CN101388593A - Micro power permanent magnet non-contact driving generator set - Google Patents
Micro power permanent magnet non-contact driving generator set Download PDFInfo
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- CN101388593A CN101388593A CNA2008102283071A CN200810228307A CN101388593A CN 101388593 A CN101388593 A CN 101388593A CN A2008102283071 A CNA2008102283071 A CN A2008102283071A CN 200810228307 A CN200810228307 A CN 200810228307A CN 101388593 A CN101388593 A CN 101388593A
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Abstract
The invention relates to a micro-power permanent-magnet non-contact driving generating set, which comprises a prime mover, a speed reducer and a generator. The micro-power permanent-magnet non-contact driving generating set is characterized in that an output end of the speed reducer is connected with a linear motion driving mechanism in a driving mode, the output end of the linear motion driving mechanism is connected with an actuating mechanism in the driving mode, three sliding magnet blocks which are arranged on the front portion, the middle portion and the rear portion are arranged in the actuating mechanism, the front sliding block and the rear sliding block are connected with an input power draw rod, the middle sliding magnet block is connected with an output power draw rod, and the output end of the output power draw rod is connected with the generator in a driving mode through an output actuating device. The invention has the advantages of high efficiency, little energy consumption and big output power, the output power is ten times more than that of the input power, and the generating set prominently lowers the power generation cost and does not have noise and other pollution.
Description
Technical field
The invention belongs to a kind of Blast Furnace Top Gas Recovery Turbine Unit (TRT), particularly a kind of efficient power generation unit that utilizes permanent magnet to do contactless transmission.
Background technology
At present, generation technology adopts hydraulic generator unit, turbo generator set more, utilizes hydraulic generator unit, turbo generator set generating, expend a large amount of energy resources, the thermo-electric plant as the 100000000 degree electricity that generate electricity in year just consumes coal every year more than 3,000,000 tons, the while contaminated environment, noise is big.Therefore seek a kind of energy-conservation, reduce cost of electricity-generating, novel electricity generation technology that noise is little is that people expect.We notice simultaneously, and existing all kinds of generating sets all are to drive generator by prime mover by Contact Transmission mechanism to realize generating, and its power output is not compared with input power to be increased.If the new technology that provides can increase power output be realize energy-conservation, reduce one of effective way of cost of electricity-generating.
Summary of the invention
The purpose of this invention is to provide a kind of micro power permanent magnet contactless transmission generating set, power output is big, the efficient height, the power consumption less, pollution-free.
The objective of the invention is to be achieved through the following technical solutions: it comprises prime mover, reductor, generator, it is characterized in that: at the output of the reductor rectilinear motion driving mechanism that is in transmission connection, the rectilinear motion driving mechanism output transmission mechanism that is in transmission connection, the slip magnetic patch of three arrangements before, during and after being provided with in the transmission mechanism, forward and backward slip magnetic patch connects input power pull bar, middle slip magnetic patch connects the outputting power pull bar, and the output of outputting power pull bar is by the output transmission generator that is in transmission connection.
Above-mentioned rectilinear motion driving mechanism is provided with input power pull bar, on the input power pull bar slotted hole is set, in slotted hole, pass the output shaft of reductor, the break-in semicircle wheel that connects two homonymies on the output shaft, on input power pull bar forward and backward break-in shelves are set, forward and backward break-in shelves lay respectively at the both sides of speed reducer output shaft.
Above-mentioned rectilinear motion driving mechanism is provided with input power pull bar, and the front end of input power pull bar connects relative a pair of tooth bar, the output shaft assembling of reductor and the semi-circle gear of a pair of tooth bar engagement.
The slip magnetic patch bottom group of above-mentioned three arrangements is contained in the pulley that rolls in the pulley track groove.
Above-mentioned forward and backward slip magnetic patch connects by the connecting plate of both sides.
The outputting power pull bar that above-mentioned middle slip magnetic patch connects passes freely through the centre bore of back slip magnetic patch.
Above-mentioned output transmission is provided with hitch, connect a pair of tooth bar relative, the outside elastic displacement of energy on the hitch, the arranged outside return springs of tooth bar, the inboard is provided with slidably jack-up part, there is the effect inclined-plane the inner of jack-up part, and the steady pin on effect jack-up part inclined-plane is set on the housing of output transmission.The output drive gear of assembling and tooth bar engagement on the output shaft of output transmission.
Above-mentioned output transmission is provided with a pair of relative tooth bar, and two tooth bars have the teeth of equal number, the teeth of lower gear rack with respect to the teeth of upper gear rack to teeth of dextroposition.Assembling output transmission semi-circle gear on the output shaft of output transmission, the last top of output transmission semi-circle gear is provided with a teeth room, and output transmission semi-circle gear meshes two tooth bars.
Advantage of the present invention is: efficient height, power consumption are less, power output is big, and power output is more than ten times of input power, significantly reduces cost of electricity-generating, noiseless and other pollution.
Description of drawings
Fig. 1 is a structural representation of the present invention.
Fig. 2 is the structural representation of transmission mechanism.
Fig. 3 is the another kind of form structure schematic diagram of rectilinear motion driving mechanism of the present invention.
Fig. 4 is a kind of version schematic diagram of output transmission.
Fig. 5 is the another kind of version schematic diagram of output transmission.
Embodiment:
See Fig. 1,2, concrete structure is as follows: prime mover 11 (the microkinetic machine can adopt motor), reductor 12 and generator 1 all adopt prior art, the output driving coupling reductor 12 of prime mover 1.The output shaft of reductor 12 connects the rectilinear motion driving mechanism.The rectilinear motion driving mechanism adopts following two kinds of frame modes: see Fig. 1, first kind, input power pull bar 5 is set, on the input power pull bar 5 slotted hole 8 is set, in slotted hole 8, pass the output shaft 14 of reductor, the break-in semicircle wheel 7,9 that connects two homonymies on the output shaft 14 is provided with forward and backward break-in shelves 10,6 on input power pull bar 5, forward and backward break-in shelves lay respectively at the both sides of output shaft 14.Its operation principle: the output shaft 14 of reductor 12 rotates, driving two break-in semicircle wheels 7,9 rotates, break-in semicircle wheel 9,7 differs 180 ° of priorities and acts on the forward and backward break-in shelves of importing on the power pull bar 10,6, thereby makes input power pull bar 5 produce the front and back rectilinear motions.See Fig. 3, second kind, input power pull bar 5 is set, the front end of input power pull bar 5 connects relative a pair of tooth bar 21,22, output shaft 14 assemblings of reductor and the semi-circle gear 23 of a pair of tooth bar engagement.Its operation principle: the output shaft 14 of reductor 12 rotates, and drives semi-circle gear 23 and rotates, and semi-circle gear 22 priority engagements drive a pair of tooth bar 21,22, thereby makes input power pull bar 5 produce the front and back rectilinear motion.
Rectilinear motion driving mechanism output, promptly import power pull bar 5 driving coupling transmission mechanisms 4, the structure of transmission mechanism: see Fig. 2, the slip magnetic patch 17,15,20 of three arrangements before, during and after being provided with in the shell, the relative side pole of each of three slip magnetic patch is identical, both all has been the N utmost point or all is the S utmost point.The pulley 19 that the assembling of slip magnetic patch lower end is rolled, pulley 19 rolls in pulley track 18 grooves.Forward and backward slip magnetic patch 17,20 is linked together by the connecting plate 16 of both sides, and connects input power pull bar 5, and middle slip magnetic patch 15 connects outputting power pull bar 13, and outputting power pull bar 13 passes freely through the centre bore of back slip magnetic patch 20.The output of outputting power pull bar 13 connects output transmission 2 by bearing arrangement 3.
Two kinds of frame modes of output transmission employing: see Fig. 4: first kind is that hitch 28 is set, and hitch 28 front ends connect outputting power pull bar 13, connects a pair of tooth bar 25,33 relative, the outside elastic displacement of energy by bearing pin on the hitch 28.On the housing of output transmission (among the figure for illustrating), the spring and the decorative pearl on top of an official cap 24 are set respectively in the outside of tooth bar 25,33, be respectively equipped with slidably jack-up part 31 in the inboard of tooth bar 25,33, slip slotted hole 30 is arranged on the jack-up part 31, the slip spacer pin is arranged in the slip slotted hole 30.There is the effect inclined-plane the inner of jack-up part 31, and the steady pin 27,29 on effect jack-up part inclined-plane is set on the housing of output transmission.Its operation principle: when outputting power pull bar 13 rectilinear motion and when driving hitch 28 and moving to the right to the right, two tooth bars 25,33 are operation to the right simultaneously also, tooth bar 33 and output drive gear 26 engaged transmission, another tooth bar 25 is because steady pin 29 makes this tooth bar throw off output drive gear 26 no transmissions by the jack-up part, thereby makes output drive gear 26 rotations.When outputting power pull bar 13 rectilinear motion left, two tooth bars 25,33 are operation left simultaneously also, tooth bar 25 and output drive gear 26 engaged transmission, tooth bar 33 is because steady pin 27 makes this tooth bar throw off output drive gear 26 no transmissions by the jack-up part, thereby output drive gear 26 is rotated by equidirectional.Output drive gear 26 is assembled on the output shaft 32, rotates thereby output drive gear 26 drives output shaft 32.
See Fig. 5, second kind is that hitch 22 is set, and hitch 28 connects a pair of relative tooth bar 34,35, two tooth bars and has the teeth of equal number, the teeth of lower gear rack 35 with respect to the teeth of upper gear rack 34 to teeth of dextroposition.Assembling output transmission semi-circle gear 36 on the output shaft 32, the last top of output transmission semi-circle gear 36 is provided with a teeth room 37, output transmission semi-circle gear 36 engagements two tooth bars.Operation principle: when outputting power pull bar 13 left during rectilinear motion, upper gear rack 34 breaks away from output transmission semi-circle gear 36, and lower gear rack 35 engagement drive output transmission semi-circle gears 36 rotate to clockwise direction, when forwarding 180 to when spending, on the occasion of outputting power pull bar 13 rectilinear motion to the right, lower gear rack 35 breaks away from output transmission semi-circle gear 36, and upper gear rack 34 engagement drive output transmission semi-circle gears 36 rotate to clockwise direction, the operation that the left and right sides rectilinear motion of outputting power pull bar 13 is done as gone round and begun again by two tooth bars makes output transmission semi-circle gear 36 drive output shaft 32 and rotates continuously.
The complete machine operation principle: when the microkinetic machine was worked, the output shaft 14 that drives reductor by reductor 12 rotated, the reciprocating motion before and after producing by rectilinear motion drive mechanism input power pull bar 5.Power pull bar 5 drives former and later two slip magnetic patch 17,20 and seesaws, utilize the magnetic field principle of same-sex repulsion, slip magnetic patch 15 is realized contactless transmission in the middle of promoting, middle slip magnetic patch 15 drives the reciprocating motion that outputting power pull bar 13 produces front and back, and the output of outputting power pull bar 13 drives generator 1 work generating by output transmission 2.
The present invention proves by experiment: embodiment adopts three groups of combination slip magnetic patch, and the microkinetic machine is 250 watts, and generator is 3000 watts, drives through output speed variator, and the electric power of generator output is 3000 watts, improves 12 times.The present invention is particularly useful for electric automobile.
Claims (8)
1, a kind of micro power permanent magnet contactless transmission generating set, it comprises prime mover, reductor, generator, it is characterized in that: at the output of the reductor rectilinear motion driving mechanism that is in transmission connection, the rectilinear motion driving mechanism output transmission mechanism that is in transmission connection, the slip magnetic patch of three arrangements before, during and after being provided with in the transmission mechanism, forward and backward slip magnetic patch connects input power pull bar, middle slip magnetic patch connects the outputting power pull bar, and the output of outputting power pull bar is by the output transmission generator that is in transmission connection.
2, micro power permanent magnet contactless transmission generating set according to claim 1, it is characterized in that: the rectilinear motion driving mechanism is provided with input power pull bar, on the input power pull bar slotted hole is set, in slotted hole, pass the output shaft of reductor, the break-in semicircle wheel that connects two homonymies on the output shaft, on input power pull bar forward and backward break-in shelves are set, forward and backward break-in shelves lay respectively at the both sides of speed reducer output shaft.
3, micro power permanent magnet contactless transmission generating set according to claim 1, it is characterized in that: the rectilinear motion driving mechanism is provided with input power pull bar, the front end of input power pull bar connects relative a pair of tooth bar, the output shaft assembling of reductor and the semi-circle gear of a pair of tooth bar engagement.
4, micro power permanent magnet contactless transmission generating set according to claim 1 is characterized in that: the slip slip magnetic patch bottom group of three arrangements is contained in the pulley that rolls in the pulley track groove.
5, micro power permanent magnet contactless transmission generating set according to claim 1 is characterized in that: forward and backward slip magnetic patch connects by the connecting plate of both sides.
6, micro power permanent magnet contactless transmission generating set according to claim 1 is characterized in that: the outputting power pull bar that middle slip magnetic patch connects passes freely through the centre bore of tail slip magnetic patch.
7, micro power permanent magnet contactless transmission generating set according to claim 1, it is characterized in that: output transmission is provided with hitch, connect a pair of tooth bar relative, the outside elastic displacement of energy on the hitch, the arranged outside elastic component of tooth bar, the inboard is provided with the jack-up part, the steady pin of effect jack-up part is set, the output drive gear of assembling and tooth bar engagement on the output shaft of output transmission on the housing of output transmission.
8, micro power permanent magnet contactless transmission generating set according to claim 1, it is characterized in that: output transmission is provided with a pair of relative tooth bar, two tooth bars have the teeth of equal number, the teeth of lower gear rack with respect to the teeth of upper gear rack to teeth of dextroposition, assembling output transmission semi-circle gear on the output shaft of output transmission, the last top of output transmission semi-circle gear is provided with a teeth room, and output transmission semi-circle gear meshes two tooth bars.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008102283071A CN101388593A (en) | 2008-10-28 | 2008-10-28 | Micro power permanent magnet non-contact driving generator set |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008102283071A CN101388593A (en) | 2008-10-28 | 2008-10-28 | Micro power permanent magnet non-contact driving generator set |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101388593A true CN101388593A (en) | 2009-03-18 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2008102283071A Pending CN101388593A (en) | 2008-10-28 | 2008-10-28 | Micro power permanent magnet non-contact driving generator set |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101388593A (en) |
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2008
- 2008-10-28 CN CNA2008102283071A patent/CN101388593A/en active Pending
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| PB01 | Publication | ||
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Open date: 20090318 |