CN104901505B - The transformational structure and wireless electronic product of kinetic energy converting electrical energy - Google Patents
The transformational structure and wireless electronic product of kinetic energy converting electrical energy Download PDFInfo
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- CN104901505B CN104901505B CN201510284745.XA CN201510284745A CN104901505B CN 104901505 B CN104901505 B CN 104901505B CN 201510284745 A CN201510284745 A CN 201510284745A CN 104901505 B CN104901505 B CN 104901505B
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Abstract
The present invention relates to the technical fields of generating equipment, disclose the transformational structure and wireless electronic product of kinetic energy converting electrical energy, transformational structure includes group of magnets and coil group, coil group includes connecting plate and two coils, two coils are plugged in the both ends of connecting plate respectively, through-hole is equipped in spacer portion in the middle part of connecting plate, group of magnets is arranged in through-hole, is used to replace the magnetic conductive board abutted with connecting plate including magnet and two；Transformational structure, which further includes, is useful for the driving structure that drive magnet group moves up and down in through-holes.It is moved up and down in through-holes by driving structure drive magnet group, two magnetic conductive boards alternately abut respectively with connecting plate, and the magnetic pole of connecting plate changes, and is also changed by the direction of the magnetic induction line in coil, immediate current is generated in coil；Transformational structure is used in wireless electronic product, wireless electronic product does not need to avoid using a series of problems existing for battery, the reliability of wireless electronic product is stronger, and use cost is low, and environmental protection as power supply using battery.
Description
Technical field
The present invention relates to the technical field of generating equipment more particularly to the transformational structure of kinetic energy converting electrical energy and including this turn
Change the wireless electronic product of structure.
Background technology
Wireless electronic product is widely used in life, and low-consumption wireless electronic product would generally use battery as work
The power supply of work, such as electric switch, remote controler.There is limitation using battery as power supply, it is limited there are service life,
And the problem of repeat buying battery and periodic replacement battery is needed to use, these problems can dramatically increase the use of user into
This；In addition, since battery easily gets rusty and leakage, in this way, for the wireless electronic product of some security protections effect, electricity is used
Pond can substantially reduce the reliability of wireless electronic product, and can not meet the round-the-clock permanent needs for providing the energy, non-when meeting with
When method is invaded, wireless electronic product is likely to not work because of battery failure, and loss is brought to user.
In addition, most of battery is disposable product, service life is shorter, if you need to be used for a long time, then must constantly purchase
Battery is bought, increases the financial burden of user；Furthermore manufacture battery not only needs to consume resource, but also a large amount of old and useless battery quilt
It abandons, detrimental effect can be brought to environment, not environmentally.
Invention content
The purpose of the present invention is to provide the transformational structures of kinetic energy converting electrical energy, it is intended to solve radio of the prior art
As power supply, there is poor use reliability, increase customer using cost and not environmentally using battery in sub- product.
The invention is realized in this way the transformational structure of kinetic energy converting electrical energy, including group of magnets and coil group, the coil
Group includes connecting plate made of permeability magnetic material and two coils, and the both ends of the connecting plate are plugged in two lines respectively
In circle, and the middle part of the connecting plate forms the spacer portion being located between two coils；Through-hole is equipped in the spacer portion,
The group of magnets is arranged in the through-hole, and the group of magnets includes magnet and two abut for alternating with the connecting plate
Magnetic conductive board, two magnetic conductive boards are arranged in the upper end and lower end of magnet；The transformational structure, which further includes, to be useful for driving
Move the driving structure that the group of magnets moves up and down in the through-hole of the connecting plate.
The present invention also provides wireless electronic products, include the transformational structure of above-mentioned kinetic energy converting electrical energy.
Compared with prior art, the transformational structure of kinetic energy converting electrical energy provided by the invention, magnetic is driven by driving structure
Iron group moves up and down in the through-hole of connecting plate so that and two magnetic conductive boards of group of magnets alternately abut respectively with connecting plate, so as to
The magnetic pole of connecting plate changes, in this way, the direction by the magnetic induction line in coil can then change, moment is generated in coil
Electric current；Transformational structure is used in low-consumption wireless electronic product, then can provide immediate current to wireless electronic product, make
It is used for power supply, so as to which wireless electronic product does not need to avoid asking using a series of existing for battery as power supply using battery
Topic so that the reliability of wireless electronic product is stronger, substantially reduces the use cost of user, uses environmental protection.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of the transformational structure of kinetic energy converting electrical energy provided in an embodiment of the present invention；
Fig. 2 is the stereoscopic schematic diagram of the transformational structure of kinetic energy converting electrical energy provided in an embodiment of the present invention；
Fig. 3 is enlarged diagram at A in Fig. 2；
Fig. 4 is enlarged diagram at B in Fig. 2；
Fig. 5 is the part isometric exploded perspective view of the transformational structure of kinetic energy converting electrical energy provided in an embodiment of the present invention；
Fig. 6 is the exploded perspective schematic diagram of coil group provided in an embodiment of the present invention；
Fig. 7 is the exploded perspective schematic diagram of group of magnets provided in an embodiment of the present invention；
Fig. 8 is the transformational structure first state stereoscopic schematic diagram of kinetic energy converting electrical energy provided in an embodiment of the present invention；
Fig. 9 is transformational structure the second state stereoscopic schematic diagram of kinetic energy converting electrical energy provided in an embodiment of the present invention；
Figure 10 is the transformational structure first state schematic front view of kinetic energy converting electrical energy provided in an embodiment of the present invention；
Figure 11 is transformational structure the second state schematic front view of kinetic energy converting electrical energy provided in an embodiment of the present invention.
Specific embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, with reference to the accompanying drawings and embodiments, it is right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.
The realization of the present invention is described in detail below in conjunction with specific embodiment.
It is preferred embodiment provided by the invention as shown in Fig. 1~11.
With reference to shown in Fig. 1~11, the transformational structure 1 of kinetic energy converting electrical energy provided in this embodiment, can be used in switch,
In the wireless electronic products such as remote controler, as long as the transformational structure can be used by needing the low-consumption wireless electronic product of power supply
1, for providing power supply for it.
With reference to shown in Fig. 1~7, the transformational structure 1 of kinetic energy converting electrical energy includes coil group 11 and group of magnets 12, wherein,
Coil group 11 includes connecting plate 112 made of permeability magnetic material and two coils, wherein, two coils are located in connecting plate respectively
112 both ends, and separately arrange, that is, the both ends of connecting plate 112 are plugged in hub of a spool respectively；Connecting plate 112
Middle part forms spacer portion, which is formed between two coils, and is formed with through-hole in the spacer portion of connecting plate 112
1121, the through-hole 1121 is through the upper end and lower end of the spacer portion of connecting plate 112；Group of magnets 12 is led including magnet 122 and two
Magnetic sheet 121, two magnetic conductive boards 121 are connected to the upper end and lower end of magnet 122, in this way, two magnetic conductive boards 121 are then formed
Different magnetic poles, that is, the magnetic pole of a magnetic conductive board 121 is N poles, the magnetic pole of another magnetic conductive board 121 is then S poles.
In the present embodiment, group of magnets 12 is threaded through in the through-hole 1121 of connecting plate 112, the Change-over knot of kinetic energy converting electrical energy
Structure 1 has further included driving structure, and driving structure is used to that group of magnets 12 to be made to move up and down in through-hole 1121 so that in group of magnets 12
Some magnetic conductive board 121 abutted with connecting plate 112, in this way, when some magnetic conductive board 121 is abutted with connecting plate 112, at this point, even
The magnetic pole of fishplate bar 112 is then identical with the magnetic pole of magnetic conductive board 121 that it is abutted.It is moved up and down in through-hole 1121 in group of magnets 12
In the process, two magnetic conductive boards 121 in group of magnets 12 are alternately abutted with connecting plate 112, realize the variation of 112 magnetic pole of connecting plate.
With reference to shown in Fig. 8 to 11, in actual mechanical process, first, as shown in Fig. 8 and 10, when connecting plate 112 and magnet
When the magnetic conductive board 121 of 122 upper ends abuts, at this point, the magnetic pole of connecting plate 112 is then N；Under the action of driving structure, group of magnets
12 when moving downward along through-hole 1121, and connecting plate 112 is abutted with the magnetic conductive board 121 disengaging, and with the movement of group of magnets 12,
With reference to shown in Fig. 9 and 11, connecting plate 112 can then be abutted with the magnetic conductive board 121 of 122 lower end of magnet, at this point, the magnetic of connecting plate 112
Pole is then changed to S, so as to then change across the direction of the magnetic induction line of connecting plate 112, that is, the magnetic induction line across hub of a spool
Direction changes.Certainly, when connecting plate 112 is abutted with the magnetic conductive board 121 of 122 lower end of magnet, driving structure can then drive
Moving magnet group 12 is moved upwardly by along through-hole 1121, is abutted its magnetic conductive board 121 with 122 upper end of magnet, is so operated repeatedly,
It can then realize that group of magnets 12 moves up and down in through-hole 1121.
It can be seen from the above, under the action of driving structure, during group of magnets 12 is moved up and down along through-hole 1121, even
The magnetic pole of fishplate bar 112 can change, that is, the direction of the magnetic induction line at the center for passing through coil changes, so as to coil
Coil in group 11 can then generate immediate current.When the transformational structure 1 is used in low-consumption wireless electronic product, by coil group
11 coil and other elements of wireless electronic product are electrically connected, then can play the effect powered to wireless electronic product moment
Fruit.
Using the transformational structure 1 of above-mentioned kinetic energy converting electrical energy, wireless electronic product is not needed to then using battery etc. as electricity
Source, so as to avoid using a series of problems existing for battery, use reliability is strong, substantially reduces customer using cost, and
Environment etc. will not be impacted, use is more environmentally friendly.
In the present embodiment, the middle part of connecting plate 112 is formed with the space being disposed to extend along 112 width direction of connecting plate,
The space and 1121 alignment of through-hole in connecting plate 112, and connecting plate 112 is divided into two and separately arranged by the space
Half-connection plate, that is, there is no connection relation between two half-connection plates, through-hole 1121 to be also divided into two parts by space, this
Sample for transformational structure 1, then can greatly improve the magnetic induction by the magnetic induction line in connecting plate 112, in group of magnets
The larger electric current of intensity can be generated during 12 move up and down, in coil.
Specifically, space is aligned with the center of through-hole 1121, and connecting plate 112 is divided to what is be arranged symmetrically for two by space
Half-connection plate, in this way, through-hole 1121 is also separated into two symmetrical parts.Certainly, as other embodiments, as long as space will
Connecting plate 112 separates, by through-hole 1121 separate then can, it is not absolutely required to be divided into symmetrical two parts.
Further optimization, can also set multiple spaces in connecting plate 112, using multiple space by connecting plate 112
And through-hole 1121 is divided into multiple parts separated, certainly, depending on the setting of space can be with specific reference to actual needs, not
Only limit the width direction extension along connecting plate 112.
Alternatively, as other embodiment, connecting plate 112 can also be the integral structure for being integrally formed manufacture, in this way, then not
It needs to set space in connecting plate 112.Depending on the specific visual actual needs of setting.
In the present embodiment, coil includes two bobbins 113 and wound wire 111, and two bobbins 113 plug respectively
At the both ends of connecting plate 112, wound wire 111 is respectively wound around the periphery of bobbin 113, in this way, realizing the two of connecting plate 112
End is threaded through the center of coil.
Specifically, the outer end of bobbin 113 is formed with annular groove 1131, and above-mentioned wound wire 111 is then wrapped in coil
In the annular groove 1131 of frame 113, certainly, as other embodiment, other structures can also be formed on bobbin 113, are used
In winding wound wire 111；According to the difference of the bearing power of electric connection, the required size for generating electric current is also different, can
Corresponding output power, the number of turn of coil are obtained with the diameter of the number of turn by adjusting wound wire 111 and wound wire 111
Between 150T-2000T, the line footpath of wound wire 111 is 0.08mm-0.3mm.
The interior concave end setting of bobbin 113 is formed with the straight slot 1132 of semicircle shape, when two bobbins 113 are inserted respectively
After being located at the both ends of connecting plate 112, the inner end of two bobbins 113 is positioned opposite, in this way, the semicircle shape of two bobbins 113
Straight slot 1132 be then enclosed columned hollow region 1133, above-mentioned group of magnets 12 is threaded through the through-hole of connecting plate 112
In 1121, and it also is located in the hollow region.
In the present embodiment, the arc-shaped shape arrangement in both sides at 112 middle part of connecting plate forms segmental arc 1122, above-mentioned to be formed in
The through-hole 1121 at 112 middle part of connecting plate is then between two segmental arcs 1122, when the both ends of connecting plate 112 plug online respectively
In coil 113, the end of segmental arc 1122 is connected to the surface of the straight slot 1132 of the semicircle shape of bobbin 113 just, in this way, just
Positioning is plugged, also, the segmental arc 1122 of connecting plate 112 is connected to bobbin between connecting plate 112 and bobbin 113
On the surface of 113 semicircle shape straight slot 1132, so as to fulfill the positioning and fixation between bobbin 113 and connecting plate 112.
Certainly, as other embodiments, other structures can also be used on bobbin 113, using the structure with connecting
The end connection of plate 112.It can as long as two coils are connected on two ends of connecting plate 112.
In the present embodiment, the diameter of magnetic conductive board 121 is more than the diameter of magnet 122, and two magnetic conductive boards 121 are then by magnet 122
It is clamped in centre, and the outside of magnetic conductive board 121 is respectively formed 122 outwardly extending epitaxial end of opposed magnet, two magnetic conductive boards 121
Epitaxial end between be then enclosed clamping zone, two magnetic conductive boards 121 are then located at connecting plate 112 over and under respectively,
Connecting plate 112 is located in the clamping zone of two magnetic conductive boards 121, in this way, when magnetic conductive board 121 is abutted with connecting plate 112, is then
The medial surface of the epitaxial end of magnetic conductive board 121 is abutted with the surface of connecting plate 112, so as to fulfill magnetic conductive board 121 and connecting plate 112 it
Between abutting.
In this way, during group of magnets 12 moves up and down in through-hole 1121, the epitaxial end of two magnetic conductive boards 121 it is interior
Side is then alternately abutted with the surface of connecting plate 112, so as to fulfill the variation of the magnetism of connecting plate 112, that is, across in coil
The direction of the magnetic induction line of the heart changes.
Alternatively, as other embodiment, the diameter of magnetic conductive board 121 is consistent with the diameter of magnet 122, magnetic conductive board 121 then with
122 alignment of magnet is then the outside using magnetic conductive board 121 in this way, when coil group 11 is moved up and down along through-hole 1121
Wall is abutted with the side wall of the through-hole 1121 of connecting plate 112, so as to fulfill the abutting between connecting plate 112 and magnetic conductive board 121.
In the present embodiment, through-hole 1121 is round hole, in this way, convenient for the molding of through-hole 1121, and when group of magnets 12 is opposite
When through-hole 1121 moves up and down, the area that 121 lateral wall of magnetic conductive board is abutted with 1121 side wall of through-hole can be greatly increased.Certainly,
When being abutted using 121 lateral wall of magnetic conductive board with the side wall of through-hole 1121, at this point, the shape of magnetic conductive board 121 and through-hole 1121
Shape is consistent, for magnet 122, as long as its diameter is not more than the diameter of through-hole 1121, ensures that it can be with opposing through-bores
1121 move up and down and then may be used.
In group of magnets 12, connected between two magnetic conductive boards 121 and magnet 122 by rivet 123, that is to say, that riveting
Nail 123 is each passed through two magnetic conductive boards 121 and magnet 122, so as to by the riveting of rivet 123, realize two magnetic conductive boards 121 with
The connection of magnet 122 forms complete group of magnets 12.
For transformational structure 1, moved up and down in through-hole 1121 by group of magnets 12 so that connecting plate 112
Magnetic pole Fast transforms so that changing across the direction of the magnetic induction line of coil, generate immediate current in coil, whole at this
During a, movement speed of the group of magnets 12 in through-hole 1121, that is, the magnetic pole conversion speed of connecting plate 112 is more to close
The operation of key.
In order to accelerate movement speed of the group of magnets 12 in through-hole 1121, in the present embodiment, driving structure includes being connected to
The elastic piece 13 of group of magnets 12 in this way, by the up and down reciprocatingly deformation of operating flexibility piece 13, then can realize that elastic piece 13 drives
Group of magnets 12 moves up and down.Certainly, under the driving of the elastic piece 13, movement speed of the group of magnets 12 in through-hole 1121 compared with
Soon, the replacement greatly speeded up between connecting plate 112 and two magnetic conductive boards 121 abuts.
Specifically, the middle part of elastic piece 13 is connected on a magnetic conductive board 121 of group of magnets 12, and the both ends court of elastic piece 13
Extend outside the both sides of bobbin 113 outside, the effect of elastic piece 13 is to accelerate group of magnets 12 and the speed of 11 relative motion of coil group
Degree makes the energy bigger of generation；Pass through the both ends of operating flexibility piece 13 so that elastic piece 13 deforms, when the deformation of elastic piece 13
When power is more than the suction-combining force between magnetic conductive board 121 and connecting plate 112, at this point, under the driving of the deformation force of elastic piece 13, magnet
Group 12 is then moved relative to coil group 11.That is, being moved up and down using 13 drive magnet group 12 of elastic piece, group of magnets is realized
12 move up and down in the through-hole 1121 of connecting plate 112.Alternatively, as other embodiment, between elastic piece 13 and group of magnets 12
Connection can also be other various ways, can as long as it can realize that drive magnet group 12 moves up and down.
In addition, recess forms mounting groove position 131 downwards at the middle part of elastic piece 13, above-mentioned group of magnets 12 is directly placed at the peace
In tankage position 131, and the magnetic conductive board 121 of 12 lower end of group of magnets is connect with the mounting groove position 131, and above-mentioned rivet is directly through leading
Magnetic sheet 121, and riveted with connecting plate 112.Certainly, as other embodiment, elastic piece may be flat, specific visual real
Depending on border needs.(it is not just to limit it as certain shape herein only to the explanation of some cases.In terms of rights protection,
Without limitation on dead, meeting expanded scope as possible)
Specifically, elastic piece 13 is that sagging mounting groove position 131, which stamps out, to be come made of steel disc or phosphor-copper, and
And elastic piece 13 only has the miniature deformation of 0.3mm-1mm or so during exercise.
In the present embodiment, driving structure further includes swing span 14, and there are two connecting pin 143, two companies for the tool of swing span 14
The both ends that end 143 is connected to elastic piece 13 are connect, are driving elastic piece 13 using swing span 14 so that group of magnets is about 12
Mobile process is as follows：
When initial, a magnetic conductive board 121 and connecting plate 112 for group of magnets 12 is attracting, and two connecting pins 143 of swing span 14 are divided
The both ends of elastic piece 13 are not agitated, when just having started sled, 13 gradual flexible deformation of elastic piece, due to magnetic conductive board 121 and connecting plate 112
Suction be more than elastic piece 112 elastic deformation force, at this point, group of magnets 12 will not move, when swing span 14 continues to agitate elasticity
During piece 13, elastic piece 13 continues to deform, until the elastic deformation force of elastic piece 13 is more than between magnetic conductive board 121 and connecting plate 112
Suction when, at this point, between the magnetic conductive board 121 and connecting plate 112 be detached from be attracted, group of magnets 12 then can at a terrific speed upward
Or move downward, also, connecting plate 112 can be attracted with another magnetic conductive board 121, in this way, then realizing connecting plate 112 and two magnetic conductions
The process being alternately attracted between plate 121.
The effect of above-mentioned elastic piece 13 is exactly to save potential energy, improves the speed of service of group of magnets 12；In addition, according to swing span
14 agitate the difference in direction, group of magnets 12 or move or move downward upward, that is, realize 13 drive magnet group 12 of elastic piece
It is moved up and down in the through-hole 1121 of connecting plate 112, specifically moves or move downward upward, then the side that visual swing span 14 agitates
Depending on,
Swing span 14 includes outer side slat 141 and two connection straps 142, the outer end of two connection straps 142 connect respectively
At outer 141 both ends of side slat, and two connection straps 142 are arranged in relative spacing, and the inner ends of two connection straps 142 is respectively formed above-mentioned
Connecting pin 143, in this way, the connecting pin 143 of two connection straps 142 connects the both ends of elastic piece 13 respectively, pass through to operate and swing
The outer side slat 141 of frame 14 can then cause entire swing span 14 to swing up and down, so as to pass through 13 drive magnet group 12 of elastic piece
It moves up and down.
Specifically, it is enclosed between two connection straps 142 and outer side slat 141 and encloses region, coil group 11 is located at should
In the enclosing region of swing span 14, in this way, coil group 11 is avoided to form interference to swinging up and down for swing span 14.Connection strap 142
In bending, bending place is formed with, along the direction of from-inner-to-outer, the outer end of connection strap 142 is in tilt shape upward, in this way, due to
Outer side slat 141 is connected to the outer end of connection strap 142, and outer side slat 141 then in the position upwarped, is conducive to operate outer side slat 141
Move up and down, that is to say, that be conducive to operate swing span 14 and swing up and down distance.
In the bending place of connection strap 142, hinge column 143 is extended with towards side, 143 hinge arrangement of hinge column, in this way, working as
Swing span 14 is then oscillation center with the hinge column 143 during swing, and the both ends of swing span 14 are swung up and down, in this way,
When outer side slat 141 is depressed downward, elastic piece 13 is then lifted upward, and entire group of magnets 12 is also moved upwardly by, in group of magnets 12
The magnetic conductive board 121 at end is abutted with connecting plate 112；When outer side slat 141 has been put upward, elastic piece 13 is then depressed downward, entirely
Group of magnets 12 then moves downward, and the magnetic conductive board 121 of 12 lower end of group of magnets is abutted with connecting plate 112.
In addition, being formed with clip slot in the connecting pin 143 of connection strap 142, the both ends of above-mentioned elastic piece 13 are then plugged in respectively
In the clip slot of the connecting pin 143 of connection strap 142, in this way, then realizing being fixedly connected for connecting pin 143 and elastic piece 13.
In the present embodiment, driving structure is included there are two above-mentioned swing span 14, two swing spans 14 in positioned opposite,
Two connecting pins 143 of two swing spans 14 are respectively coupled on the both ends of elastic piece 13, in this way, that is to say, that elastic piece
13 one end is connected respectively by the connecting pin 143 of two swing spans 14.
Since two swing spans 14 are positioned opposite, in this way, two enclosing regions of two swing spans 14 form the area of closing
Domain, two coil groups 11 and group of magnets 12 etc. are all placed in the region of the closing.
In the present embodiment, the transformational structure 1 of kinetic energy converting electrical energy includes pedestal 16, and upper end opening is equipped in the pedestal 16
Cavity 161, above-mentioned group of magnets 12, connecting plate 112 and coil group 11 are respectively placed in the cavity 161 of the pedestal 16, and bullet
The both ends of property piece 13 are extended to outside the both sides of pedestal 16, and swing span 14 is formed in outside the cavity 161 of pedestal 16, and swing span 14
Two connecting pins 143 connect respectively with two ends of elastic piece 13.
In this way, by setting pedestal 16, entire coil group 11 and group of magnets 12 can be caused to be in the range of protection,
And swing span 14 is formed in outside the cavity 161 of pedestal 16, in this way, pedestal 16 will not swing up and down swing span 14 to form interference.
Hinged groove 162 is formed in the side of pedestal 16, the connection strap 142 of swing span 14 is located at the both sides of pedestal 16, and
The hinge column 143 of connection strap 142 is hinged in the hinged groove 162 of pedestal 16.In addition, it is respectively formed in the two side of pedestal 16
Jagged 163, the both ends of above-mentioned elastic piece 13 are each passed through the notch 163 of the side wall of pedestal 16, extend to the recessed of pedestal 16
Outside chamber 161.
Since group of magnets 12 is placed in the cavity 161 of pedestal 16, locating slot 165 is formed in the bottom of cavity 161, this is fixed
The middle part alignment of position slot 165 and elastic piece 13, in this way, when the middle part of elastic piece 13 is towards lower recess, can be trapped in
In the locating slot 165 of 161 bottom of cavity, and then positioning action is formed to moving up and down for elastic piece 13.
In addition, when group of magnets 12 is during moving up and down, in order to ensure that coil group 11 is fixed, in the present embodiment, bottom
The madial wall of seat 16 is equipped with hook 164, which is connected together with bobbin 113, in this way so that entire coil group 11 is steady
Solid be placed in the cavity 161 of pedestal 16, avoid between coil group 11 and group of magnets 12 occur with shift the phenomenon that.
In the present embodiment, the transformational structure 1 of kinetic energy converting electrical energy further includes radio transmitter plate 15, wireless transmission electricity
Road plate 15 is connect, in this way, passing through the wound wire 111 in coil for sending wireless signal with the wound wire 111 of coil
It powers for it so that radio transmitter plate 15 can emit wireless signal.
Specifically, radio transmitter plate 15 is arranged in cavity 161, in this way so that entire kinetic energy converting electrical energy turns
The structure for changing structure 1 is more compact；It advanced optimizes, radio transmitter plate 15 is sealed on the upper end opening of cavity 161.
The present embodiment additionally provides wireless electronic product, which includes turning for above-mentioned kinetic energy converting electrical energy
Structure 1 is changed, in this way, using the transformational structure 1, the electric current of moment can be provided to wireless electronic product, which can provide
To the transient operation effect of wireless electronic product, such as remote controler, switch, in this way, wireless electronic product is not needed to then using electricity
Pond is used as power supply, so as to avoid using a series of problems present in battery；Also, work as wireless electronic product when not used,
Transformational structure 1 can not work, and so as to which wireless electronic product is in electroless state, use is safer.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
All any modification, equivalent and improvement made within refreshing and principle etc., should all be included in the protection scope of the present invention.
Claims (15)
1. the transformational structure of kinetic energy converting electrical energy, which is characterized in that including group of magnets and coil group, the coil group includes magnetic conduction
Connecting plate made of material and two coils, the both ends of the connecting plate are plugged in two coils, and institute respectively
The middle part for stating connecting plate forms the spacer portion being located between two coils；Through-hole, the magnet are equipped in the spacer portion
Group is arranged in the through-hole, and the group of magnets includes magnet and two magnetic conductions for alternately being abutted with the connecting plate
Plate, two magnetic conductive boards are arranged in the upper end and lower end of magnet；The transformational structure, which further includes, to be useful for described in driving
The driving structure that group of magnets moves up and down in the through-hole of the connecting plate, the coil include bobbin and are wrapped in described
The wound wire of bobbin periphery, the end of the connecting plate are plugged in the bobbin, the interior concave end of the bobbin
Setting, forms the straight slot of semicircle shape, the inner end of two coils is positioned opposite, and the semicircle shape of two bobbin inner ends
Straight slot is enclosed columned hollow region, and the group of magnets is located in the hollow region.
2. the transformational structure of kinetic energy converting electrical energy as described in claim 1, which is characterized in that the middle part of the connecting plate is equipped with
With the space of the through-hole alignment, the space is disposed to extend along the width of the connecting plate, and the connecting plate is separated
For two half-connection plates separately, and the through-hole of the connecting plate is divided into two parts separately by the space.
3. the transformational structure of kinetic energy converting electrical energy as described in claim 1, which is characterized in that the both sides in the middle part of the connecting plate
Arc-shaped shape, forms segmental arc, and the through-hole is formed between two segmental arcs；The end abutment of the segmental arc is in institute
State the surface of the semicircle shape straight slot of bobbin.
4. the transformational structure of kinetic energy converting electrical energy as described in claim 1, which is characterized in that the diameter of the magnetic conductive board is more than
The diameter of the magnet extends outwardly on the outside of the magnetic conductive board, forms that be located at the magnet outer and be used for and the connecting plate
The epitaxial end of abutting, the epitaxial end of two magnetic conductive boards are enclosed clamping zone；The connecting plate is located at the clamp area
In domain.
5. such as the transformational structure of Claims 1-4 any one of them kinetic energy converting electrical energy, which is characterized in that the driving knot
Structure includes elastic piece, and the elastic piece is connected to the group of magnets.
6. the transformational structure of kinetic energy converting electrical energy as claimed in claim 5, which is characterized in that the middle part connection of the elastic piece
In a magnetic conductive board, the both ends of the elastic piece extend outwardly to outside the both sides of the bobbin.
7. the transformational structure of kinetic energy converting electrical energy as claimed in claim 5, which is characterized in that the driving structure further includes pendulum
Moving frame, there are two connecting pins for the swing span tool, and two connecting pins of the swing span are connected to the two of the elastic piece
End.
8. the transformational structure of kinetic energy converting electrical energy as claimed in claim 7, which is characterized in that the swing span includes outer side slat
And two connection straps positioned opposite, the inner end of two connection straps is connected to the both ends of the outer side slat, described
The outer end of connection strap forms the connecting pin.
9. the transformational structure of kinetic energy converting electrical energy as claimed in claim 8, which is characterized in that two connections of the swing span
It is enclosed between item and outer side slat and encloses region, the coil group is located in the enclosing region.
10. the transformational structure of kinetic energy converting electrical energy as claimed in claim 8, which is characterized in that the connection strap is in bending,
Bending place is formed, along the direction of from-inner-to-outer, the outer end of the connection strap is in tilt shape upward.
11. the transformational structure of kinetic energy converting electrical energy as claimed in claim 10, which is characterized in that the bending place of the connection strap
Hinge column is extended with towards side.
12. the transformational structure of kinetic energy converting electrical energy as claimed in claim 7, which is characterized in that the driving structure includes two
A swing span, two swing spans are in positioned opposite, and the connecting pin of two swing spans is connected to bullet
The both ends of property piece.
13. the transformational structure of kinetic energy converting electrical energy as claimed in claim 11, which is characterized in that the kinetic energy converting electrical energy
Transformational structure includes pedestal, the cavity of upper end opening is equipped in the pedestal, the group of magnets, connecting plate and coil group are placed in
In the cavity, the both ends of the elastic piece are extended to outside the pedestal, and the swing mounting ring cloth is outside the pedestal.
14. the transformational structure of kinetic energy converting electrical energy as claimed in claim 13, which is characterized in that the side of the pedestal is formed
There is hinged groove, the hinge column of the connection strap is hinged in the hinged groove.
15. wireless electronic product, which is characterized in that turn including claim 1~14 any one of them kinetic energy converting electrical energy
Change structure.
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| CN112994298B (en) * | 2017-09-07 | 2024-03-26 | 刘远芳 | Adjustment method of passive proportional control device |
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| CN204013172U (en) * | 2014-08-18 | 2014-12-10 | 卢健华 | A kind of novel micropower electromagnetic generator |
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