driven (operated) direct current machine by super capacitor, on described direct current machine, be connected with flywheel side edge touch and by with wheel friction drive flywheel rotate roller, described power supply control assembly comprises power supply and control chip group, described control chip group is for synchronously sending plural super capacitor component synchronization operation described in pulse control to all super capacitor driven units, described power supply is storage battery, manual generator, at least one among generator or power supply unit.
9. according to a kind of modularization Blast Furnace Top Gas Recovery Turbine Unit (TRT) described in claim 7 or 8, it is characterized in that: on described flywheel, be also connected with monitoring display unit, described monitoring display unit includes and is located at flywheel side for detection of Speed of Reaction Wheels light detection module,
The micro treatment module being electrically connected with light detection module, the Speed of Reaction Wheels signal based on light detection module input judges flywheel operating condition, and to the prompting output module output state alerting signal being electrically connected with on described micro treatment module, and
The prompting output module of reminding based on the state alerting signal output state receiving, described prompting output module comprises audio unit and display unit, described state is reminded and is comprised the manpower input prompting of playing by audio unit, also comprises the flywheel dump energy and the residue generating dutation that show by display unit.
10. a kind of modularization Blast Furnace Top Gas Recovery Turbine Unit (TRT) according to claim 9, it is characterized in that: the output of described generator is also connected with the output circuit for the electric energy of generator output being converted to the output of standard electric energy, described output circuit comprises the rectifier being connected with the output of generator, on described rectifier, be also connected with self adaptation rising-falling tone depressor, described self adaptation rising-falling tone depressor is also connected with pressurizer and/or inverter, between described self adaptation rising-falling tone depressor and pressurizer and/or inverter, is also provided with isolating diode; On described output circuit, be also provided with more than one group based on battery pack charging status switch charging battery pack, described battery pack is connected in parallel between self adaptation rising-falling tone depressor and pressurizer and/or inverter.
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| CN201420239488.9U CN203871979U (en) | 2014-05-12 | 2014-05-12 | Modularization generating apparatus and modularization extensible flywheel generating apparatus |
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| CN201420239488.9U CN203871979U (en) | 2014-05-12 | 2014-05-12 | Modularization generating apparatus and modularization extensible flywheel generating apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103973029A (en) * | 2014-05-12 | 2014-08-06 | 唐伯虎 | Modular and extendable flywheel power generation device |
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2014
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103973029A (en) * | 2014-05-12 | 2014-08-06 | 唐伯虎 | Modular and extendable flywheel power generation device |
| CN103973029B (en) * | 2014-05-12 | 2016-05-11 | 唐伯虎 | A kind of modularization and modularization can be expanded the TRT of flywheel |
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