CN102852071B - Electromagnetic induction floor tile by using pedestrian power generation - Google Patents
Electromagnetic induction floor tile by using pedestrian power generation Download PDFInfo
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- CN102852071B CN102852071B CN201210370733.5A CN201210370733A CN102852071B CN 102852071 B CN102852071 B CN 102852071B CN 201210370733 A CN201210370733 A CN 201210370733A CN 102852071 B CN102852071 B CN 102852071B
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- 230000005674 electromagnetic induction Effects 0.000 title claims abstract description 20
- 238000010248 power generation Methods 0.000 title abstract 5
- WHXSMMKQMYFTQS-UHFFFAOYSA-N Lithium Chemical compound [Li] WHXSMMKQMYFTQS-UHFFFAOYSA-N 0.000 claims abstract description 35
- 229910052744 lithium Inorganic materials 0.000 claims abstract description 35
- 230000000087 stabilizing effect Effects 0.000 claims abstract description 10
- 239000012774 insulation material Substances 0.000 claims description 30
- 238000005286 illumination Methods 0.000 claims description 27
- 238000007639 printing Methods 0.000 claims description 21
- 230000005611 electricity Effects 0.000 claims description 19
- 238000004519 manufacturing process Methods 0.000 abstract description 4
- 238000004134 energy conservation Methods 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 6
- 238000009434 installation Methods 0.000 description 5
- 230000004907 flux Effects 0.000 description 3
- 238000006243 chemical reaction Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000004020 conductor Substances 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000002708 enhancing effect Effects 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000000034 method Methods 0.000 description 1
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Abstract
The invention relates to an electromagnetic induction floor tile by using pedestrian power generation and belongs to the energy conservation and environment protection field. A main part is composed of a light pervious floor tile, an upper protecting frame and a lower protection box, the light pervious floor tile is mounted on the upper protecting frame, a trample switch is fixed on the lower portion, and a photosensitive sensor switch is mounted between the protecting frame and the pervious floor tile; the lower protection box is sleeved in the upper protecting frame and is fixedly connected through a spring, a support column is arranged on a base plate of the lower protection box, a clamp groove is arranged on the support column, and a light-emitting diode (LED) lamp panel, a lithium battery, a fixing pole and a power generation coil plate are fixed horizontally on the clamp groove respectively; and alternating current produced by power generation coil plate is connected to the lithium battery for charging after being rectified, public plus ends rectified by a lithium battery anode and a coil are connected to a power pressure stabilizing system, currents are connected with a photosensitive switch and the trample switch respectively after passing through the power pressure stabilizing system, and the photosensitive switch and the trample switch are connected with the LED lamp panel. The electromagnetic induction floor tile has the advantages of being compact in structure, high in power generation efficiency, simple to manufacture, low in manufacture cost and high in reliability and practicability.
Description
Technical field
The present invention relates to a kind of floor tile, particularly the electromagnetic induction floor tile that generates electricity of a kind of pedestrian of utilization, belongs to energy-conserving and environment-protective field.
Background technology
Along with the continuous enhancing of people's energy-conserving and environment-protective consciousness, the floor tile that a kind of pedestrian of utilization generates electricity will be subject to the popular welcome of people, electricity-generating floor tile or the complex structure of current existence not easily manufacture, employing piezoelectric, cost is higher, and performance is single, only has electricity generate function, therefore invention structure is simple, with low cost, generating efficiency is high, and the floor tile that a kind of pedestrian of utilization of the function such as integrated generation, illumination generates electricity will have great market prospect.Therefore invent the electromagnetic induction floor tile utilizing pedestrian to generate electricity that a kind of generating efficiency is high, cheap, reliability is high, practical and will have broad prospect of application.
Summary of the invention
The object of the invention is: the electromagnetic induction floor tile that a kind of pedestrian of utilization generates electricity is provided, this floor tile indoor design fixed magnetic pole (S pole down) and a detachable pole (N upward), and power coil plate is placed between two magnetic poles, when pedestrian tramples floor tile, detachable pole (N upward) is by Forced rotation, change by the magnetic field in the coil on power coil plate, utilize electromagnetic induction principle, convert the kinetic energy of pedestrian's step to electrical power storage in poly-lithium battery, and the electric energy of storage is used for the low power consuming fields such as illumination, alarm, lamp box advertisement; This floor tile carries LED color lamp, LED illumination lamp and light sensor switch simultaneously, and when there being people to trample floor tile, while floor tile inside is electric energy the power conversion that people tramples, its LED color lamp is lighted automatically; When the curtain of night arrives, its light sensor switch is automatically connected and LED illumination lamp is lighted until daybreak.
Solving technical scheme of the present invention is: as illustrated in fig. 1 and 2, design the electromagnetic induction floor tile that a kind of pedestrian of utilization generates electricity, main part by printing opacity floor tile 1, on protect frame 2 and lower protecting box 3 forms, on protect frame 2 upper surface have ladder platform, ladder platform is installed printing opacity floor tile 1, below and fixedly trample switch 30, protect between the ladder platform of frame 2 and printing opacity floor tile 1 and light sensor switch 4 is installed; Lower protecting box 3 is inserted in protect in frame 2 and is fixedly connected with by spring, and the base plate of lower protecting box 3 has pillar 14, and pillar has draw-in groove, and draw-in groove respectively level is fixed with LED lamp panel, lithium battery 7, S pole fixed magnetic pole 9 down and power coil plate 11; The both sides base plate of lower protecting box 3 being fixed with backplate 15, N detachable pole 12 are upward equipped with axle, and axle passes the hole on backplate 15 and freely can rotate in hole; On the ladder platform bottom protected on frame 2 be connected with push rod, the axle that push rod end inserts eccentric swinging block 16, N pole detachable pole 12 is upward connected on eccentric swinging block 16 through after backplate 15; The alternating current that power coil plate 11 produces charges by connecting lithium battery 7 after rectification, common port after lithium battery 7 positive pole and coil rectification accesses power supply voltage-stabilizing system jointly, electric current is after the voltage stabilizing of power supply voltage-stabilizing system, connect light sensor switch 4 respectively and trample switch 30, light sensor switch 4 and trample switch 30 and be connected with LED lamp panel.
The bottom of described lower protecting box 3 is fixed with spring lower support 10, and fixing spring upper bracket 6 below the ladder platform above protecting frame 2, spring is fixedly connected with upper bracket of the spring 6 by spring lower support 10.
The spring lower support 10 of described lower protecting box 3 and above protect frame 2 ladder platform below fixing upper bracket of the spring 6 be 4.
The pillar of the base plate of described lower protecting box 3 is 4, there is draw-in groove the position that four columns are corresponding, be followed successively by a draw-in groove 25, No. two draw-in grooves 26, No. three draw-in grooves 27, No. four draw-in grooves 28, mounted LED lamp plate in a draw-in groove 25, No. two draw-in grooves 26 install lithium battery 7, No. three draw-in grooves 27 are installed S pole 9, No. four draw-in grooves 28 of fixed magnetic pole down and are installed power coil plate 11.
The upper surface of described eccentric swinging block 16 has an eccentric chute 22, eccentric swinging block 16 is connected with N detachable pole 12 upward by the axle 23 be arranged in the hole 29 on backplate 15, allow push rod 17 through eccentric chute 22 simultaneously, and the push rod 17 upper protruding block 18 and lower protruding block 19 being separately fixed at eccentric swinging block 16 upper and lower surface ensures upper protruding block 18, has gap between lower protruding block 19 and eccentric swinging block 16; Utilize lever principle, when push rod 17 moves up and down time, the axle 23 on eccentric distant piece 16 can move back and forth in the hole 29 on backplate 15, and also by the rotation with axle 23, left and right spins upside down the detachable pole (N upward) 12 be connected with axle 23.
Described LED lamp panel 5, it has LED illumination lamp 21 and LED color lamp 20, and wherein LED color lamp 20 is arranged in LED illumination lamp 21 surrounding.When there being people to trample floor tile, while floor tile inside is electric energy the power conversion that people tramples, tramples switch 30 and connecting, LED color lamp 20 is lighted automatically; When the curtain of night arrives, its light sensor switch 4 is automatically connected and LED illumination lamp 21 is lighted until daybreak.
Described switch 30 of trampling is by negative electrode 31, anode 35 and insulation materials 32 form, as shown in Figure 7, negative electrode 31 and insulation materials 32 form the cylinder of an inner hollow, cross section is inverted u-shaped, negative electrode 31 is upper part, insulation materials 32 is lower part, anode 35 is made up of the cylinder of two different cross section diameters, the cylinder that large cylinder is placed in negative electrode 31 and insulation materials 32 composition is inner, little cylinder is placed in the cylindrical outer of negative electrode 31 and insulation materials 32 composition, the lower end of insulation materials is by the boss 33 large cylinder being snapped in the cylinder inside that negative electrode 31 and insulation materials 32 form, negative electrode 31 connects the color lamp 20 in LED lamp panel 5, and anode 35 accesses the power supply that lithium battery 7 provides.When pedestrian people tramples printing opacity floor tile, trample switch with on protect frame and move downward, make its anode be subject to LED lamp panel extruding and move upward and cathode contacts by circuit turn-on; After pedestrian tramples printing opacity floor tile, anode gravitate moves down to be separated with negative electrode and circuit is disconnected, and cylindrical conductor bigger on anode encounters boss on insulation materials and till can not moving downward.
As shown in Figure 8, described power coil plate 11 there is multiple coil, coil generating after by diode D1, diode D2 ..., charge for lithium battery 7 after diode D2n rectification, the common access chip 7805 of public anode after lithium battery 7 positive pole and coil rectification, electric current, after chip 7805 voltage stabilizing, supplies LED illumination lamp 21 and LED color lamp 20.Described lithium battery 7 is 5V, and LED illumination lamp 21 and LED color lamp 20 rated voltage are also 5V.
Described light sensor switch is commercially available original paper, it is made up of light sensor and miscellaneous part, after light resistor is subject to certain illumination, its resistance reduces photosensitive switch is disconnected, and after the illumination be subject to when light resistor is less than certain illumination, its resistance increase makes photosensitive switch connect.
Described N pole detachable pole 12 is upward made up of polylith detachable pole plate, be divided into many little detachable pole plates by one piece of very large common magnetic pole plate, during installation, the N pole of each detachable pole (N is upward) is upward, accordingly, and the corresponding eccentric swinging block 16 of each block detachable pole and push rod 17.Respectively have axle on each detachable pole (N upward) both sides, axle is connected on eccentric swinging block through the hole on backplate, and axle freely can rotate in hole; Every eccentric swinging block there is an eccentric chute; Be connected with many push rods in the upper ladder platform bottom protected on frame, each push rod end all inserts the eccentric chute on eccentric swinging block; Above and below eccentric swinging block, there are a upper protruding block and lower protruding block to be connected on push rod respectively.
The operating principle of this floor tile is: when printing opacity floor tile is not jammed on, and detachable pole (N upward) is complete in a plane, and the magnetic flux passed through in the coil on the power coil plate now between fixed magnetic pole (S pole down) and detachable pole (N upward) is maximum; When pedestrian tramples printing opacity floor tile, due to the effect of power, protect frame Compress Spring on being connected with printing opacity floor tile to move downward, simultaneously with under protect the push rod that frame is connected and move downward, and promote the rotation of eccentric swinging block, because detachable pole (N upward) is connected on eccentric swinging block by axle, detachable pole (N upward) also and then rotates together, and the magnetic flux passed through in the coil on the power coil plate between fixed magnetic pole (S pole down) and detachable pole (N upward) is reduced gradually; When pedestrian trample printing opacity floor tile complete time, due to spring return function effect, on protect frame and upwards slowly rise, push rod is moved upward, and drive eccentric swinging block to rotate toward rightabout, finally make detachable pole (N upward) also and then rotate together round about, until detachable pole (N upward) rotates to same plane, the magnetic flux passed through in the coil on the power coil plate between fixed magnetic pole (S pole down) and detachable pole (N upward) is increased gradually; In the process that detachable pole (N upward) rotates, constantly changed by the magnetic field in the coil on power coil plate, make to create electric current in coil, electric current is converted to galvanic current by rectification circuit and flows in lithium battery and carry out storing or supply electric original copy; When the curtain of night arrives, light sensor switch is automatically connected because the illumination that is subject to reduces and LED illumination lamp is lighted until daybreak light sensor switch disconnects automatically because the illumination be subject to increases LED illumination lamp is disconnected, when pedestrian tramples printing opacity floor tile, trample stressed negative electrode and the anode of making of switch to connect, LED color lamp is lit until pedestrian tramples after rear printing opacity floor tile gets back to equilbrium position do not disconnect just extinguishing at stressed its negative electrode and the anode of making because trampling switch.
The invention has the beneficial effects as follows: adopt ultrathin design, its compact conformation, have generating efficiency high, manufacture simple, cheap, reliability is high, the feature such as practical, it has gathered the function such as generating, illumination simultaneously, especially its LED color lamp design carried, while bringing entertaining, the environmental consciousness of people can also be waken up.
Accompanying drawing explanation
Fig. 1 is overall appearance schematic diagram of the present invention;
Fig. 2 is that schematic diagram is looked in inside of the present invention;
Fig. 3 is internal sectional schematic diagram A of the present invention;
Fig. 4 is internal sectional schematic diagram B of the present invention;
Fig. 5 is the scheme of installation of LED lamp panel in the present invention;
Fig. 6 is lower protecting box internal construction schematic diagram in the present invention;
Fig. 7 is structure and the installation drawing of eccentric swinging block in the present invention;
Fig. 8 tramples on-off principle figure in the present invention;
Fig. 9 is electrical schematic diagram in the present invention.
In Fig. 1 ~ 8, each label represents successively: printing opacity floor tile 1, on protect frame 2, lower protecting box 3, light sensor switch 4, LED lamp panel 5, upper bracket of the spring 6, lithium battery 7, spring 8, fixed magnetic pole (S pole down) 9, spring lower support 10, power coil plate 11, detachable pole (N upward) 12, base plate 13, pillar 14, backplate 15, eccentric swinging block 16, push rod 17, upper protruding block 18, lower protruding block 19, LED color lamp 20, LED illumination lamp 21, eccentric chute 22, axle 23, ladder platform 24, a draw-in groove 25, No. two draw-in grooves 26, No. three draw-in grooves 27, No. four grooves 28, hole 29, trample switch 30, negative electrode 31, insulation materials 32, boss 33, protruding parts 34, anode 35.
Detailed description of the invention
Below in conjunction with drawings and Examples, the invention will be further described.
Embodiment 1: as illustrated in fig. 1 and 2, design the electromagnetic induction floor tile that a kind of pedestrian of utilization generates electricity, main part by printing opacity floor tile 1, on protect frame 2 and lower protecting box 3 forms, on protect frame 2 upper surface have ladder platform, ladder platform is installed printing opacity floor tile 1, below and fixedly trample switch 30, protect between the ladder platform of frame 2 and printing opacity floor tile 1 and light sensor switch 4 is installed; Lower protecting box 3 is inserted in protect in frame 2 and is fixedly connected with by spring, and the base plate of lower protecting box 3 has pillar 14, and pillar has draw-in groove, and draw-in groove respectively level is fixed with LED lamp panel, lithium battery 7, S pole fixed magnetic pole 9 down and power coil plate 11; The both sides base plate of lower protecting box 3 being fixed with backplate 15, N detachable pole 12 are upward equipped with axle, and axle passes the hole on backplate 15 and freely can rotate in hole; On the ladder platform bottom protected on frame 2 be connected with push rod, the axle that push rod end inserts eccentric swinging block 16, N pole detachable pole 12 is upward connected on eccentric swinging block 16 through after backplate 15; The alternating current that power coil plate 11 produces charges by connecting lithium battery 7 after rectification, common port after lithium battery 7 positive pole and coil rectification accesses power supply voltage-stabilizing system jointly, electric current is after the voltage stabilizing of power supply voltage-stabilizing system, connect light sensor switch 4 respectively and trample switch 30, light sensor switch 4 and trample switch 30 and be connected with LED lamp panel.The bottom of lower protecting box 3 is fixed with spring lower support 10, and fixing spring upper bracket 6 below the ladder platform above protecting frame 2, spring is fixedly connected with upper bracket of the spring 6 by spring lower support 10.The spring lower support 10 of lower protecting box 3 and above protect frame 2 ladder platform below fixing upper bracket of the spring 6 be 4.The pillar of the base plate of lower protecting box 3 is 4, there is draw-in groove the position that four columns are corresponding, be followed successively by a draw-in groove 25, No. two draw-in grooves 26, No. three draw-in grooves 27, No. four draw-in grooves 28, mounted LED lamp plate in a draw-in groove 25, No. two draw-in grooves 26 install lithium battery 7, No. three draw-in grooves 27 are installed S pole 9, No. four draw-in grooves 28 of fixed magnetic pole down and are installed power coil plate 11.Eccentric swinging block 16 can be cuboid parts, an eccentric chute 22 is had above it, eccentric swinging block 16 is connected with N detachable pole 12 upward by the axle 23 be arranged in the hole 29 on backplate 15, allow push rod 17 through eccentric chute 22 simultaneously, and the push rod 17 upper protruding block 18 and lower protruding block 19 being separately fixed at eccentric swinging block 16 upper and lower surface ensures upper protruding block 18, has gap L ED lamp plate 5 between lower protruding block 19 and eccentric swinging block 16; Described LED lamp panel 5, it has LED illumination lamp 21 and LED color lamp 20, and wherein LED color lamp 20 is arranged in LED illumination lamp 21 surrounding.Trample switch 30 by negative electrode 31, anode 35 and insulation materials 32 form, negative electrode 31 and insulation materials 32 form the cylinder of an inner hollow, cross section is inverted u-shaped, negative electrode 31 is upper part, insulation materials 32 is lower part, anode 35 is made up of the cylinder of two different cross section diameters, the cylinder that large cylinder is placed in negative electrode 31 and insulation materials 32 composition is inner, little cylinder is placed in the cylindrical outer of negative electrode 31 and insulation materials 32 composition, the lower end of insulation materials is by the boss 33 large cylinder being snapped in the cylinder inside that negative electrode 31 and insulation materials 32 form, negative electrode 31 connects the color lamp 20 in LED lamp panel 5, and anode 35 accesses the power supply that lithium battery 7 provides.Power coil plate 11 there are 8 coils, coil generating after by diode D1, diode D2 ..., charge for lithium battery 7 after diode D2n rectification, the common access chip 7805 of public anode after lithium battery 7 positive pole and coil rectification, electric current, after chip 7805 voltage stabilizing, supplies LED illumination lamp 21 and LED color lamp 20.Described N pole detachable pole 12 is upward made up of polylith detachable pole plate, be divided into many little detachable pole plates by one piece of very large common magnetic pole plate, during installation, the N pole of each detachable pole (N is upward) is upward, accordingly, and the corresponding eccentric swinging block 16 of each block detachable pole and push rod 17.
Embodiment 2: as illustrated in fig. 1 and 2, design the electromagnetic induction floor tile that a kind of pedestrian of utilization generates electricity, main part by printing opacity floor tile 1, on protect frame 2 and lower protecting box 3 forms, on protect frame 2 upper surface have ladder platform, ladder platform is installed printing opacity floor tile 1, below and fixedly trample switch 30, protect between the ladder platform of frame 2 and printing opacity floor tile 1 and light sensor switch 4 is installed; Lower protecting box 3 is inserted in protect in frame 2 and is fixedly connected with by spring, and the base plate of lower protecting box 3 has pillar 14, and pillar has draw-in groove, and draw-in groove respectively level is fixed with LED lamp panel, lithium battery 7, S pole fixed magnetic pole 9 down and power coil plate 11; The both sides base plate of lower protecting box 3 being fixed with backplate 15, N detachable pole 12 are upward equipped with axle, and axle passes the hole on backplate 15 and freely can rotate in hole; On the ladder platform bottom protected on frame 2 be connected with push rod, the axle that push rod end inserts eccentric swinging block 16, N pole detachable pole 12 is upward connected on eccentric swinging block 16 through after backplate 15; The alternating current that power coil plate 11 produces charges by connecting lithium battery 7 after rectification, common port after lithium battery 7 positive pole and coil rectification accesses power supply voltage-stabilizing system jointly, electric current is after the voltage stabilizing of power supply voltage-stabilizing system, connect light sensor switch 4 respectively and trample switch 30, light sensor switch 4 and trample switch 30 and be connected with LED lamp panel.The bottom of lower protecting box 3 is fixed with spring lower support 10, and fixing spring upper bracket 6 below the ladder platform above protecting frame 2, spring is fixedly connected with upper bracket of the spring 6 by spring lower support 10.The spring lower support 10 of lower protecting box 3 and above protect frame 2 ladder platform below fixing upper bracket of the spring 6 be 4.The pillar of the base plate of lower protecting box 3 is 4, there is draw-in groove the position that four columns are corresponding, be followed successively by a draw-in groove 25, No. two draw-in grooves 26, No. three draw-in grooves 27, No. four draw-in grooves 28, mounted LED lamp plate in a draw-in groove 25, No. two draw-in grooves 26 install lithium battery 7, No. three draw-in grooves 27 are installed S pole 9, No. four draw-in grooves 28 of fixed magnetic pole down and are installed power coil plate 11.Eccentric swinging block 16 can be cuboid parts, an eccentric chute 22 is had above it, eccentric swinging block 16 is connected with N detachable pole 12 upward by the axle 23 be arranged in the hole 29 on backplate 15, allow push rod 17 through eccentric chute 22 simultaneously, and the push rod 17 upper protruding block 18 and lower protruding block 19 being separately fixed at eccentric swinging block 16 upper and lower surface ensures upper protruding block 18, has gap L ED lamp plate 5 between lower protruding block 19 and eccentric swinging block 16; Described LED lamp panel 5, it has LED illumination lamp 21 and LED color lamp 20, and wherein LED color lamp 20 is arranged in LED illumination lamp 21 surrounding.Trample switch 30 by negative electrode 31, anode 35 and insulation materials 32 form, negative electrode 31 and insulation materials 32 form the cylinder of an inner hollow, cross section is inverted u-shaped, negative electrode 31 is upper part, insulation materials 32 is lower part, anode 35 is made up of the cylinder of two different cross section diameters, the cylinder that large cylinder is placed in negative electrode 31 and insulation materials 32 composition is inner, little cylinder is placed in the cylindrical outer of negative electrode 31 and insulation materials 32 composition, the lower end of insulation materials is by the boss 33 large cylinder being snapped in the cylinder inside that negative electrode 31 and insulation materials 32 form, negative electrode 31 connects the color lamp 20 in LED lamp panel 5, and anode 35 accesses the power supply that lithium battery 7 provides.Power coil plate 11 there are 10 coils, coil generating after by diode D1, diode D2 ..., charge for lithium battery 7 after diode D2n rectification, the common access chip 7805 of public anode after lithium battery 7 positive pole and coil rectification, electric current, after chip 7805 voltage stabilizing, supplies LED illumination lamp 21 and LED color lamp 20.Described N pole detachable pole 12 is upward made up of polylith detachable pole plate, be divided into many little detachable pole plates by one piece of very large common magnetic pole plate, during installation, the N pole of each detachable pole (N is upward) is upward, accordingly, and the corresponding eccentric swinging block 16 of each block detachable pole and push rod 17.
Claims (9)
1. the electromagnetic induction floor tile utilizing pedestrian to generate electricity, it is characterized in that: main part by printing opacity floor tile (1), on protect frame (2) and lower protecting box (3) forms, on protect frame (2) upper surface have ladder platform, ladder platform is installed printing opacity floor tile (1), below fixedly tramples switch (30), protect between the ladder platform of frame (2) and printing opacity floor tile (1) and light sensor switch (4) is installed; Lower protecting box (3) is inserted in protect in frame (2) and is fixedly connected with by spring, the base plate of lower protecting box (3) has pillar (14), pillar has draw-in groove, and draw-in groove respectively level is fixed with LED lamp panel, lithium battery (7), S pole fixed magnetic pole down (9) and power coil plate (11); The base plate of lower protecting box (3) is fixed with backplate (15), and the both sides of N detachable pole upward (12) are equipped with axle, and axle passes the hole on backplate (15) and freely can rotate in hole; On the ladder platform bottom protected on frame (2) be connected with push rod, push rod end inserts eccentric swinging block (16), and the axle of N pole detachable pole upward (12) is connected on eccentric swinging block (16) through after backplate (15); The alternating current that power coil plate (11) produces is by connecting lithium battery (7) charging after rectification, common port after lithium battery (7) positive pole and coil rectification accesses power supply voltage-stabilizing system jointly, electric current is after the voltage stabilizing of power supply voltage-stabilizing system, connect light sensor switch (4) and trample switch (30) respectively, light sensor switch (4) and trample switch (30) and be connected with LED lamp panel.
2. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: the bottom of described lower protecting box (3) is fixed with spring lower support (10), on protect frame (2) ladder platform below fixing spring upper bracket (6), spring is fixedly connected with upper bracket of the spring (6) by spring lower support (10).
3. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 2, is characterized in that: the spring lower support (10) of described lower protecting box (3) and above protect frame (2) ladder platform below fixing upper bracket of the spring (6) be 4.
4. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: the pillar of the base plate of described lower protecting box (3) is 4, there is draw-in groove the position that four columns are corresponding, be followed successively by a draw-in groove (25), No. two draw-in grooves (26), No. three draw-in grooves (27), No. four draw-in grooves (28), an interior mounted LED lamp plate of draw-in groove (25), No. two draw-in grooves (26) install lithium battery (7), No. three draw-in grooves (27) install S pole fixed magnetic pole down (9), and No. four draw-in grooves (28) install power coil plate (11).
5. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: the upper surface of described eccentric swinging block (16) has an eccentric chute (22), eccentric swinging block (16) is connected with N detachable pole upward (12) by the axle (23) be arranged in the hole (29) on backplate (15), allow push rod (17) through eccentric chute (22) simultaneously, and the push rod (17) that upper protruding block (18) and lower protruding block (19) are separately fixed at eccentric swinging block (16) upper and lower surface is gone up and ensured upper protruding block (18), gap is had between lower protruding block (19) and eccentric swinging block (16).
6. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: described LED lamp panel (5), it has LED illumination lamp (21) and LED color lamp (20), wherein LED color lamp (20) is arranged in LED illumination lamp (21) surrounding.
7. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: described in trample switch (30) by negative electrode (31), anode (35) and insulation materials (32) composition, the cylinder of negative electrode (31) and insulation materials (32) composition inner hollow, cross section is inverted u-shaped, negative electrode (31) is upper part, insulation materials (32) is lower part, anode (35) is made up of the cylinder of two different cross section diameters, it is inner that large cylinder is placed in the cylinder that negative electrode (31) and insulation materials (32) form, little cylinder is placed in the cylindrical outer that negative electrode (31) and insulation materials (32) form, there is the boss (33) large cylinder being snapped in the cylinder inside that negative electrode (31) and insulation materials (32) form the lower end of insulation materials, negative electrode (31) connects the color lamp (20) in LED lamp panel (5), the power supply that anode (35) access lithium battery (7) provides.
8. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: described power coil plate (11) has multiple coil, coil generating after by diode D1, diode D2 ..., be lithium battery (7) charging after diode D2n rectification, the common access chip 7805 of public anode after lithium battery (7) positive pole and coil rectification, electric current, after chip 7805 voltage stabilizing, supplies LED illumination lamp (21) and LED color lamp (20).
9. the electromagnetic induction floor tile that generates electricity of the pedestrian of utilization according to claim 1, it is characterized in that: described N pole detachable pole upward (12) is made up of polylith detachable pole plate, accordingly, the corresponding eccentric swinging block (16) of each block detachable pole and push rod (17).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210370733.5A CN102852071B (en) | 2012-09-29 | 2012-09-29 | Electromagnetic induction floor tile by using pedestrian power generation |
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| CN201210370733.5A CN102852071B (en) | 2012-09-29 | 2012-09-29 | Electromagnetic induction floor tile by using pedestrian power generation |
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| CN102852071A CN102852071A (en) | 2013-01-02 |
| CN102852071B true CN102852071B (en) | 2015-01-28 |
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| CN108155754A (en) * | 2018-02-08 | 2018-06-12 | 辽宁工业大学 | Override type generator |
| CN109026572A (en) * | 2018-08-01 | 2018-12-18 | 何子民 | A kind of foot-operated Electromagnetic generation device of portable type |
| CN108894078A (en) * | 2018-08-30 | 2018-11-27 | 金威建设集团有限公司 | A kind of intelligence ring-shaped fitness pavement |
| CN110565467B (en) * | 2019-08-27 | 2021-05-28 | 新昌县大菠萝农业发展有限公司 | Anti-occupation safety blind road floor tile |
| CN112626961A (en) * | 2020-12-12 | 2021-04-09 | 张雪燕 | Ecological improvement floor tile for near-desert area |
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| CN202787026U (en) * | 2012-09-29 | 2013-03-13 | 昆明理工大学 | Electromagnetic induction floor tile utilizing pedestrians to generate electricity |
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