CN204627840U - A kind of communication type rolling lifting drive power generating device by conversion - Google Patents
A kind of communication type rolling lifting drive power generating device by conversion Download PDFInfo
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- CN204627840U CN204627840U CN201520142927.9U CN201520142927U CN204627840U CN 204627840 U CN204627840 U CN 204627840U CN 201520142927 U CN201520142927 U CN 201520142927U CN 204627840 U CN204627840 U CN 204627840U
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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
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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Abstract
A kind of communication type rolling lifting drive power generating device by conversion, Power output is run in liquid by the annular rolling lowering or hoisting gear major part of a complete set to produce, and the end of this device can be exposed liquid side and be run outward.Arranging annular rolling device in buoyancy pool is suspended on grooved track, the both sides horizontal axis of annular rolling device is provided with gear ring and bearing box, described track is arranged fixing tooth plate to be engaged with gear ring, the input system that slip tooth plate is connected with bearing box above by buoyancy pool is set in same track and through gear transmission, rolling device is rolled in orbit.Be provided with magnetic suspension lifting device in annular rolling device, when being rolled in orbit by annular rolling device, synchronously drive magnetic suspension lifting device to redirect to plumbness acting.Magnetic suspension lifting device is provided with push rod and automatic lock pin, and the tooth plate utilizing the push rod of liquid buoyancy potential energy magnetic suspension lifting device promotion buoyancy pool to arrange above drives gear shift flywheel to rotate and produces Power output.Structure is simple, easy and simple to handle, realizes the conversion of form of energy.
Description
Technical field
A kind of structure of the utility model specific design is simple, stable, can make full use of floatage energy reaches efficiency power generation device by mechanical switch.
Background technique
The current energy is the most basic driving force of All Around The World development, is the basis that the mankind depend on for existence.Energy crisis, the survival and development that threaten the mankind that the problems such as pollution are serious, all adverse consequencess brought are the fermentation of each corner in the world.Development that the energy of current solar energy, wind energy, firepower, water conservancy, nuclear energy, tidal energy is the mankind provides and ensures; but the problems such as investment is large, energy conversion efficiency is low and operating cost is high, pollution that this kind of energy has; in this case; how research improves the utilization ratio of the energy, solves energy crisis and carves just very urgent.Research and develop a kind of communication type rolling lifting drive power generating device by conversion for generating, its advantage will be apparent, produce important meaning by green energy resource development.
Summary of the invention
The utility model provides a kind of communication type rolling lifting drive power generating device by conversion, solves the problem be short of power.
The utility model is achieved in that a kind of communication type rolling lifting drive power generating device by conversion, it is characterized in that: comprise buoyancy pool, power input device, gear, slip tooth plate, track, annular rolling device, magnetic suspension lifting device, gear shift flywheel, main shaft and power generation system; Annular rolling device is set in described buoyancy pool, the both sides horizontal axis of annular rolling device is provided with gear ring and bearing box, described track arranges fixed tooth plate be engaged with gear ring, slip tooth plate is set in same track, slip tooth plate is connected with bearing box, and and gears meshing, this gear is in transmission connection by driving mechanism and the power input device be arranged on above buoyancy pool; Gear driven slip tooth plate does reciprocating linear motion, and slip tooth plate push-pull shaft holds box and is synchronized with the movement, and drives gear ring to roll on fixed tooth plate, gear ring and the annular device synchronous rolling that rolls; In described annular rolling device, by magnetic levitation system, magnetic suspension lifting device is installed, push rod is provided with at described magnetic suspension lifting device, the top of push rod is through the automatic lock pin be arranged on annular invertor framework, push rod be equipped with magnetic suspension tooth plate and engage with gear shift flywheel, magnetic suspension tooth plate is slidably mounted in a chute, and gear shift flywheel is arranged on a main shaft; The combination of above-mentioned annular invertor, magnetic suspension lifting device, push rod, magnetic suspension tooth plate and gear shift flywheel is set up in parallel many groups, forms the common drive main spindle of linking type crisscross motion and rotates, this main shaft is equipped with power generation system; Annular rolling device often rolls half cycle, and the push rod at two ends forwards the lower end of two adjacent magnetic suspension tooth plates to.
The track arranged in described buoyancy pool is the trench structure that twice walk abreast, and is provided with the magnet of tooth plate and Mi Pu in the groove of track.
The framework of described annular rolling device installs sheet metal counterweight; Arrange magnet in the above and below of described bearing box, single side face is provided with positioning wheel.
Described magnetic suspension lifting device is by the cylinder-like structure injecting the cell cube of helium and form, and two ends are bullet-shaped, cell cube be provided with fill, air escape cock; The both sides of described magnetic suspension lifting device arrange the magnet that outstanding bar magnet and magnetic suspension roll in sliding rail groove supporting in device and are oppositely arranged, and bar magnet and magnet magnetic are repelled each other.
Described power input device is lever actuated equipment or motor, this lever actuated equipment comprises lever and is slidably mounted on the magnetic suspension coaster on lever, lever adopts the vibrational power flow of frame type to be arc line shaped or lineal shape, lever is arranged track to slide for magnetic suspension coaster, in lever, be provided with sebific duct, and inject a semiliquid; Connecting counterweight tooth plate in one end of lever adopts magnetic suspension structure spacing in fixing chute, and counterweight tooth plate drives speed change gear to rotate, and speed change gear is rotated by driving mechanism driven gear, and lever or magnetic suspension coaster are equipped with drive unit; This motor is rotated by driving mechanism driven gear.
Described magnetic suspension coaster adopts framework to add the structure of balance weight body, and balance weight body is solid; Described drive unit is driving plate, electromagnetic wand drive unit or motor drive unit, connects this driving plate in the one or both ends of described lever; Electromagnetic wand drive unit by the top be connected in magnetic suspension coaster with electromagnetic wand is installed between lever and corresponding magnetic stripe forms; This motor drive unit adopts motor by the structure of gear driving rack, and tooth bar is fixed on lever, and motor is arranged on magnetic suspension coaster.
Between described magnetic suspension tooth plate and guide groove, all adopt magnetic suspension structure between counterweight tooth plate and fixing chute and between magnetic suspension coaster and lever, the array magnet repelled each other by the magnetic of establishing respectively between the two sections and positioning roller are formed.
Many groups gear shift flywheel on same axis adopts shaft joint to be in turn connected into and is integrated main shaft, and form power-converting power generation system by variable-speed motor, counterweight wheel disc, generator, spindle bearing adopts magnetic suspension bearing supports main shaft; Adopt Anti-surging plate to cut off forming unit trellis respectively many groups that same axis is arranged rolling devices overall, this pattern is set up in parallel many groups and is formed netted; The bearing box of device side of annular being rolled is connected on same pull bar, and the end of pull bar arranges tooth plate and gears meshing, and gear grouping is connected into one or more line shaft, often organizes line shaft and arranges one group of power input device.
Described spindle bearing adopts magnetic bearing structure, comprises shell, outer ring magnet, interior ring magnet and two ends ring magnet; Shell is the closed package assembly of semicircle, and in the annular Mi Pu in shell on the outer ring magnet of annular Mi Pu and main shaft, ring magnet is symmetrical, and two ends ring magnet is located in shell two ends, and shell is fixed on support.
Described gear shift flywheel comprises external toothing, ratchet, ring gear, intermediate gear and central gear, and external toothing and ring gear arrange ball grooves respectively, and the inner peripheral surface of external toothing is provided with several ratchet, engages with the ratchet of ring gear periphery; The teeth being located at ring gear inner peripheral surface engage with intermediate gear, and multiple intermediate gear is encircled central gear 4 and engaged each other, and adopt two pieces of baffle plates by fixing to described external toothing, ring gear, intermediate gear and central gear assembling.
The utility model has the advantages that: structure is simple, easy and simple to handle, makes full use of permanent magnetic suspension technology and liquid buoyancy potential energy, realizes the conversion of form of energy, be used for generating by mechanical switch.
Accompanying drawing explanation
Fig. 1 is the overall structure schematic diagram of the utility model embodiment (lever arrangement driving);
Fig. 2 is the overall structure schematic diagram of another embodiment of the utility model (motor driving);
Fig. 3 is annular invertor of the present utility model and rail combined structure schematic diagram (the A-A sectional view of Fig. 1 and Fig. 2);
Fig. 4 is the B-B sectional view of Fig. 3;
Fig. 5 is the composition schematic diagram of main shaft of the present utility model and power generation system;
Fig. 6 is linking type combined dynamic system schematic diagram of the present utility model;
Fig. 7 is one group of (row) assembly power structural representation in Fig. 6;
Fig. 8 is slide teeth board mounting structure cross sectional view of the present utility model;
Fig. 9 is magnetic suspension tooth plate of the present utility model and chute composite structure schematic diagram;
Figure 10 is the F-F sectional view of Fig. 9;
Figure 11 is the structural representation (in Fig. 1 C-C sectional view) of one of magnetic suspension coaster of the present utility model;
Figure 12 is the structural representation (in Fig. 1 C-C sectional view) of magnetic suspension coaster two of the present utility model;
Figure 13 is magnetic suspension bearing bearing schematic diagram (cutting plane is vertical with main shaft) of the present utility model;
Figure 14 is the D-D sectional view of Figure 13;
Figure 15 is the internal structure schematic diagram of gear shift flywheel of the present utility model.
Mark in figure: 1-buoyancy pool, 2-track, 3-annular invertor, 4-magnetic suspension lifting device, 5-horizontal axis, 6-bearing box, 7-fixed tooth plate, 8-slip tooth plate, 9-chute, 10-gear, 11-chain, 12-power gear, 13-magnetic suspension tooth plate, 131-chute, 14-gear shift flywheel, 15-push rod, 16-lock pin, 17-slide rail, 18-moving magnet, 19-magnet, 20-magnet, 21-positioning wheel, 22-gear ring, 23-tooth plate, 24-buffer, 25-variable-speed motor, 26-wheel disc, 27-generator, 28-coupling, 29-bearing, 30-operation bench, 31-roller, 32-positioning wheel, 33-magnet, 34-magnet, 35-balance weight body, 36-electromagnetic wand, 37-motor, 38-speed change gear, 39-counterweight tooth plate, 391-fixes chute, 40-lever arrangement, 41-magnetic suspension coaster, 42-sebific duct, 121-drive motor, 171-magnet, 50-main shaft, 51-pull bar, 52-driving plate, 131-chute, 132-magnet, 133-positioning roller, 361-(electromagnetic wand drives) magnetic stripe.
Embodiment
As shown in Fig. 1-Figure 15, a kind of communication type rolling of the utility model lifting drive power generating device by conversion, comprises buoyancy pool 1, power input device, gear 10, slip tooth plate 8, track 2, annular rolling device 3, magnetic suspension lifting device 4, gear shift flywheel 14, main shaft 50 and power generation system; Annular rolling device 3 is set in described buoyancy pool 1, the both sides horizontal axis 5 of annular rolling device 3 is provided with gear ring 22 and bearing box 6, described track 2 arranges fixed tooth plate 7 be engaged with gear ring 22, in same track 2, slip tooth plate 8 is set, slip tooth plate 8 is connected with bearing box 6, and engage with gear 10, this gear 10 is in transmission connection by driving mechanism (chain drive 11 or gear transmission) and the power input device be arranged on above buoyancy pool 1.Gear 10 drives slip tooth plate 8 to do reciprocating linear motion along track 2, and slip tooth plate 8 push-and-pull bearing box 6 is synchronized with the movement, and drives gear ring 22 to roll on fixed tooth plate 7, gear ring 22 and annular device 3 synchronous rolling that rolls.In described annular rolling device 3, by magnetic levitation system, magnetic suspension lifting device 4 is installed, push rod 15 is provided with at described magnetic suspension lifting device 4, the top of push rod 15 is through the lock pin 16 be arranged on annular invertor 3 framework, push rod 15 be equipped with magnetic suspension tooth plate 13 and engage with gear shift flywheel 14, magnetic suspension tooth plate 13 is slidably mounted in chute 131, and gear shift flywheel 14 is arranged on a main shaft 50.The combination of above-mentioned annular invertor 3, magnetic suspension lifting device 4, push rod 15, magnetic suspension tooth plate 13 and gear shift flywheel 14 is set up in parallel many groups, forms the common drive main spindle 50 of linking type crisscross motion and rotates, this main shaft 50 is equipped with power generation system.Annular rolling device 3 often rolls half cycle, and the push rod 15 at two ends forwards the lower end of two adjacent magnetic suspension tooth plates 13 to, and release opened by lock pin 16, push rod 15 upwards fast moving, drives on magnetic suspension tooth plate 13 and moves acting.
The trench structure that the track 2 arranged in described buoyancy pool 1 walks abreast for twice, is provided with the magnet 20 of tooth plate 23 and Mi Pu in the groove of track 2.
The framework of described annular rolling device 3 installs sheet metal counterweight; Arrange magnet 19 in the above and below of described bearing box 6, single side face is provided with positioning wheel 21.
Described magnetic suspension lifting device 4 is by the cylinder-like structure injecting the cell cube of helium and form, and two ends are bullet-shaped (being also other shapes), cell cube be provided with fill, air escape cock.The both sides of described magnetic suspension lifting device 4 arrange the magnet 171 that outstanding bar magnet 18 and magnetic suspension roll in slide rail 17 groove supporting in device 4 and are oppositely arranged, and bar magnet 18 and magnet 171 magnetic are repelled each other, and realize suspension lifting device 4 positioning suspended.
Described power input device is lever actuated equipment or motor 121, the magnetic suspension coaster 41 that this lever actuated equipment (see Fig. 1, Figure 11 and Figure 12) comprises lever 40 and is slidably mounted on lever 40, lever 40 adopts the vibrational power flow of frame type to be arc line shaped or lineal shape, lever 40 is arranged track to slide for magnetic suspension coaster 41, in lever 40, be provided with sebific duct 42, and inject a semiliquid; Connecting counterweight tooth plate 39 in one end of lever 40 adopts magnetic suspension structure spacing in fixing chute 391, and counterweight tooth plate 39 drives speed change gear 38 to rotate, and speed change gear 38 is rotated by driving mechanism driven gear 10; This motor is rotated by driving mechanism driven gear 10.
Described magnetic suspension coaster 41 adopts framework to add the structure of balance weight body 35, in framework, magnet 33 is installed up and down, correspondingly with the magnet 34 that lever 40 track is arranged to repel each other, the structure that positioning wheel 32 supports is installed in magnetic suspension coaster 41 side on lever 40, forms suspension.
Above-mentioned lever actuated equipment operationally needs drive unit driving lever 40 two ends to swing up and down.One of described drive unit is driving plate 52, connects a driving plate 52 in the one or both ends of described lever 40, extraneous power (waste water as current or plant emissions) can be utilized to impact driving plate 52, drive lever 40 two ends to swing up and down acting.Or utilize wind-driven generator to drive the to-and-fro motion of magnetic suspension coaster 41, drive lever 40 two ends to swing up and down acting.
Two of drive unit is that electromagnetic wand drive unit electromagnetic wand drive unit is made up of with electromagnetic wand between lever 36 and corresponding magnetic stripe 361 top be connected in magnetic suspension coaster 41.
Three of drive unit is motor drive unit, and adopt motor 37 to be driven the structure of tooth bar 371 by gear 372, tooth bar 371 is fixed on lever 40, and motor 37 is arranged on magnetic suspension coaster 41.
Between described magnetic suspension tooth plate 13 and guide groove 131, between counterweight tooth plate 39 and fixing chute 391 and between magnetic suspension coaster 41 and lever 40, all adopt magnetic suspension structure, for Figure 10, the array magnet 132 repelled each other by the magnetic of establishing respectively between the two sections and positioning roller 133 are formed.
See Fig. 5 and Fig. 6, many groups gear shift flywheel 14 on same axis adopts shaft joint 28 to be in turn connected into and is integrated main shaft, form power-converting power generation system by variable-speed motor 25, counterweight wheel disc 26, generator 27, spindle bearing 29 adopts magnetic suspension bearing supports main shaft; Adopt Anti-surging plate to cut off forming unit trellis respectively many groups that same axis is arranged rolling devices 3 overall, this pattern is set up in parallel many groups and is formed netted; The bearing box 6 of device 3 side of annular being rolled is connected on same pull bar 8, and the end of pull bar arranges tooth plate and engages with gear 10, and gear 10 grouping is connected into one or more line shaft, often organizes line shaft and arranges one group of power input device.So just form the pattern that one group of power drives many group rolling devices to roll.The push rod 15 magnetic suspension tooth plate 13 promoted above buoyancy pool 1 of the magnetic suspension lifting device 4 arranged in described annular rolling device 3 drives gear shift flywheel 14 to continue to rotate, gear shift flywheel 14 is longitudinally connected to form many group main shafts 50 respectively, is namely formed at end installation variable-speed motor 25, wheel disc 26 and the generator 27 of main shaft 50 and organize electricity generating device more.Described power feed system can be arranged on centre or the two ends in pond as required, increases and decreases at any time.
See Figure 13 and Figure 14, described spindle bearing 29 adopts magnetic bearing structure, comprises shell 291, main shaft 50, outer ring magnet 292, interior ring magnet 293 and two ends ring magnet 294; Shell 291 is the closed package assembly of semicircle, and in shell, the outer ring magnet 292 of annular Mi Pu is symmetrical with ring magnet 293 in the annular Mi Pu on main shaft, and two ends ring magnet 294 is located in shell 291 two ends.
See Figure 15, described gear shift flywheel 14 comprises external toothing 141, ratchet 145, ring gear 142, intermediate gear 143 and central gear 144, external toothing 141 and ring gear 142 arrange ball grooves respectively, the inner peripheral surface of external toothing 141 is provided with several ratchet 145, meshing with the ratchet 145 of ring gear 142 periphery; The teeth being located at ring gear 142 inner peripheral surface are engaged with intermediate gear 144, and it is mutually meshing that multiple intermediate gear 143 encircles central gear 144, adopt two pieces of baffle plates by fixing for described external toothing 141, ring gear 142, intermediate gear 143 and central gear 144 assembling.
Below structure of the present utility model and working principle are further illustrated: the device 3 that annular rolled is placed in track 2 state of suspension namely forming gear ring 22 and be engaged with slip tooth plate 8, magnetic suspension lifting device 4 is provided with in described annular rolling device 3, make its entirety be in state of equilibrium in the liquid of buoyancy pool 1 by the reasonable counterweight of irregular installation metal plates on the framework to annular rolling device 3, annular rolling device 3 can be made to roll on track 2 to its power applied and synchronously drive magnetic suspension lifting device 4 to redirect to vertical state acting.It is to strengthen buoyancy in a liquid and going out the Driving force of liquid side to magnetic suspension tooth plate 13 that described magnetic suspension lifting device 4 li is full of helium.
Described magnetic suspension lifting device 4 is arranged slide rail 17 magnet 171 supporting in outstanding shape magnet 18 and the annular device 3 that rolls symmetrical, magnet can arrange multiple combination mode, magnetic suspension lifting device 4 is suspended spacing in annular rolling device 3, reduce noise and surface friction drag during lifting, also can adopt the method for complete wheeled slip as required.Lock pin 16 controls magnetic suspension lifting device 4 when rolling for annular rolling device 3 and changes lifting.
Liquid is injected in sum in buoyancy pool 1, track 2 one end is placed in time above magnetic suspension lifting device 4 is in annular rolling device 3, push rod 15 is locked and contacts with the driving magnetic suspension tooth plate 13 of one group of gear shift flywheel 14 above buoyancy pool, when being rolled into the other end terminal by annular rolling device 3 on track 2, magnetic suspension lifting device 4 is vertically in the below of annular rolling device 3, lock pin 16 is opened automatically, and another group magnetic suspension tooth plate 13 be upwardly arranged on above buoyancy pool 1 by the push rod 15 of buoyancy potential energy lift device 4 drives gear shift flywheel 14 to rotate.Described magnetic suspension tooth plate 13 suspends and is positioned in chute 131, and is provided with damping device, in order to reducing friction resistance and noise.After magnetic suspension lifting device 4 fault offset, lock pin 16 is closed automatically, and magnetic suspension tooth plate 13 self-return is to original state.Make annular rolling device 3 be rolled into home position in the other direction through gear 10 transmission again, the push rod 15 with above-mentioned method lift device 4 promotes magnetic suspension tooth plate 13 and drives gear shift flywheel 14 to rotate, and forms back and forth acting drive two groups of Power output.Described annular rolling device 3 is provided with buffer 24 when being rolled into terminal, and for damping, the pattern that annular rolling device 3 rolls also can arrange many groups and connect on the same axis (as shown in Figure 7), generates electricity through mechanical switch drive electrical generators 27 supporting with it.
In sum, because the working procedure that is staggered of annular rolling device 3 is to set, pressing enable switch can bring into operation, and overall operation is by operation bench 30 intelligentized control method.
Claims (10)
1. a communication type rolling lifting drive power generating device by conversion, is characterized in that: comprise buoyancy pool, power input device, gear, slip tooth plate, track, annular rolling device, magnetic suspension lifting device, gear shift flywheel, main shaft and power generation system; Annular rolling device is set in described buoyancy pool, the both sides horizontal axis of annular rolling device is provided with gear ring and bearing box, described track arranges fixed tooth plate be engaged with gear ring, slip tooth plate is set in same track, slip tooth plate is connected with bearing box, and and gears meshing, this gear is in transmission connection by driving mechanism and the power input device be arranged on above buoyancy pool; Gear driven slip tooth plate does reciprocating linear motion, and slip tooth plate push-pull shaft holds box and is synchronized with the movement, and drives gear ring to roll on fixed tooth plate, gear ring and the annular device synchronous rolling that rolls; In described annular rolling device, by magnetic levitation system, magnetic suspension lifting device is installed, push rod is provided with at described magnetic suspension lifting device, the top of push rod is through the automatic lock pin be arranged on annular invertor framework, push rod be equipped with magnetic suspension tooth plate and engage with gear shift flywheel, magnetic suspension tooth plate is slidably mounted in a chute, and gear shift flywheel is arranged on a main shaft; The combination of above-mentioned annular invertor, magnetic suspension lifting device, push rod, magnetic suspension tooth plate and gear shift flywheel is set up in parallel many groups, forms the common drive main spindle of linking type crisscross motion and rotates, this main shaft is equipped with power generation system; Annular rolling device often rolls half cycle, and the push rod at two ends forwards the lower end of two adjacent magnetic suspension tooth plates to.
2. communication type rolling lifting drive power generating device by conversion according to claim 1, is characterized in that: the track arranged in described buoyancy pool is the trench structure that twice walk abreast, and is provided with the magnet of tooth plate and Mi Pu in the groove of track.
3. communication type rolling lifting drive power generating device by conversion according to claim 1, is characterized in that: the framework of described annular rolling device installs sheet metal counterweight; Arrange magnet in the above and below of described bearing box, single side face is provided with positioning wheel.
4. communication type rolling lifting drive power generating device by conversion according to claim 1, is characterized in that: described magnetic suspension lifting device is by the cylinder-like structure injecting the cell cube of helium and form, and two ends are bullet-shaped, cell cube be provided with fill, air escape cock; The both sides of described magnetic suspension lifting device arrange the magnet that outstanding bar magnet and magnetic suspension roll in sliding rail groove supporting in device and are oppositely arranged, and bar magnet and magnet magnetic are repelled each other.
5. communication type rolling lifting drive power generating device by conversion according to claim 1, it is characterized in that: described power input device is lever actuated equipment or motor, this lever actuated equipment comprises lever and is slidably mounted on the magnetic suspension coaster on lever, lever adopts the vibrational power flow of frame type to be arc line shaped or lineal shape, lever is arranged track to slide for magnetic suspension coaster, in lever, be provided with sebific duct, and inject a semiliquid; Connecting counterweight tooth plate in one end of lever adopts magnetic suspension structure spacing in fixing chute, and counterweight tooth plate drives speed change gear to rotate, and speed change gear is rotated by driving mechanism driven gear, and lever or magnetic suspension coaster are equipped with drive unit; This motor is rotated by driving mechanism driven gear.
6. communication type rolling lifting drive power generating device by conversion according to claim 5, is characterized in that: described magnetic suspension coaster adopts framework to add the structure of balance weight body, and balance weight body is solid; Described drive unit is driving plate, electromagnetic wand drive unit or motor drive unit, connects this driving plate in the one or both ends of described lever; Electromagnetic wand drive unit by the top be connected in magnetic suspension coaster with electromagnetic wand is installed between lever and corresponding magnetic stripe forms; This motor drive unit adopts motor by the structure of gear driving rack, and tooth bar is fixed on lever, and motor is arranged on magnetic suspension coaster.
7. communication type rolling lifting drive power generating device by conversion according to claim 6, it is characterized in that: between described magnetic suspension tooth plate and guide groove, all adopt magnetic suspension structure between counterweight tooth plate and fixing chute and between magnetic suspension coaster and lever, the array magnet repelled each other by the magnetic of establishing respectively between the two sections and positioning roller are formed.
8. communication type rolling lifting drive power generating device by conversion according to claim 1, it is characterized in that: the many groups gear shift flywheel on same axis adopts shaft joint to be in turn connected into and is integrated main shaft, form power-converting power generation system by variable-speed motor, counterweight wheel disc, generator, spindle bearing adopts magnetic suspension bearing supports main shaft; Adopt Anti-surging plate to cut off forming unit trellis respectively many groups that same axis is arranged rolling devices overall, this pattern is set up in parallel many groups and is formed netted; The bearing box of device side of annular being rolled is connected on same pull bar, and the end of pull bar arranges tooth plate and gears meshing, and gear grouping is connected into one or more line shaft, often organizes line shaft and arranges one group of power input device.
9. communication type rolling lifting drive power generating device by conversion according to claim 1, is characterized in that:
Described spindle bearing adopts magnetic bearing structure, comprises shell, outer ring magnet, interior ring magnet and two ends ring magnet; Shell is the closed package assembly of semicircle, and in the annular Mi Pu in shell on the outer ring magnet of annular Mi Pu and main shaft, ring magnet is symmetrical, and two ends ring magnet is located in shell two ends, and shell is fixed on support.
10. communication type rolling lifting drive power generating device by conversion according to claim 1, it is characterized in that: described gear shift flywheel comprises external toothing, ratchet, ring gear, intermediate gear and central gear, external toothing and ring gear arrange ball grooves respectively, the inner peripheral surface of external toothing is provided with several ratchet, engages with the ratchet of ring gear periphery; The teeth being located at ring gear inner peripheral surface engage with intermediate gear, and multiple intermediate gear is encircled central gear 4 and engaged each other, and adopt two pieces of baffle plates by fixing to described external toothing, ring gear, intermediate gear and central gear assembling.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520142927.9U CN204627840U (en) | 2015-03-13 | 2015-03-13 | A kind of communication type rolling lifting drive power generating device by conversion |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520142927.9U CN204627840U (en) | 2015-03-13 | 2015-03-13 | A kind of communication type rolling lifting drive power generating device by conversion |
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| CN204627840U true CN204627840U (en) | 2015-09-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112124642A (en) * | 2020-09-02 | 2020-12-25 | 湖北航天技术研究院总体设计所 | Automatic rolling bracket |
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2015
- 2015-03-13 CN CN201520142927.9U patent/CN204627840U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112124642A (en) * | 2020-09-02 | 2020-12-25 | 湖北航天技术研究院总体设计所 | Automatic rolling bracket |
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| C14 | Grant of patent or utility model | ||
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150909 Termination date: 20200313 |
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| CF01 | Termination of patent right due to non-payment of annual fee |