CN206164327U - Miniature magnetic field transform power generation facility - Google Patents
Miniature magnetic field transform power generation facility Download PDFInfo
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- CN206164327U CN206164327U CN201621145763.6U CN201621145763U CN206164327U CN 206164327 U CN206164327 U CN 206164327U CN 201621145763 U CN201621145763 U CN 201621145763U CN 206164327 U CN206164327 U CN 206164327U
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Abstract
The utility model discloses a miniature magnetic field transform power generation facility, include: the base is equipped with the backup pad, the coil box, the articulated setting in the backup pad, wherein the inside of coil box is equipped with a U sections and a coil, and the coil wraps up in a U sections, and just the first end and the second end of a U sections expose at the coil out -of -the -boxly respectively, magnetic iron box, the articulated setting in the backup pad, just with coil box interval setting, wherein the interval is equipped with first magnetic path, second magnetic path and third magnetic path on the magnet, and first magnetic path is the same with the magnetic pole of third magnetic path, and first magnetic path is different with the magnetic pole of second magnetic path, wherein, first end and the second end of a U sections is accommodated respectively in the second accepting groove that first accepting groove that first magnetic path and second magnetic path formed and second magnetic path and third magnetic path formed. In this way, the utility model discloses a power generation facility can by oneself produce twice electricity generation according to generate electricity next time when operating the user, has improved the generating efficiency greatly, and energy -conservation and environmental protection.
Description
Technical field
This utility model is related to technical field of power generation, more particularly, to a kind of Miniature magnetic field transformation TRT.
Background technology
The main still electromotor of existing TRT, the volume of electromotor is larger, and greatly will be by rotor at a high speed
Rotate and produce electric energy, its range of application has certain limitation.It is excellent that piezoelectric ceramics power supply has small volume, power generation process simple etc.
Point, is necessarily applied in life, such as apply the button transmitting terminal etc. in lighter, stove ignitor and gate control system to set
Standby upper, the voltage that piezoelectric ceramics is produced is higher.In the application of micro-low power consumption electronic system, electronic equipment needs low-tension current to supply
Electricity, it is typically provided the power supply of electronic system by electronic cell.Particularly it is used for the remote control gate button of gate inhibition on the market at present
Transmitting terminal is both needed to battery and powers, and due to being accomplished by changing battery every a period of time, can so cause the raising and just of use cost
The decline of profit, and because the replacing of battery is discarded, certain pressure can be caused to environmental conservation.
Utility model content
This utility model can be voluntarily sent out mainly solving the technical problems that provide a kind of Miniature magnetic field transformation TRT
Electricity, substantially increases generating efficiency, and energy-conservation and environmental protection.
To solve above-mentioned technical problem, the technical scheme that this utility model is adopted is：There is provided a kind of miniature magnetic field to become
Electric installation is changed, including：Base, is provided with gripper shoe；Coil box, is hinged setting on the supporting plate, and the inside of wherein coil box sets
Have the first U-shaped ferrum and coil, coil is wrapped in the first U-shaped ferrum, and the first U-shaped ferrum first end and the second end expose respectively
Outside coil box；Magnetic box, is hinged setting on the supporting plate, and with coil box interval setting, the is wherein interval with magnetic box
One magnetic piece, the second magnetic piece and the 3rd magnetic piece, and the magnetic pole of the first magnetic piece and the 3rd magnetic piece is identical, the first magnetic piece and the second magnetic piece
Magnetic pole is different；Wherein, the first end of the first U-shaped ferrum and the second end are housed in respectively that the first magnetic piece and the second magnetic piece are formed
In the second accepting groove that one accepting groove and the second magnetic piece and the 3rd magnetic piece are formed, so that the first U-shaped ferrum when magnetic box is rotated
First end and the second end be connected with the first magnetic piece and the second magnetic piece respectively or the first U-shaped ferrum first end and the second end difference
It is connected with the second magnetic piece and the 3rd magnetic piece.
Wherein, the inside of coil box is provided with the first cavity, and coil is housed in the first cavity, and coil is wrapped in a U
In one of the first end of sections and the second end, wherein coil box is provided with the first groove away from the one side of magnetic box, and first
Groove is connected with the first cavity, and coil box is interval with the first perforate and the second perforate on the another side of magnetic box, the
3rd end holding of one U-shaped ferrum in the first groove, the first end of the first U-shaped ferrum and the second end be located in respectively the first perforate and
In second perforate.
Wherein, magnetic box is provided with the second cavity, is provided with fixed block in the second cavity, and it is recessed that one end of fixed block is provided with second
Groove, and the other end of fixed block is provided with first through hole, first through hole is connected with the second groove, and in the second groove permanent magnetic is provided with
Body, the second magnetic piece is arranged in first through hole, and the second magnetic piece is connected with the first magnetic pole of permanent magnet, the first magnetic piece and
Three magnetic piece are connected respectively with the second magnetic pole of permanent magnet.
Wherein, the first magnetic piece and the 3rd magnetic piece are integrally formed the second U-shaped ferrum, and the second U-shaped ferrum is wrapped in one end of fixed block
On, and be connected with the second magnetic pole of permanent magnet.
Wherein, the both sides of coil box are provided with first raised, and the both sides of magnetic box are provided with second raised, and interval sets in gripper shoe
There are the second through hole and third through-hole, the first projection is housed in the second through hole, so that coil box is hinged on the supporting plate, second
Projection is housed in third through-hole, so that magnetic box is hinged on the supporting plate.
Wherein, the first strip groove and the second strip groove are interval with gripper shoe, are spaced in the first strip groove and are set
At least one second through holes are equipped with, in the second strip groove at least one third through-hole is arranged at intervals with.
Wherein, the both sides of coil box are extended with extension board and are fixed on the button portion of extension board, coil box, extension board and press
Key portion forms accepting groove, and extension board is provided with fourth hole, and the second projection of magnetic box is hinged on the supporting plate through fourth hole,
Wherein magnetic box is provided with time delay shell fragment away from one end of coil box, and time delay shell fragment holding is in button portion.
Wherein, base region corresponding with button portion is provided with compression spring, and button portion is provided with solid towards the one side of base
Determine the fixed part of compression spring.
Wherein, a kind of above-mentioned Miniature magnetic field transformation device also includes connector and the button portion being connected with connector, its
In：
Connector is provided with the 3rd projection, fifth hole, clematis stem hole and the 7th through hole, and coil box is provided with draw-in groove, in draw-in groove
It is provided with the 4th raised, magnetic box is provided with the 5th raised, and connector is hinged on the supporting plate by the 3rd projection, one end of connector
Holding is in draw-in groove, and the 4th projection is located in fifth hole, and the 5th projection is located in clematis stem hole, and the second of magnetic box
Projection is located in the 7th through hole, and button portion is hinged on base by support column, and is supported on base by compression spring,
Wherein button portion is connected by time delay shell fragment with the other end of connector, and button portion is provided with protuberance, and the 7th through hole is length
Bar through hole.
Wherein, a kind of above-mentioned Miniature magnetic field transformation TRT also includes connector, wherein：It is convex that connector is provided with the 3rd
Rise, fifth hole, clematis stem hole, the 7th through hole and the 8th through hole, coil box is additionally provided with the 4th raised, and it is convex that magnetic box is provided with the 5th
Rise, connector is hinged on the supporting plate by the 3rd projection, and the first projection of coil box is hinged on gripper shoe through fifth hole
On, and the 4th projection is located in clematis stem hole, the 5th projection of magnetic box is located in the 7th through hole, and the second projection is passed through
8th through hole is hinged on the supporting plate, and wherein fifth hole and the 8th through hole are long strip through hole, and the two ends of connector are provided with protrusion
Portion.
Above-mentioned technical proposal is employed, the beneficial effect that this utility model is obtained is：
1st, by the mutual rotation of coil box and magnetic box, the magnetic flux in the coil in coil box is changed, magnetic box
Magnetic field quickly through the coil in coil box, using electromagnetic induction so that coil produces induction electromotive force and simultaneously forms faradic current,
Can voluntarily produce when user is by generating operation next time and generate electricity twice, generating efficiency is high, can save resource, and structure
It is compact, it is with low cost；
2nd, replace electronic cell using relatively broad in gate control system, do not result in obsolete material, energy-conserving and environment-protective are right
The impact of environment is little.
Description of the drawings
Fig. 1 is the structural representation of the first embodiment of this utility model Miniature magnetic field transformation TRT；
Fig. 2 is the cutting structural representation of TRT in Fig. 1；
Fig. 3 is the structural representation of the base of TRT in Fig. 1；
Fig. 4 is the structural representation of the coil box of TRT in Fig. 1；
Fig. 5 is the structural representation of the magnetic box of TRT in Fig. 1；
Fig. 6 is the structural representation of the second embodiment of this utility model Miniature magnetic field transformation TRT；
Fig. 7 is the cutting structural representation of TRT in Fig. 6；
Fig. 8 is the partial structural diagram of TRT in Fig. 6；
Fig. 9 is the structural representation of the 3rd embodiment of this utility model Miniature magnetic field transformation TRT.
In figure, 1- bases, 11- gripper shoes, 12- compression springs, the through holes of 13- second, 14- third through-holes, the strips of 15- first
Groove, 16- the second strip grooves, 2- coil boxs, the U-shaped ferrum of 21- first, 22- coils, the cavitys of 23- first, 24- first is raised,
201- extension boards, 202- button portions, 203- fourth holes, the first end of the U-shaped ferrum of 211- first, the second of the U-shaped ferrum of 212- first
End, 3- magnetic box, 30- permanent magnets, the magnetic piece of 31- first, the magnetic piece of 32- second, the magnetic piece of 33- the 3rd, 34- fixing ends, 35- time delays
Shell fragment, 36- second is raised.
Specific embodiment
Below in conjunction with the accompanying drawings this utility model is described in detail with embodiment.
Shown in reference picture 1-5, Miniature magnetic field transformation TRT disclosed in the utility model includes base 1, coil box 2
With magnetic box 3.
Base 1 is provided with gripper shoe 11, and the gripper shoe 11 is used to support coil box 2 and magnetic box 3.Specifically, gripper shoe 11
The side of base 1 four is centered around, gripper shoe 11 forms a groove for housing coil box 2 and magnetic box 3 on base 1.Wherein
The first strip groove 15 and the second strip groove 16 are interval with gripper shoe 11, be arranged at intervals with the first strip groove 15 to
Few second through hole 13, is arranged at intervals with least one third through-hole 14 in the second strip groove 16.Wherein, coil box 2 cuts with scissors
Connect and be arranged in the second through hole 13, magnetic box 3 is hinged and is arranged in third through-hole 14.It should be understood that the first strip groove 15 and
The equal respect thereto 1 of two strip groove 16 is vertically arranged.At least one second through holes 13 specifically can include 1,2,3 or
More second through holes 13, and at least one second through holes 13 are vertically arranged in the first strip groove 15, so can be changed
The height of the respect thereto 1 of type transformer coil box 2.At least one third through-hole 14 specifically can include 1,2,3 or more
Third through-hole 14, and at least one third through-hole 14 is vertically arranged in the second strip groove 16, can so change Magnet
The height of the respect thereto 1 of box 3.
Coil box 2 is hinged and is arranged in gripper shoe 11, and the inside of wherein coil box 2 is provided with the first U-shaped ferrum 21 and coil 22,
Coil 22 is wrapped in the first U-shaped ferrum 21, and the end 212 of first end 211 and second of the first U-shaped ferrum 21 is exposed respectively in coil box
Outside 2.Wherein, coil box 2 is used to produce induction electromotive force, can be used for the power supply of micro-low power consumption electronic system.
Specifically, the inside of coil box 2 is provided with the first cavity 23, and coil 22 is housed in the first cavity 23, and coil 22
In being wrapped in one of end 212 of first end 211 and second of the first U-shaped ferrum 21, i.e. coil 22 is wrapped in the first U-shaped ferrum 21
First end 211 in, or coil 22 is wrapped in the second end 212 of the first U-shaped ferrum 21.Wherein coil box 2 is away from magnetic box 3
One side be provided with the first groove, the first groove is connected with the first cavity 23, and coil box 2 is on the another side of magnetic box 3
Be interval with the first perforate and the second perforate, the holding of the 3rd end 213 of the first U-shaped ferrum 21 in the first groove, the first U-shaped ferrum 21
The end 212 of first end 211 and second be located in respectively in the first perforate and the second perforate, so can be steady by the first U-shaped ferrum 21
Surely it is fixed on the inside of coil box 2.Expose outer and close in coil box 2 in the end 212 of first end 211 and second of the first U-shaped ferrum 21
Magnetic box 3, to form an induced field by the magnetic field in magnetic box 3.
Magnetic box 3 is hinged and is arranged in gripper shoe 11, and with the interval setting of coil box 2.Wherein it is interval with magnetic box 3
First magnetic piece 31, the second magnetic piece 32 and the 3rd magnetic piece 33, and the first magnetic piece 31 is identical with the magnetic pole of the 3rd magnetic piece 33, the first magnetic piece
31 is different from the magnetic pole of the second magnetic piece 32.211 and second end of first end 212 to cause the first U-shaped ferrum 21 produces induced field,
The end 212 of first end 211 and second of the first U-shaped ferrum 21 should be produced different magnetic poles.Therefore, in the present embodiment, first is U-shaped
The end 212 of first end 211 and second of ferrum 21 is housed in respectively the first accepting groove that the first magnetic piece 31 and the second magnetic piece 32 are formed
In the second accepting groove formed with the second magnetic piece 32 and the 3rd magnetic piece 33, so that the first U-shaped ferrum 21 when magnetic box 3 is rotated
The end 212 of first end 211 and second be connected with the first magnetic piece 31 and the second magnetic piece 32 respectively or the first U-shaped ferrum 21 first end
211 and second end 212 be connected with the second magnetic piece 32 and the 3rd magnetic piece 33 respectively.I.e. when magnetic box 3 and coil box 2 are not rotated,
During the end 212 of first end 211 and second of the first U-shaped ferrum 21 is because being housed in the first accepting groove and the second accepting groove, the He of first end 211
Second end 212 contacts respectively with the first magnetic piece 31 and the second magnetic piece 32, therefore the end 212 of first end 211 and second will take difference
Magnetic pole, coil 22 is wrapped in one of end 212 of first end 211 and second of the first U-shaped ferrum 21, therefore, in coil 22
On have magnetic field to pass through.When magnetic box 3 and coil box 2 are rotated, the end 212 of first end 211 and second of the first U-shaped ferrum 21 is first
Relative motion in accepting groove and the second accepting groove, the first end 211 of the first U-shaped ferrum 21 leaves the first magnetic piece 31 near the second magnetic piece
32 and contact the second magnetic piece 32；The second magnetic piece 32 is left near the 3rd magnetic piece 33 and is contacted in second end 212 of the first U-shaped ferrum 21
Three magnetic piece 33, in the process, the reversing at the end 212 of first end 211 and second of the first U-shaped ferrum 21, the magnetic in coil 22
Field produces change, and the both ends of coil 22 will produce induction electromotive force, the two ends connection external circuit of coil 22 is formed into one and is closed
Loop is closed, therefore, the induction electromotive force forms a faradic current, so that electric appliance in connection equipment is used.This practicality is new
A kind of Miniature magnetic field transformation TRT of type can be used in power supply and the micro-low power consumption electronic system of gate control system device.
Specifically, it is that the first magnetic piece 31 of holding, the second magnetic piece 32 and each magnetic polarity of the 3rd magnetic piece 33 are constant, magnetic box 3 sets
There is the second cavity, be provided with fixed block 34 in the second cavity, one end of fixed block 34 is provided with the second groove, and fixed block 34 is another
End is provided with first through hole, and first through hole is connected with the second groove, and permanent magnet 30 is provided with the second groove, and the second magnetic piece 32 is arranged
In first through hole, and the second magnetic piece 32 is connected with the first magnetic pole of permanent magnet 30, the first magnetic piece 31 and the 3rd magnetic piece 33
It is connected with the second magnetic pole of permanent magnet 30 respectively.It should be understood that when can by magnet magnetized material near and when contacting magnet,
A magnetic pole can be formed on its surface, the polarity of the magnetic pole is identical with the magnetic pole of the magnet of magnet contact with the material.This reality
In applying example, the first magnetic piece 31 and the 3rd magnetic piece 33 are connected respectively with the second magnetic pole of permanent magnet 30, because the second magnetic piece 32 with
The first magnetic pole connection of permanent magnet 30, so that the first magnetic piece 31 is identical with the magnetic polarity of the 3rd magnetic piece 33, and with second
The magnetic polarity of magnetic piece 32 is different.When the first end of the first magnetic piece 31, the second magnetic piece 32 and the 3rd magnetic piece 33 and the first U-shaped ferrum 21
211 and the second end 212 contact when so that first end 211 is different with the polarity of the second 212 bands in end.When the change He of first end 211
When the second end 212 and the first magnetic piece 31, the second magnetic piece 32 and the 3rd 33 connected mode of magnetic piece, first end 211 and can be changed
The polarity at two ends 212, to form variation magnetic field.It should be understood that the first magnetic pole of permanent magnet 30 can be N poles, permanent magnet
30 the second magnetic pole can be S poles, or the first magnetic pole of permanent magnet 30 can be S poles, the second of permanent magnet 30
Magnetic pole can be N poles.
Further, the first magnetic piece 31 and the 3rd magnetic piece 33 are integrally formed the second U-shaped ferrum, and the second U-shaped ferrum is wrapped in fixation
On one end of block 34, and it is connected with the second magnetic pole of permanent magnet 30.
In the present embodiment, the both sides of coil box 2 are provided with the first projection 24, and the first projection 24 is housed in the second through hole 13
In, so that coil box 2 is hinged in gripper shoe 11, wherein the first projection 24 can be moved on the first strip groove 15.Magnet
The both sides of box 3 are provided with the second projection 36, and the second projection 36 is housed in third through-hole 14, so that magnetic box 3 is hinged on support
On plate 11, wherein the second projection 36 can be moved on the second strip groove 16.
Further, the both sides of coil box 2 are extended with extension board 201 and are fixed on the button portion 202 of extension board 201, line
Circle box 2, extension board 201 and button portion 202 form accepting groove.Extension board 201 is provided with fourth hole 203, and the second of magnetic box 3 is convex
Play 36 to be hinged in gripper shoe 11 through fourth hole 203, i.e., magnetic box 3 is housed in accepting groove.
Wherein magnetic box 3 is provided with time delay shell fragment 35 away from one end of coil box 2, and the holding of time delay shell fragment 35 is in button portion 202
On.It should be understood that magnetic box 3 is provided with a boss away from one end of coil box 2, one end holding of time delay shell fragment 35 on boss, meanwhile,
Magnetic box 3 is additionally provided with fixed cover 38 away from one end of coil box 2, and fixed cover 38 is set on boss such that it is able to by time delay bullet
Piece 35 is more firmly secured on boss.In addition, when the portion 202 of pushing button, button portion 202 compresses holding in button portion
Time delay shell fragment 35 on 202, after time delay shell fragment 35 suffers oppression, after storing certain energy, drives magnetic box 3 to rotate, now, first
The magnetic piece 31 of end 211 and first is changed into released state from connection status, and is connected with the second magnetic piece 32；Second end 212 and the second magnetic
Block 32 is changed into released state from connection status, and is connected with the 3rd magnetic piece 33.Because of the first magnetic piece 31 and the magnetic pole of the 3rd magnetic piece 33
Property is identical, and different from the magnetic polarity of the second magnetic piece 32, therefore in this change procedure, the magnetic at the end 212 of first end 211 and second
Polarity can change, and a change magnetic flux be produced, in being wrapped in the end 212 of first end 211 and second of the first U-shaped ferrum 21
The coil 22 of one can produce an induction electromotive force.It should be understood that it is to postpone energy, energy to postpone shell fragment 35 in this role
The end 212 of first end 211 and second is enough allowed to rotate return moment in situ.
It should be understood that in coil box 2 and the relative rotational motion of magnetic box 3, due to the He of first end 211 of the first U-shaped ferrum 21
Second end 212 can produce a change magnetic flux during pole change.The conductor being placed in change magnetic flux, can produce
Electromotive force.This electromotive force is referred to as induction electromotive force, and this conductor is closed into into primary Ioops, then the electromotive force can order about electronics flowing,
Form faradic current.Coil 22 is produced in the change magnetic flux that 211 and second end of first end 212 of the first U-shaped ferrum 21 produces
Induction electromotive force, the induction electromotive force can be used in micro-low power consumption electronic system, such as the transmitting of the remote control gate button of gate control system
The power supply at end etc..
In addition, base 1 and the corresponding region of button portion 202 are provided with compression spring 12, button portion 202 towards base 1 one
Side is provided with the fixed part of fixed compression spring 12.I.e. after button portion 202 are unclamped, by the effect of compression spring 12, by button
Portion 202 flicks, and restores after time delay shell fragment 35 stores certain energy.In the process, the first end 211 of the first U-shaped ferrum 21 from
Open the second magnetic piece 32 and be connected with the first magnetic piece 31, the second end 212 of the first U-shaped ferrum 21 leave the 3rd magnetic piece 33 and with the second magnetic
Block 32 connects, and in the process, the magnetic polarity at the end 212 of first end 211 and second changes again, produces again in coil 22
Raw change magnetic flux, so that coil 22 produces induction electromotive force.This TRT can be produced using this two groups of induction electromotive forces
Faradic current realize the self-powered of micro-low power consumption electronic system.
The TRT of the present embodiment is in original state, and the first end of the first U-shaped ferrum is U-shaped with the first magnetic piece and first
Second end of ferrum is connected (take state in bridge) with the second magnetic piece, when button portion is extruded, the first end of the first U-shaped ferrum
It is connected (take state in bridge) with the 3rd magnetic piece with the second end of the second magnetic piece and the first U-shaped ferrum, when button portion does not stress
When, then time delay spring is touched by compression spring resilience, because time delay spring is stored with energy, the of the first U-shaped ferrum can be caused
Restore with the bounce-back of the first magnetic piece moment one end；Using electromagnetic induction, the coil in coil box produces induction electromotive force, and connects
The coil forms a closed-loop path, and induction electromotive force is converted into into faradic current to order about micro-low power consumption electronic system, to it
Power supply is provided, can voluntarily be produced when user is by generating operation next time and be generated electricity twice, generating efficiency is high, and energy-conserving and environment-protective,
Cost is relatively low, convenient for people's lives.
As Figure 6-Figure 8, the Miniature magnetic field transformation TRT includes base 41, coil box 42, magnetic box 43, connection
Part 45 and button portion 44.And the base 41, coil box 42 and magnetic box in the Miniature magnetic field transformation TRT shown in Fig. 6-Fig. 8
The structure phase of base 1, coil box 2 and magnetic box 3 in 43 structure and the Miniature magnetic field transformation TRT shown in Fig. 1-Fig. 5
Together, here is not repeated one by one.
And the connector 45 and button portion connection 44 of the Miniature magnetic field transformation TRT shown in Fig. 6-Fig. 8, it should be appreciated that even
Fitting 45 is the both sides for being separately positioned on coil box 42.Wherein, connector 45 be provided with the 3rd projection 451, fifth hole 452,
The through hole 454 of clematis stem hole 453 and the 7th.Coil box 42 is provided with draw-in groove 421, is provided with the 4th raised in draw-in groove 421, and magnetic box 43 is provided with
5th is raised, and connector 45 is hinged on the through hole 412 of gripper shoe by the 3rd projection 451, and one end holding of connector 45 exists
In draw-in groove 421, and the 4th projection is located in fifth hole 452 so that one end of connector 45 is hinged in draw-in groove 421.The
Five projections are located in clematis stem hole 453, and the second projection 431 of magnetic box 43 is located in the 7th through hole 454, and the 7th through hole
454 is long strip through hole so that magnetic box 43 is hinged on connector 45, while magnetic box 43 is also hinged on the supporting plate, also
To say, connector 45 plays lever principle on TRT, using the 3rd projection 451 as the strong point, connector 45 can more than
Lower swing, the bar thick stick principle of the composition of connector 45 of the present embodiment, it is possible to reduce drive the dynamics and sound of TRT, and
The stroke that connector 45 is driven also reduces half.In addition, button portion 44 is hinged on base 41 by support column 442, and it is logical
Overcompression spring 442 is supported on base 41, and wherein compression spring 442 is arranged between button portion 44 and magnetic box 43.Button
Portion 44 is connected by time delay shell fragment 443 with the other end of connector 45, i.e. the other end of connector 45 is provided with bayonet socket 456, time delay
The holding of shell fragment 443 is in bayonet socket 456.In addition, button portion 44 is provided with protuberance 441, can be realized by extruded protrusion 441
Push button portion 44.Further, the 7th through hole 454 is long strip through hole, and the second projection 431 can be moved down on the 7th through hole 454
It is dynamic.
As shown in figure 9, the Miniature magnetic field transformation TRT includes base 51, coil box 52, magnetic box 53 and connector
54.And the base 51, the structure of coil box 52 and magnetic box 53 and Fig. 1-figure in the Miniature magnetic field transformation TRT shown in Fig. 9
The base 1 in Miniature magnetic field transformation TRT shown in 5, coil box 2 are identical with the structure of magnetic box 3, and here is not gone to live in the household of one's in-laws on getting married one by one
State.
Connector 54 is the both sides for being separately positioned on coil box 52.Connector 54 be provided with the 3rd projection 541, fifth hole,
Clematis stem hole, the 7th through hole and the 8th through hole.Coil box 52 is additionally provided with the 4th raised, and magnetic box 53 is provided with the 5th raised, connection
Part 54 is hinged in gripper shoe 51 by the 3rd projection 541, and the first projection of coil box 52 is hinged on support through fifth hole
On plate 51, and the 4th projection is located in clematis stem hole, and the 5th projection of magnetic box is located in the 7th through hole, and second raised
It is hinged in gripper shoe 51 through the 8th through hole, wherein fifth hole and the 8th through hole are long strip through hole, can so cause line
Circle box 52 and magnetic box 53 are hinged on connector 54, while coil box 52 and magnetic box 53 are hinged on the supporting plate, that is,
Say, connector 54 plays lever principle on TRT, using the 3rd projection 541 as the strong point, connector 54 can be upper and lower
Swing.The two ends of connector 54 are provided with protuberance 542, can realize sending out by the protuberance 542 at the two ends of extruding connector 54
Electricity.
To sum up, Miniature magnetic field transformation TRT disclosed in the utility model includes：Base, is provided with gripper shoe；Coil
Box, is hinged setting on the supporting plate, and the inside of wherein coil box is provided with the first U-shaped ferrum and coil, and coil is wrapped in the first U-shaped ferrum
In, and the first U-shaped ferrum first end and the second end expose respectively outside coil box；Magnetic box, is hinged setting on the supporting plate, and
With coil box interval setting, the first magnetic piece, the second magnetic piece and the 3rd magnetic piece, and the first magnetic piece and are wherein interval with Magnet
The magnetic pole of three magnetic piece is identical, and the first magnetic piece is different from the magnetic pole of the second magnetic piece；Wherein, the first end of the first U-shaped ferrum and the second end
The first accepting groove that the first magnetic piece and the second magnetic piece formed and the second magnetic piece and the 3rd magnetic piece are formed is housed in respectively
In two accepting grooves.By the way, TRT of the present utility model can be voluntarily when user presses generating operation next time
Generation generates electricity twice, substantially increases generating efficiency, and energy-conservation and environmental protection.
Embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited, it is all
It is the equivalent structure or equivalent flow conversion made using this utility model description and accompanying drawing content, or directly or indirectly uses
In other related technical fields, it is included in the same manner in scope of patent protection of the present utility model.
Claims (10)
1. a kind of Miniature magnetic field transformation TRT, it is characterised in that include：
Base, is provided with gripper shoe；
Coil box, is hinged and is arranged in the gripper shoe, wherein the inside of the coil box is provided with the first U-shaped ferrum and coil, institute
State coil to be wrapped in the described first U-shaped ferrum, and the first U-shaped ferrum first end and the second end expose respectively in the coil
Outside box；
Magnetic box, is hinged and is arranged in the gripper shoe, and with the coil box interval setting, wherein on the magnetic box be spaced
The first magnetic piece, the second magnetic piece and the 3rd magnetic piece are provided with, and first magnetic piece is identical with the magnetic pole of the 3rd magnetic piece, described
One magnetic piece is different from the magnetic pole of second magnetic piece；
Wherein, the first end of the described first U-shaped ferrum and the second end are housed in respectively first magnetic piece with the second magnetic piece institute
In the second accepting groove that the first accepting groove and second magnetic piece for being formed is formed with the 3rd magnetic piece, so that the magnetic
Can rotate when described in the first U-shaped ferrum first end and the second end be connected with first magnetic piece and second magnetic piece respectively or
The first end of the first U-shaped ferrum and the second end described in person are connected respectively with second magnetic piece and the 3rd magnetic piece.
2. TRT according to claim 1, it is characterised in that the inside of the coil box is provided with the first cavity, institute
State coil to be housed in first cavity, and the coil is wrapped in the first end and the second end of the described first U-shaped ferrum
In one, wherein the coil box is provided with the first groove, first groove and described away from the one side of the magnetic box
One cavity is connected, and the coil box is interval with the first perforate and the second perforate, institute on the another side of the magnetic box
The 3rd end holding of the first U-shaped ferrum is stated in first groove, the first end of the first U-shaped ferrum and the second end wear respectively
In first perforate and second perforate.
3. TRT according to claim 2, it is characterised in that the magnetic box is provided with the second cavity, described second
Fixed block is provided with cavity, one end of the fixed block is provided with the second groove, and the other end of the fixed block is provided with first and leads to
Hole, the first through hole is connected with second groove, and permanent magnet is provided with second groove, and second magnetic piece is arranged
In the first through hole, and second magnetic piece is connected with the first magnetic pole of the permanent magnet, first magnetic piece and
3rd magnetic piece is connected respectively with the second magnetic pole of the permanent magnet.
4. TRT according to claim 3, it is characterised in that first magnetic piece and the 3rd magnetic piece one into
The U-shaped ferrum of type second, the second U-shaped ferrum is wrapped on one end of the fixed block, and with the second magnetic pole of the permanent magnet
End connection.
5. TRT according to claim 3, it is characterised in that the both sides of the coil box are provided with the first raised, institute
The both sides for stating magnetic box are provided with second raised, and the second through hole and third through-hole are interval with the gripper shoe, and described first is convex
Rise and be housed in second through hole, so that the coil box is hinged in the gripper shoe, second projection is housed in
In the third through-hole, so that the magnetic box is hinged in the gripper shoe.
6. TRT according to claim 5, it is characterised in that the first strip groove is interval with the gripper shoe
With the second strip groove, the second through hole described at least one, second strip are arranged at intervals with the first strip groove
Third through-hole described at least one is arranged at intervals with groove.
7. TRT according to claim 5, it is characterised in that the both sides of the coil box are extended with extension board and solid
The button portion of the extension board is scheduled on, the coil box, the extension board and the button portion form accepting groove, the extension board
Fourth hole is provided with, the second projection of the magnetic box is hinged in the gripper shoe through the fourth hole, wherein described
Magnetic box is provided with time delay shell fragment away from one end of the coil box, and time delay shell fragment holding is in the button portion.
8. TRT according to claim 7, it is characterised in that base region corresponding with the button portion sets
There is compression spring, the button portion is provided with the fixed part of the fixation compression spring towards the one side of the base.
9. TRT according to claim 5, it is characterised in that be also connected including connector and with the connector
Button portion, wherein：
The connector is provided with the 3rd projection, fifth hole, clematis stem hole and the 7th through hole, and the coil box is provided with draw-in groove, institute
State and be provided with draw-in groove the 4th raised, the magnetic box is provided with the 5th raised, and the connector is hinged on by the 3rd projection
In the gripper shoe, one end holding of the connector is in the draw-in groove, and the 4th projection is located in the described 5th and leads to
Kong Zhong, the 5th projection is located in the clematis stem hole, and the second projection of the magnetic box is located in the 7th through hole
In, the button portion is hinged on the base by support column, and is supported on the base by compression spring, wherein institute
State button portion to be connected with the other end of the connector by time delay shell fragment, and the button portion is provided with protuberance, described
Seven through holes are long strip through hole.
10. TRT according to claim 5, it is characterised in that also including connector, wherein：
The connector is provided with the 3rd projection, fifth hole, clematis stem hole, the 7th through hole and the 8th through hole, and the coil box is also
It is provided with the 4th raised, the magnetic box is provided with the 5th raised, and the connector is hinged on the support by the 3rd projection
On plate, the first projection of the coil box is hinged in the gripper shoe through the fifth hole, and the 4th projection is worn
In being located at the clematis stem hole, the 5th projection of the magnetic box is located in the 7th through hole, and second projection is worn
Cross the 8th through hole to be hinged in the gripper shoe, wherein the fifth hole and the 8th through hole are long strip through hole, institute
The two ends for stating connector are provided with protuberance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621145763.6U CN206164327U (en) | 2016-10-21 | 2016-10-21 | Miniature magnetic field transform power generation facility |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621145763.6U CN206164327U (en) | 2016-10-21 | 2016-10-21 | Miniature magnetic field transform power generation facility |
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| CN206164327U true CN206164327U (en) | 2017-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621145763.6U Active CN206164327U (en) | 2016-10-21 | 2016-10-21 | Miniature magnetic field transform power generation facility |
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|---|---|
| CN (1) | CN206164327U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106411093A (en) * | 2016-10-21 | 2017-02-15 | 黄水凤 | Miniature magnetic field transforming power generation device |
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2016
- 2016-10-21 CN CN201621145763.6U patent/CN206164327U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106411093A (en) * | 2016-10-21 | 2017-02-15 | 黄水凤 | Miniature magnetic field transforming power generation device |
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