CN203119591U

CN203119591U - Power generation system with discrimination device

Info

Publication number: CN203119591U
Application number: CN 201320107234
Authority: CN
Inventors: 张永裕
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-03-08
Filing date: 2013-03-08
Publication date: 2013-08-07
Anticipated expiration: 2023-03-08

Abstract

The utility model discloses a power generation system with a discrimination device. The power generation system with the discrimination device comprises a power generating device and a discrimination device, the power generation device comprises a first output part and a second output part, the first output part is electrically connected with the second output part, the first output part can be connected to a storage battery, and the discrimination device is electrically connected to the second output part of the power generation device. The discrimination can carry out measurement and discrimination on the second output part of the power generation device, the discrimination can enable different indicators to act according to different discrimination results to remind a user to enable the power generation device to carry out accelerating operation or decelerating operation, and stable output of the power generation device is maintained to be used by power storage of the storage battery. When stable voltage is provided for power storage of the storage battery, the power storage capacity of the storage battery can be effectively maintained, the service life of the battery is prolonged, and danger caused by the fact that voltage used by the storage battery is incorrect is avoided.

Description

The electricity generation system of tool discriminating gear

Technical field

The utility model mainly is to disclose a kind of electricity generation system, refers to a kind of electricity generation system of tool discriminating gear especially.

Background technology

The existing generation technology that kinetic energy is transferred to electric energy is for utilizing a magnet and a coil, when magnet when coil relatively rotates, will produce induced current in the coil, the electric power that produces can use for the user.

Existing a kind of body-building apparatus that can generate electricity, similar bicycle can reach the effect that appears in the mode that simulation drives bicycle for the user in appearance, it includes vehicle frame and is installed in DC generator on the vehicle frame, vehicle frame also has driving wheel, when driving wheel rotates, driving wheel can make DC generator that the kinetic energy of driving wheel is converted to electric energy with the DC generator interlock, body-building apparatus also includes the voltage-stabilizing charger that is electrically connected on DC generator simultaneously, and being electrically connected on the storage battery of voltage-stabilizing charger, the electric power that DC generator produces can be sent in the storage battery after voltage stabilizing and store.

Yet, amateurish personage can't suitably control the speed of trampling when trampling body-building apparatus, when just beginning body-building, muscle power is sufficient and speed that trample is fast, after the body-building of a period of time, muscle power reduces and the speed of trampling is slow, but when if user's speed of trampling is fast, DC generator the voltage height that can produce, when the speed that the user tramples is slow, DC generator the voltage that can produce low, and the overtension no matter DC generator produces or low excessively, must be to reach the effect of electric power storage for the rated voltage that storage battery uses with voltage control via voltage-stabilizing charger all, and use in the process of voltage-stabilizing charger changing voltage, the electric energy of part can be converted to heat energy, one can cause the consumption of electric power, reduce generating efficiency, two make the temperature of voltage-stabilizing charger raise easily, cause the damage of voltage-stabilizing charger easily.

And, when using body-building apparatus to move, the user needs enough to obtain good effect with the stable speed of trampling and through after a while athleticism, the user is if trample body-building apparatus with the speed of trampling at a high speed, when muscle power but can't be trampled a period of time continuously for the user, movement effects is not good, unexpected vigorous exercise causes user's athletic injury easily simultaneously, moreover cause the damage of body-building apparatus easily, if the user tramples with the speed of low speed, even through motion for a long time, still can't obtain good movement effects.

Simultaneously, no matter the rotating speed of DC generator is too high or too low, except can't producing correct rated voltage, can reduce the generating efficiency of DC generator simultaneously, form the waste on a kind of user's muscle power, and DC generator is if the excessive velocities of running also causes the damage of DC generator easily.

Because the disappearance of above-mentioned existing structure, the inventor is devoted to design a kind of electricity generation system of tool discriminating gear, and it can overcome all shortcomings of above-mentioned existing structure.

The utility model content

Its main purpose of electricity generation system of the utility model tool discriminating gear is, a kind of electricity generation system of being controlled generating voltage by the user voluntarily is provided, electricity generation system includes Blast Furnace Top Gas Recovery Turbine Unit (TRT) and discriminating gear, the electric power that the user uses Blast Furnace Top Gas Recovery Turbine Unit (TRT) to produce can be differentiated via discriminating gear, discriminating gear can make different indicator motions according to different differentiation results, remind the user that Blast Furnace Top Gas Recovery Turbine Unit (TRT) is accelerated or decelerate, the usefulness of bottle electric power storage of powering to keep the stable output of Blast Furnace Top Gas Recovery Turbine Unit (TRT), during with stable power voltage supply bottle electric power storage, can effectively keep the electric power storage ability of storage battery, extending battery life avoids simultaneously that the voltage that uses because of power supply bottle is incorrect to cause danger.

Its secondary objective of electricity generation system of the utility model tool discriminating gear is, provide a kind of and control the electricity generation system of generating voltage by adjusting the Blast Furnace Top Gas Recovery Turbine Unit (TRT) running speed, Blast Furnace Top Gas Recovery Turbine Unit (TRT) is during with suitable speed constant speed drive, can make Blast Furnace Top Gas Recovery Turbine Unit (TRT) maintain good generating efficiency, reduce the consumption of kinetic energy, the output that increases electric power can avoid Blast Furnace Top Gas Recovery Turbine Unit (TRT) to cause the life-span of Blast Furnace Top Gas Recovery Turbine Unit (TRT) to reduce because running speed is too fast simultaneously.

A kind of electricity generation system of tool discriminating gear includes: a Blast Furnace Top Gas Recovery Turbine Unit (TRT), this Blast Furnace Top Gas Recovery Turbine Unit (TRT) include first efferent and second efferent, and this first efferent and this second efferent are electrically connected to each other, and this first efferent can be connected in storage battery; A discriminating gear, this discriminating gear is electrically connected on second efferent of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), this discriminating gear can measure the voltage that second efferent of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) is exported and differentiate, this discriminating gear includes first indicating device, this first indicating device can send signal, when the voltage of exporting when this second efferent was predetermined voltage, first indicating device of this discriminating gear can move.

Wherein:

This discriminating gear includes second indicating device and the 3rd indicating device, this second indicating device and the 3rd indicating device can send signal all respectively, when the voltage of exporting when this second efferent is higher than predetermined voltage, second indicating device of this discriminating gear can move, when the voltage of exporting when this second efferent was lower than predetermined voltage, the 3rd indicating device of this discriminating gear can move.

This discriminating gear includes the 4th indicating device and the 5th indicating device, the 4th indicating device and the 5th indicating device can send signal all respectively, when the voltage of exporting when this second efferent is higher than predetermined voltage and is higher than upper voltage limit, the 4th indicating device of this discriminating gear can move, when the voltage of exporting when this second efferent was lower than predetermined voltage and is lower than lower voltage limit, the 5th indicating device of this discriminating gear can move.

After the 5th indicating device of this discriminating gear can move, this discriminating gear cut off being electrically connected of this first efferent and storage battery simultaneously.

This discriminating gear includes an attention device, this attention device can send signal, this discriminating gear can measure and differentiates simultaneously the voltage of storage battery and electric power storage situation, this discriminating gear differentiation is finished after the voltage and electric power storage situation of storage battery, this discriminating gear can be controlled this attention device and send various signal, after storage battery is electrically connected on this first efferent, this discriminating gear is namely differentiated the voltage of storage battery, when the voltage of storage battery is lower than lower voltage limit, this discriminating gear can be controlled this attention device and send first signal, when the voltage of storage battery is higher than lower voltage limit, this discriminating gear can be controlled this attention device and send a secondary signal, the voltage of exporting when this first efferent makes storage battery normally during continuous electricity between upper voltage limit and lower voltage limit, this attention device can send the 3rd signal, the voltage of exporting when this first efferent is between upper voltage limit and lower voltage limit and storage battery can't normally continue electricity the time, and this attention device can send the 4th signal.

This discriminating gear also includes a panel, and this first indicating device, this second indicating device, the 3rd indicating device, the 4th indicating device, the 5th indicating device, this attention device are located at this panel.

Predetermined voltage is between the 12.7V to 14.5V, and upper voltage limit is 15.5V, and lower voltage limit is 10.5V.

Can send green glow behind this first indicator motion, can send gold-tinted behind this second indicator motion, can send gold-tinted behind the 3rd indicator motion, can send ruddiness behind the 4th indicator motion, can send ruddiness behind the 5th indicator motion.

This Blast Furnace Top Gas Recovery Turbine Unit (TRT) includes a stator and a rotor, this stator rotation relatively of this rotor, and this stator is formed by the wire coil coiling, and this rotor is magnet, and this rotor is along the inboard that radially is arranged in this stator of this stator.

This rotor is equipped with an axis hole vertically, this Blast Furnace Top Gas Recovery Turbine Unit (TRT) includes first side and second side vertically, first side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) and this second side lay respectively at this stator and this rotor both sides vertically, this Blast Furnace Top Gas Recovery Turbine Unit (TRT) also includes a holder, a flywheel and a rotating shaft, this holder includes an inner cap and an enclosing cover, this inner cap is near this stator, this inner cap is located at a side of this stator by first side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), and this inner cap radially is connected in the outside of this stator along this stator, this enclosing cover is away from this stator, this enclosing cover is connected in this inner cap away from a side of this stator, this fixed seating is in first side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), this holder is connected in this stator, this first efferent and second efferent are located at this holder simultaneously, this stator is electrically connected on this first efferent and this second efferent simultaneously, this holder also is equipped with an axis hole, the axis hole of this holder runs through this inner cap and enclosing cover vertically, this flywheel is located at second side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), this flywheel includes an inboard and an outside, the inboard of this flywheel is positioned at this flywheel near a side of this rotor, the outside of this flywheel is positioned at this flywheel away from a side of this rotor, the inboard of this flywheel is provided with an axle sleeve and a shell, this axle sleeve and this shell are cylindrical respectively, the axle sleeve of this flywheel is arranged in the axis hole of this rotor, this rotor also is equipped with several fixtures simultaneously, this described fixture is connected in this rotor and this flywheel simultaneously, make this rotor and this flywheel produce synchronous rotation relationship, the rotating shaft of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) is arranged in the axis hole that runs through this holder in the axle sleeve of this flywheel simultaneously.

This flywheel also includes a counterweight portion, and the shell of this flywheel radially is located on outside the inner cap of this holder, and the counterweight portion of this flywheel is along the shell that radially outward is connected in this flywheel in the ring mode of establishing of this flywheel.

This flywheel also includes a driven wheel and a clasp, this driven wheel is positioned at this flywheel away from a side of this rotor, this driven wheel is sheathed on the axle sleeve of this flywheel, this driven wheel is connected in this axle sleeve in the screw lock mode, this clasp is positioned at this driven wheel in contrast to a side of this rotor, this clasp is sheathed on this axle sleeve, and this clasp can break away from this axle sleeve vertically to avoid this driven wheel.

This driven wheel is sprocket wheel.

The beneficial effects of the utility model are, electricity generation system includes Blast Furnace Top Gas Recovery Turbine Unit (TRT) and discriminating gear, the electric power that the user uses Blast Furnace Top Gas Recovery Turbine Unit (TRT) to produce can be differentiated via discriminating gear, discriminating gear can make different indicator motions according to different differentiation results, remind the user that Blast Furnace Top Gas Recovery Turbine Unit (TRT) is accelerated or decelerate, the usefulness of bottle electric power storage of powering to keep the stable output of Blast Furnace Top Gas Recovery Turbine Unit (TRT), during with stable power voltage supply bottle electric power storage, can effectively keep the electric power storage ability of storage battery, extending battery life avoids that the voltage that uses because of power supply bottle is incorrect to cause danger.Simultaneously, Blast Furnace Top Gas Recovery Turbine Unit (TRT) can make Blast Furnace Top Gas Recovery Turbine Unit (TRT) maintain good generating efficiency during with suitable speed constant speed drive, reduces the consumption of kinetic energy, and the output that increases electric power can avoid Blast Furnace Top Gas Recovery Turbine Unit (TRT) to cause the life-span of Blast Furnace Top Gas Recovery Turbine Unit (TRT) to reduce because running speed is too fast simultaneously.

Other purpose, advantage and novelty of the present utility model will be more obvious from the following detailed description and related drawings.

Description of drawings

Fig. 1: be the stereo appearance figure of the electricity generation system of the utility model tool discriminating gear.

Fig. 2: be the three-dimensional exploded view of the electricity generation system Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the utility model tool discriminating gear.

Fig. 3: be the three-dimensional exploded view at another visual angle of electricity generation system Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the utility model tool discriminating gear.

Fig. 4: be the sectional structure chart of the electricity generation system Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the utility model tool discriminating gear.

Fig. 5: be the use state diagram of the electricity generation system discriminating gear of the utility model tool discriminating gear.

Fig. 6: be the use state diagram of the electricity generation system discriminating gear of the utility model tool discriminating gear.

Fig. 7: be the use state diagram of the electricity generation system discriminating gear of the utility model tool discriminating gear.

Fig. 8: be the use state diagram of the electricity generation system discriminating gear of the utility model tool discriminating gear.

Fig. 9: be the use state diagram of the electricity generation system of the utility model tool discriminating gear.

[symbol description]

10 electricity generation systems

20 Blast Furnace Top Gas Recovery Turbine Unit (TRT), 201 first sides

202 second sides, 21 stators

22 rotors, 221 axis holes

222 fixtures, 23 holders

231 inner caps, 232 enclosing covers

233 first efferents, 234 second efferents

235 axis holes, 24 flywheels

241 inboard 242 outsides

243 axle sleeves, 244 shells

245 counterweight portions, 246 driven wheels

25 rotating shafts of 247 clasps

30 discriminating gears, 31 first indicating devices

32 second indicating devices 33 the 3rd indicating device

34 the 4th indicating devices 35 the 5th indicating device

36 attention devices, 361 first signals

362 secondary signals 363 the 3rd signal

364 the 4th signals, 37 displays

38 panels, 39 timing replacement buttons

90 storage batterys, 91 exercise bicycles.

Embodiment

The technology that relevant the utility model adopts, means and effect thereof, lift now that a preferred embodiment and conjunction with figs. describe in detail as after, this only for the usefulness of explanation, is not subjected to the restriction of this kind structure in patent application.

With reference to shown in Figure 1, be the stereo appearance figure of the electricity generation system of the utility model tool discriminating gear.The utility model electricity generation system 10 includes a Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 and a discriminating gear 30; Wherein:

Please continue with reference to Fig. 2 to shown in Figure 4, be the three-dimensional exploded view of the electricity generation system Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the utility model tool discriminating gear, three-dimensional exploded view and the sectional structure chart at another visual angle.This Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 includes a stator 21 and a rotor 22, these stator 21 rotations relatively of this rotor 22, this stator 21 is formed by the wire coil coiling, this rotor 22 is magnet, this rotor 22 is along the inboard that radially is arranged in this stator 21 of this stator 21, and this rotor 22 is equipped with an axis hole 221 vertically.This Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 includes first side 201 and second side 202 vertically, and first side 201 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 and this second side 202 lay respectively at this stator 21 and this rotor 22 both sides vertically.

This Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 also includes a holder 23, a flywheel 24 and a rotating shaft 25, this holder 23 is positioned at first side 201 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20, this holder 23 is connected in this stator 21, this holder 23 includes an inner cap 231 and an enclosing cover 232, this inner cap 231 is near this stator 21, this inner cap 231 is located at a side of this stator 21 by first side 201 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20, and this inner cap 231 radially is connected in the outside of this stator 21 along this stator 21, this enclosing cover 232 is away from this stator 21, and this enclosing cover 232 is connected in this inner cap 231 away from a side of this stator 21.

The holder 23 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 includes first efferent 233 and second efferent 234, and this first efferent 233 and second efferent 234 are located at the enclosing cover 232 of this holder 23 simultaneously.This stator 21 is electrically connected on first efferent 233 and second efferent 234 of this holder 23 simultaneously, and this first efferent 233 and this second efferent 234 are electrically connected to each other, and first efferent 233 of this holder 23 can be connected in storage battery 90.This holder 23 also is equipped with an axis hole 235, and the axis hole 235 of this holder 23 runs through this inner cap 231 and enclosing cover 232 vertically.

This flywheel 24 is in the form of annular discs, and this flywheel 24 is located at second side 202 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20.This flywheel 24 includes an inboard 241 and an outside 242, and the inboard 241 of this flywheel 24 is positioned at this flywheel 24 near a side of this rotor 22, and the outside 242 of this flywheel 24 is positioned at this flywheel 24 away from a side of this rotor 22.The inboard 241 of this flywheel 24 is provided with an axle sleeve 243 and a shell 244, and this axle sleeve 243 and this shell 244 are cylindrical respectively, and the axle sleeve 243 of this flywheel 24 is arranged in the axis hole 221 of this rotor 22.

This rotor 22 also is equipped with several fixtures 222 simultaneously, and this fixture 222 is connected in this rotor 22 and this flywheel 24 simultaneously, makes this rotor 22 and this flywheel 24 produce synchronous rotation relationship.This flywheel 24 also includes a counterweight portion 245, and the shell 244 of this flywheel 24 radially is located on outside the inner cap 231 of this holder 23, and the counterweight portion 245 of this flywheel 24 is along the shell 244 that radially outward is connected in this flywheel 24 in the ring mode of establishing of this flywheel 24.

This flywheel 24 also includes a driven wheel 246 and a clasp 247, and this driven wheel 246 is positioned at this flywheel 24 away from a side of this rotor 22.This driven wheel 246 is sheathed on the axle sleeve 243 of this flywheel 24, and this driven wheel 246 is connected in this axle sleeve 243 in the screw lock mode.This clasp 247 is positioned at this driven wheel 246 in contrast to a side of this rotor 22, and this clasp 247 is sheathed on this axle sleeve 243, and this clasp 247 can avoid this driven wheel 246 to break away from this axle sleeve 243 vertically.This driven wheel 246 adopts induced waies such as gear, sprocket wheel or belt pulley, and this driven wheel 246 is sprocket wheel in the present embodiment, and the rotating shaft 25 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 is arranged in the axis hole 235 that runs through this holder 23 in the axle sleeve 243 of this flywheel 24 simultaneously.

Please continue with reference to Fig. 5 to shown in Figure 8, be the use state diagram of the electricity generation system discriminating gear of the utility model tool discriminating gear.This discriminating gear 30 is electrically connected on second efferent 234 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20, this discriminating gear 30 includes first indicating device 31, second indicating device 32, the 3rd indicating device 33, the 4th indicating device 34, the 5th indicating device 35 and an attention device 36, this first indicating device 31, this second indicating device 32, the 3rd indicating device 33, the 4th indicating device 34, the 5th indicating device 35 and this attention device 36 can send signal all respectively, the various information of prompting user.

This discriminating gear 30 also includes at least one display 37, and this display 37 can show the wherein a kind of of running time of voltage that second efferent 234 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 exports, electric current, this electricity generation system 10 or storage battery 90 dump energies.This discriminating gear 30 also includes a panel 38, and this first indicating device 31, this second indicating device 32, the 3rd indicating device 33, the 4th indicating device 34, the 5th indicating device 35, this attention device 36 and this display 37 all are located at this panel 38.This discriminating gear 30 also includes a timing replacement button 39, the running time that this timing replacement button 39 can be reset this shown electricity generation system 10 of this display 37.

This discriminating gear 30 can measure the voltage that second efferent 234 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 is exported and differentiate, this discriminating gear 30 is differentiated and is finished after the magnitude of voltage that this second efferent 234 exports, and this discriminating gear 30 can be controlled this first indicating device 31, this second indicating device 32, the 3rd indicating device 33, the 4th indicating device 34 and the 5th indicating device 35, and one of them moves.When the voltage of exporting when this second efferent 234 is predetermined voltage, first indicating device 31 of this discriminating gear 30 can move, predetermined voltage is between the 12.7V to 14.5V in the present embodiment, and this first indicating device 31 can send green glow after moving in the present embodiment.

The voltage of exporting when this second efferent 234 is higher than predetermined voltage but when being lower than upper voltage limit, second indicating device 32 of this discriminating gear 30 can move, and this second indicating device 32 can send gold-tinted after moving in the present embodiment.The voltage of exporting when this second efferent 234 is lower than predetermined voltage but when being higher than lower voltage limit, the 3rd indicating device 33 of this discriminating gear 30 can move, and the 3rd indicating device 33 can send gold-tinted after moving in the present embodiment.

When the voltage of exporting when this second efferent 234 is higher than predetermined voltage and is higher than upper voltage limit, the 4th indicating device 34 of this discriminating gear 30 can move, cut off the electrical connection of this first input part 233 simultaneously, upper voltage limit is 15.5V in the present embodiment, and the 4th indicating device 34 can send ruddiness after moving in the present embodiment.When the voltage of exporting when this second efferent 234 is lower than predetermined voltage and is lower than lower voltage limit, the 5th indicating device 35 of this discriminating gear 30 can move, lower voltage limit is 10.5V in the present embodiment, and the 5th indicating device 35 can send ruddiness after moving in the present embodiment.

This discriminating gear 30 can measure and differentiates simultaneously the voltage of storage battery 90 and electric power storage situation, and this discriminating gear 30 is differentiated and finished after the voltage and electric power storage situation of storage battery 90, and this discriminating gear 30 can be controlled this attention device 36 and send various signal.After storage battery 90 is electrically connected on this first efferent 233, this discriminating gear 30 is namely differentiated the voltage of storage battery 90, when the voltage of storage battery 90 is lower than lower voltage limit, this discriminating gear 30 can be controlled this attention device 36 and send first signal 361, and this first signal 361 is in the present embodiment for sending flicker ruddiness.

When the voltage exported of this second input part 234 was higher than upper voltage limit simultaneously, this attention device 36 also sent this first signal 361.When the voltage of storage battery 90 was higher than lower voltage limit, this discriminating gear 30 can be controlled this attention device 36 and send a secondary signal 362, and this secondary signal 362 is in the present embodiment for continuing to send ruddiness.

When the voltage of exporting when this first efferent 233 makes the normal continuous electricity of storage battery 90 between upper voltage limit and lower voltage limit, this attention device 36 can send the 3rd signal 363, for continuing to send green glow, the electric current that the situation of storage battery 90 normal continuous electricity is accepted for storage battery 90 in the present embodiment is more than the 1A to the 3rd signal 363 in the present embodiment.

The voltage of exporting when this first efferent 233 is between upper voltage limit and lower voltage limit and storage battery 90 can't normally continue electricity the time, this attention device 36 can send the 4th signal 364, the 4th signal 364 is in the present embodiment for sending the flicker green glow, and storage battery 90 can't normally continue electric current that the situation of electricity accepts for storage battery 90 in the present embodiment for being lower than 1A.

This display 37 is when showing storage battery 90 remaining electric weight, the magnitude of voltage that measures storage battery 90 at this discriminating gear 30 is the situation of lower voltage limit, this display 37 shows that storage battery 90 remaining electric weight are 0%, the magnitude of voltage that this discriminating gear 30 measures storage battery 90 is the situation of upper voltage limit, and this display 37 shows that storage battery 90 remaining electric weight are 100%.

Please continue with reference to shown in Figure 9, be the use state diagram of the electricity generation system of the utility model tool discriminating gear.This electricity generation system 10 can be installed in existing exercise bicycle 91, when the user tramples the pedal of exercise bicycle 91, the driven wheel 246 that can drive this flywheel 24 rotates, and then drive this rotor 22 and this flywheel 24 rotates synchronously, when this rotor 22 rotates relative to this stator 21, can make this stator 21 produce electric power, for this

first efferent

233 and 234 outputs of this second efferent.

When the user tramples the pedal of exercise bicycle 91 and makes this first efferent 233 and this second efferent, 234 output powers, the power that the user tramples is more strong, the speed that this rotor 22 rotates is more fast, the voltage that this first efferent 233 and this second efferent 234 are exported is just more high, the power that the user tramples is more weak, the speed that this rotor 22 rotates is more slow, the voltage that this first efferent 233 and this second efferent 234 are exported is just more low, the overtension of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 outputs or cross and lowly all is unfavorable for storage battery 90 electric power storages, must control voltage that the speed of trampling exports this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 stable maintain scheduled voltage.

When first indicating device 31 sent signal, the voltage that represents these Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 outputs was scheduled voltage, reminded the user to keep the present speed of trampling.When second indicating device 32 sent signal, the voltage that represents these Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 outputs was higher than scheduled voltage, reminded the user to slow down the speed of trampling, and damaged because of too high charging voltage to avoid storage battery 90.When the 3rd indicating device 33 sent signal, the voltage that represents 20 outputs of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) was lower than scheduled voltage, reminded the user to accelerate the speed of trampling, to keep the good electric power storage quality of storage battery 90.When the 4th indicating device 34 sends signal; the voltage that represents these Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 outputs has been higher than the upper voltage limit value; this discriminating gear 30 has cut off being electrically connected of first efferent 233 and storage battery 90; avoid impaired with protection storage battery 90, the state of reminding user's storage battery 90 to be in non-electric power storage simultaneously need slow down the speed of trampling.When the 5th indicating device 35 sent signal, the voltage that represents these Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 outputs was lower than the lower voltage limit value, and the voltage of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 can't provide the function of storage battery 90 electric power storages, and the state of reminding user's storage battery 90 to be in non-electric power storage need be accelerated the speed of trampling.

The voltage of 30 pairs of storage batterys 90 of this discriminating gear and electric power storage situation measure and when differentiating, when this attention device 36 sends this first signal 361, the voltage that represents storage battery 90 is lower than lower voltage limit, and storage battery 90 is in abnormal state of affairs, and whether the user must detect storage battery 90 and damage.When this attention device 36 sent this secondary signal 362, the voltage that represents storage battery 90 was higher than lower voltage limit, and storage battery 90 is in normal state, and the user can utilize 20 pairs of storage batterys 90 of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) to charge.

When this attention device 36 sends the 3rd signal 363, represent the state that storage battery 90 is in normal electric power storage, the user can continue the relieved pedal of trampling exercise bicycle 91, so that the electric power storage that storage battery 90 continues.

Because this stator 21 is formed by the wire coil coiling, this rotor 22 is magnet, this rotor 22 is the inboards that radially are arranged in this stator 21 along this stator 21, magnet weight is light than wire coil, make these Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 kinetic energy be converted to the conversion efficiency height of electric energy, and effectively dwindle the volume of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20.This Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 has flywheel 24, make this rotor 22 can improve moment of inertia, there be not external force that this rotor 22 is accelerated under the situation of rotation, this rotor 22 still can be kept long running, and this flywheel 24 has counterweight portion 245, because counterweight portion 245 is located on outside the shell 244 of this flywheel 24, can further increase the moment of inertia of this flywheel 24, prolong the rotation time of this rotor 22, increase the efficient of generating.

The pedal of trampling exercise bicycle 91 that the user continues, and transfer to when sending the 4th signal 364 by sending the 3rd signal 363 when this attention device 36, trampling exercise bicycle 91 according to normal speed and but still can't make storage battery 90 normal electric power storages though represent the user, might be that storage battery 90 has damaged or fault.If this attention device 36 transfers to when sending this first signal 361 by sending the 3rd signal 363, the voltage that this second input part 234 is exported is higher than upper voltage limit, and the user should slow down the speed of trampling.

Control the mode of generating voltage by adjusting these Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 running speeds, this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 is during with suitable speed constant speed drive, can make this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 maintain good generating efficiency, reduce the consumption of user's muscle power, the output that increases electric power simultaneously can also avoid this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 to cause the life-span of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) 20 to reduce because running speed is too fast.

Because can sending to remind the user to accelerate or slow down, this discriminating gear 30 tramples the signal of exercise bicycle 91 simultaneously, can allow the user maintain the suitable speed of trampling, allow the user in 90 chargings of 20 pairs of storage batterys of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), can also reach good movement effects, avoid the user because the excessive velocities of trampling causes the athletic injury of hyperkinesia fierceness simultaneously, can also avoid exercise bicycle 91 to damage because of violent the trampling of user.

Can summarize with regard to the above and the utlity model has following advantage:

1. the electricity generation system of the utility model tool discriminating gear, wherein electricity generation system can be controlled generating voltage voluntarily by the user, electricity generation system includes Blast Furnace Top Gas Recovery Turbine Unit (TRT) and discriminating gear, the electric power that the user uses Blast Furnace Top Gas Recovery Turbine Unit (TRT) to produce can be differentiated via discriminating gear, discriminating gear can make different indicator motions according to different differentiation results, remind the user that Blast Furnace Top Gas Recovery Turbine Unit (TRT) is accelerated or decelerate, the usefulness of bottle electric power storage of powering to keep the stable output of Blast Furnace Top Gas Recovery Turbine Unit (TRT), during with stable power voltage supply bottle electric power storage, can effectively keep the electric power storage ability of storage battery, extending battery life avoids simultaneously that the voltage that uses because of power supply bottle is incorrect to cause danger.

2. the electricity generation system of the utility model tool discriminating gear, wherein electricity generation system is controlled generating voltage by the mode of adjusting the Blast Furnace Top Gas Recovery Turbine Unit (TRT) running speed, Blast Furnace Top Gas Recovery Turbine Unit (TRT) is during with suitable speed constant speed drive, can make Blast Furnace Top Gas Recovery Turbine Unit (TRT) maintain good generating efficiency, reduce the consumption of kinetic energy, the output that increases electric power can avoid Blast Furnace Top Gas Recovery Turbine Unit (TRT) to cause the life-span of Blast Furnace Top Gas Recovery Turbine Unit (TRT) to reduce because running speed is too fast simultaneously.

Be the above, it only is preferred embodiment of the present utility model, when can not with the scope implemented of restriction the utility model, therefore the change of numerical value or the displacement of equivalent elements such as, or according to equalization variation and modification that the utility model claim is done, all should still belong to the category that the utility model patent contains.

Claims

1. the electricity generation system of a tool discriminating gear is characterized in that, includes:

A Blast Furnace Top Gas Recovery Turbine Unit (TRT), this Blast Furnace Top Gas Recovery Turbine Unit (TRT) include first efferent and second efferent, and this first efferent and this second efferent are electrically connected to each other, and this first efferent can be connected in storage battery;

A discriminating gear, this discriminating gear is electrically connected on second efferent of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), this discriminating gear can measure the voltage that second efferent of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) is exported and differentiate, this discriminating gear includes first indicating device, this first indicating device can send signal, when the voltage of exporting when this second efferent was predetermined voltage, first indicating device of this discriminating gear can move.

2. the electricity generation system of tool discriminating gear as claimed in claim 1, it is characterized in that, this discriminating gear includes second indicating device and the 3rd indicating device, this second indicating device and the 3rd indicating device can send signal all respectively, when the voltage of exporting when this second efferent is higher than predetermined voltage, second indicating device of this discriminating gear can move, and when the voltage of exporting when this second efferent was lower than predetermined voltage, the 3rd indicating device of this discriminating gear can move.

3. the electricity generation system of tool discriminating gear as claimed in claim 2, it is characterized in that, this discriminating gear includes the 4th indicating device and the 5th indicating device, the 4th indicating device and the 5th indicating device can send signal all respectively, when the voltage of exporting when this second efferent is higher than predetermined voltage and is higher than upper voltage limit, the 4th indicating device of this discriminating gear can move, when the voltage of exporting when this second efferent was lower than predetermined voltage and is lower than lower voltage limit, the 5th indicating device of this discriminating gear can move.

4. the electricity generation system of tool discriminating gear as claimed in claim 3 is characterized in that, during the 5th indicator motion of this discriminating gear, this discriminating gear cuts off being electrically connected of this first efferent and storage battery.

5. the electricity generation system of tool discriminating gear as claimed in claim 3, it is characterized in that, this discriminating gear includes an attention device, this attention device can send signal, this discriminating gear can measure and differentiates simultaneously the voltage of storage battery and electric power storage situation, this discriminating gear is differentiated voltage and the electric power storage situation of storage battery, and can control this attention device and send various signal, when storage battery is electrically connected on this first efferent, this discriminating gear can be differentiated the voltage of storage battery, when the voltage of storage battery is lower than lower voltage limit, this discriminating gear can be controlled this attention device and send first signal, when the voltage of storage battery is higher than lower voltage limit, this discriminating gear can be controlled this attention device and send a secondary signal, the voltage of exporting when this first efferent makes storage battery normally during continuous electricity between upper voltage limit and lower voltage limit, this attention device can send the 3rd signal, the voltage of exporting when this first efferent is between upper voltage limit and lower voltage limit and storage battery can't normally continue electricity the time, and this attention device can send the 4th signal.

6. the electricity generation system of tool discriminating gear as claimed in claim 5, it is characterized in that, this discriminating gear also includes a panel, and this first indicating device, this second indicating device, the 3rd indicating device, the 4th indicating device, the 5th indicating device, this attention device are located at this panel.

7. the electricity generation system of tool discriminating gear as claimed in claim 3 is characterized in that, predetermined voltage is between the 12.7V to 14.5V, and upper voltage limit is 15.5V, and lower voltage limit is 10.5V.

8. the electricity generation system of tool discriminating gear as claimed in claim 1, it is characterized in that, this Blast Furnace Top Gas Recovery Turbine Unit (TRT) includes a stator and a rotor, this stator rotation relatively of this rotor, this stator is formed by the wire coil coiling, this rotor is magnet, and this rotor is along the inboard that radially is arranged in this stator of this stator.

9. the electricity generation system of tool discriminating gear as claimed in claim 8, it is characterized in that, this rotor is equipped with an axis hole vertically, this Blast Furnace Top Gas Recovery Turbine Unit (TRT) includes first side and second side vertically, first side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) and this second side lay respectively at this stator and this rotor both sides vertically, this Blast Furnace Top Gas Recovery Turbine Unit (TRT) also includes a holder, a flywheel and a rotating shaft, this holder includes an inner cap and an enclosing cover, this inner cap is near this stator, this inner cap is located at a side of this stator by first side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), and this inner cap radially is connected in the outside of this stator along this stator, this enclosing cover is away from this stator, this enclosing cover is connected in this inner cap away from a side of this stator, this fixed seating is in first side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), this holder is connected in this stator, this first efferent and second efferent are located at this holder simultaneously, this stator is electrically connected on this first efferent and this second efferent simultaneously, this holder also is equipped with an axis hole, the axis hole of this holder runs through this inner cap and enclosing cover vertically, this flywheel is located at second side of this Blast Furnace Top Gas Recovery Turbine Unit (TRT), this flywheel includes an inboard and an outside, the inboard of this flywheel is positioned at this flywheel near a side of this rotor, the outside of this flywheel is positioned at this flywheel away from a side of this rotor, the inboard of this flywheel is provided with an axle sleeve and a shell, this axle sleeve and this shell are cylindrical respectively, the axle sleeve of this flywheel is arranged in the axis hole of this rotor, this rotor also is equipped with several fixtures simultaneously, described fixture is connected in this rotor and this flywheel simultaneously, make this rotor and this flywheel produce synchronous rotation relationship, the rotating shaft of this Blast Furnace Top Gas Recovery Turbine Unit (TRT) is arranged in the axis hole that runs through this holder in the axle sleeve of this flywheel simultaneously.

10. the electricity generation system of tool discriminating gear as claimed in claim 9, it is characterized in that, this flywheel also includes a counterweight portion, the shell of this flywheel radially is located on outside the inner cap of this holder, and the counterweight portion of this flywheel is along the shell that radially outward is connected in this flywheel in the ring mode of establishing of this flywheel.

11. the electricity generation system of tool discriminating gear as claimed in claim 10, it is characterized in that, this flywheel also includes a driven wheel and a clasp, this driven wheel is positioned at this flywheel away from a side of this rotor, this driven wheel is sheathed on the axle sleeve of this flywheel, this driven wheel is connected in this axle sleeve in the screw lock mode, and this clasp is positioned at this driven wheel in contrast to a side of this rotor, and this clasp is sheathed on this axle sleeve and breaks away from this axle sleeve vertically to avoid this driven wheel.

12. the electricity generation system of tool discriminating gear as claimed in claim 11 is characterized in that, this driven wheel is sprocket wheel.