CN201067121Y - Multifunctional power supply shoes - Google Patents
Multifunctional power supply shoes Download PDFInfo
- Publication number
- CN201067121Y CN201067121Y CNU2007201249784U CN200720124978U CN201067121Y CN 201067121 Y CN201067121 Y CN 201067121Y CN U2007201249784 U CNU2007201249784 U CN U2007201249784U CN 200720124978 U CN200720124978 U CN 200720124978U CN 201067121 Y CN201067121 Y CN 201067121Y
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Abstract
The utility model relates to a pair of multi-functional power-supply shoes, which consist of a shoe body, a pressure transmission mechanism, a transforming gear set, a generator, an input/output socket, a lighting lamp and a circuit board. A shell body with a lower covering plate is arranged between shoe soles and shoe insoles of the shoe body, the pressure transmission mechanism is arranged at the rear part inside the shell, and the transforming gear set and the generator are arranged at the front of the pressure transmission mechanism; the central part of the shell is internally provided with a cell clipping box used for charging, and the front end of the shell body is internally provided with the circuit board; the pressure transmission mechanism consists of a straight stripe gear, a cylinder gear and a transforming gear, wherein, the transforming gear set is provided with two horizontally parallel clutch gears, two horizontally parallel unidirectional gears, an amplifier gear and a gear idle, wherein, the gear idle is meshed with a transmission gear on a rotary shaft of the generator, and the input/output socket and the lighting lamp are respectively arranged at the back of the shoe body and at the front of the shoe body. In addition, a spliced eye is internally provided with a conductive magnetic column, and one side of the shoe body is provided with a voltage/ a polarity/ a lighting control switch. The utility model has comfortable wearing, good impact resistance of the internal transforming gear and a plurality of external power sources, can be convenient to be used for a power-supply socket and adopts the power-supplying needs of a plurality of electrical appliances.
Description
Technical field
The utility model relates to a kind of footwear that electric energy is provided, particularly a kind of multi-functional power supply footwear that gravitional force are converted to electric energy in the process of walking.
Background technology
Footwear are a kind of necessitys in people's daily life, and its main purpose is to the protection of foot when people walk.The gravity drop that produces when utilizing people's Bipedal, a kind of power supply footwear are provided, output DC provides power supply for other electronic devices and components or electronic product, it is by the pressure gear unit, conversion gear and generator are formed, pressure gear unit (first order transmission tooth) is to place the place that contacts with sole, when people's dress is walked, the sensation that pin is had a kind of distortion, snugness of fit is relatively poor, and the conversion gear impact resistance in it is poor, and the generating effect is low, outer power pack has only simple power outlet, magnitude of voltage is comparatively single, and adaptable electrical equipment is less, and the power supply socket uses inconvenient.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and a kind of multi-functional power supply footwear are provided, and this power supply footwear wearing comfortableness is good, internal conversion gear good impact resistance, outer power supply source is multiple, and the power supply socket is easy to use, can adapt to the power supply needs of multiple electrical equipment.
The utility model has adopted such technical scheme: a kind of multi-functional power supply footwear, include footwear body, pressure drive mechanism, conversion gear group, generator, output/input socket, illuminating lamp, circuit board, it is characterized in that between the sole of footwear body and shoe-pad, being provided with the housing of band lower cover, the rear portion is provided with the aforementioned pressure transmission mechanism in the housing, pressure drive mechanism the place ahead sets gradually conversion gear group and generator, be provided with charging in the housing middle part and use the battery grip box, in the housing front end circuit board is set; Pressure drive mechanism is made of vertical bar tooth, cylinder tooth, conversion tooth, vertical bar tooth one end places lower cover outer and contact with gripper shoe on the sole, the increment of the increment of vertical bar tooth and conversion tooth and the engagement of cylinder tooth, there is tooth bar on the front end both sides of conversion tooth in the middle of laterally being provided with two energy-storaging springs and front end; Aforementioned conversion gear group is provided with two clutch teeth laterally arranged side by side, horizontal two unidirectional teeth arranged side by side, amplifies tooth, gap bridge tooth, two clutch tooth upper ends arranged side by side and the tooth bar engagement in the middle of the aforementioned conversion tooth front end, clutch tooth lower end arranged side by side respectively with unidirectional tooth engagement arranged side by side, unidirectional tooth, amplify tooth, gap bridge tooth to engagement successively, the gap bridge tooth also with alternator shaft on the driving cog engagement; Aforementioned output/input socket and illuminating lamp place footwear body rear portion and front portion respectively, are provided with the conductive magnetism post in the spliced eye of output/input socket, and a side of footwear body also is provided with voltage/polarity/bull switch.
The multi-functional power supply footwear that the utility model is provided are worn on the pin, and what pin touched is non deformable housing, and are very natural in the process of walking, except the sensation of a bit sinking, do not have what difference with usual footwear.Pass to gravitional force on the vertical bar tooth of pressure drive mechanism by shoe-pad, housing when people walk, the upper and lower displacement of vertical bar tooth, through cylinder tooth, conversion tooth and energy-storaging spring, this gravitional force is converted to mechanical energy, again two clutch teeth by the conversion gear group, two unidirectional teeth, amplify tooth, gap bridge tooth, big moment low level is moved mechanical energy be converted to the high displacement machine tool of little moment energy, last transmission generator for electricity generation.Because active force is interrupted when walking, in order to convert interrupted mechanical energy to continuous mechanical energy, so the front end at the conversion tooth is installed energy-storaging spring, the thrust that is produced when the conversion tooth is moved around is approaching identical with pulling force, transfer torque to two clutch teeth arranged side by side then and carry out the displacement amplification, in this clutch tooth clutch is arranged, when impact is excessive, be used for preventing the internal gear overload, transfer torque to two unidirectional teeth arranged side by side again and carry out the displacement amplification again, this unidirectional tooth is two clutch gears, can only one-directional rotation transmit moment of torsion, cooperation through these two gears, can be with the moment of torsion of two different rotation directions, the moment of torsion that converts same rotation direction to is delivered to the amplification tooth, carrying out displacement through it again amplifies, be delivered to driving cog on the alternator shaft by the gap bridge tooth at last, drive generator amature and do the cutting magnetic line rotation, make the generator unit stator winding coil send alternating current, the rectification circuit rectifying and wave-filtering of alternating current on circuit board, be illuminating lamp, output/input socket and rechargeable battery grip box provide 3.6V, 5.2V dc source can be realized the charging to Ni-MH battery or lithium battery in the battery grip box in the middle.The utility model snugness of fit is good, internal conversion gear good impact resistance, and outer power supply source is multiple, and the power supply socket is easy to use, adapts to the power supply needs of multiple electrical equipment.
Description of drawings
The utility model has following accompanying drawing:
Fig. 1 is a schematic diagram of the present utility model;
Fig. 2 is the schematic diagram of the utility model one side;
Fig. 3 is the schematic diagram of the utility model opposite side;
Fig. 4 is the utility model housing internal pressure transmission mechanism, conversion gear group, electric generator structure schematic diagram;
Fig. 5 is that the A-A of Fig. 4 launches view (containing lower cover);
Fig. 6 is the B-B view of Fig. 5;
Fig. 7 is the schematic diagram of clutch tooth;
Fig. 8 is the vertical view of Fig. 7;
Fig. 9 is the schematic diagram of unidirectional tooth;
Figure 10 is the vertical view of Fig. 9;
Figure 11 is the schematic diagram of conversion tooth;
Figure 12 is the schematic diagram of output/input socket and plug;
Figure 13 is the schematic diagram of electric magnetic card.
Figure 14 is a circuit block diagram of the present utility model;
Figure 15 is the circuit theory diagrams of interior power supply circuit, automatic charger, electric magnetic card circuit;
Figure 16 is the circuit theory diagrams of lighting circuit, control circuit, buck/accent polar circuit;
Figure 17 is the circuit theory diagrams of Ni-MH battery charging indication;
Figure 18 is the circuit theory diagrams of lithium cell charging indicating circuit.
The specific embodiment
Further specify embodiment of the present utility model with reference to the accompanying drawings.As Fig. 1-Fig. 6, shown in Figure 11, a kind of multi-functional power supply footwear, include footwear body 15, pressure drive mechanism, conversion gear group, generator 31, output/input socket 9, illuminating lamp 12, circuit board 34, between the sole 5 of footwear body 15 and shoe-pad 6, be provided with the housing 1 of band lower cover 2, the rear portion is provided with the aforementioned pressure transmission mechanism in the housing 1, pressure drive mechanism the place ahead sets gradually conversion gear group and generator 31, be provided with charging with battery grip box 7 in the housing middle part, circuit board 34 is set in the housing front end; Pressure drive mechanism is made of vertical bar tooth 3, cylinder tooth 20, conversion tooth 21, vertical bar tooth 3 one ends place lower cover 2 outer and contact with gripper shoe 4 on the sole, the increment of the increment of vertical bar tooth 3 and conversion tooth 21 and 20 engagements of cylinder tooth, there is tooth bar on the front end both sides of conversion tooth 21 in the middle of laterally being provided with two energy-storaging springs 22,23 and front end; Aforementioned conversion gear group is provided with two clutch teeth 24,25 laterally arranged side by side, horizontal two unidirectional teeth 26,27 arranged side by side, amplifies tooth 28, gap bridge tooth 29, two clutch teeth, 24,25 upper ends arranged side by side and the engagement of the tooth bar in the middle of aforementioned conversion tooth 21 front ends, clutch tooth 24,25 lower ends arranged side by side respectively with unidirectional tooth arranged side by side 27,26 engagements, unidirectional tooth 26,27, amplify tooth 28, gap bridge tooth 29 to engagement successively, gap bridge tooth 29 also with alternator shaft on driving cog 30 engagements; Aforementioned output/input socket 9 and illuminating lamp 12 place footwear body 15 rear portions and front portion respectively, are provided with conductive magnetism post 171 in the spliced eye of output/input socket 9, and a side of footwear body also is provided with voltage/polarity/bull switch 8.
In embodiment shown in the drawings, aforesaid clutch tooth is provided with clutch tooth fixed axis 100, and the little tooth 101 of clutch tooth is arranged on the clutch tooth fixed axis, and the little tooth of clutch tooth bottom outside cylinder is provided with friction plate 102, the outer ring of this friction plate is provided with clutch tooth canine tooth 103, as Fig. 7, shown in Figure 8.Owing between clutch tooth canine tooth and the little tooth of clutch tooth, be provided with friction plate, produce a stiction between this friction plate and the clutch tooth canine tooth, when the torsion of gear transmission during, little tooth of clutch tooth and relative rotation of clutch tooth canine tooth, thereby play the effect that prevents the gear overload greater than its stiction.Aforesaid unidirectional tooth is provided with unidirectional tooth fixed axis 110, and the little tooth 112 of isolator is arranged on this fixed axis, and the little tooth of isolator upper end is provided with isolator canine tooth 111, is provided with needle roller 113 between little tooth 112 of isolator and the isolator canine tooth 111, as Fig. 9, shown in Figure 10.Owing to be provided with needle roller between little tooth of isolator and canine tooth, needle roller is fixed between little tooth and the canine tooth by the elasticity viscose glue, adopts the isolator principle, thus form one can only unidirectional delivery moment gear combination.Aforesaid output/input socket 9 is provided with three spliced eyes, is provided with conductive magnetism post 171 in each spliced eye, and the inserting column of the output plug 10 that matches with it is the iron-based cylinder 170 of two conductions, as shown in figure 12.Output/input socket is provided with three conductive magnetism posts 171, middle conductive magnetism post is public magnetic post, about be respectively output and input magnetic post, owing to the iron-based cylinder 170 of two conductions is arranged, on the output plug when people need export/when importing, only need the correspondence position of plug near socket, under the effect of magnetic force, the two will be pulled together, and realizes conduction, when the power of outwards pulling out during greater than the suction-combining force plug will come off.Be provided with a cunning in the housing 1 of aforesaid battery grip box 7 one sides and insert conductive seat 36 and an electric magnetic card 33 that constitutes by fixture block 130, card 131, magnetic conduction protecgulum 132, insulation sleeve 133, solenoid 134, magnetic conduction bonnet 135, back-moving spring 136, in the housing 1 of battery grip box 7 rear ends, also be provided with an arc and eject shell fragment 35, be provided with charging indicator light 16 and electric magnetic card gauge tap 17 at battery grip box 7 front ends, this front end and housing linking part are provided with waterproof grommet 32, as Fig. 2, Fig. 4, Fig. 5, shown in Figure 13.After 134 energisings of the solenoid in the electric magnetic card 33, fixture block 130 and magnetic conduction protecgulum, bonnet all are magnetized, and have formed a field circuit in inside, and fixture block will overcome the elastic force of back-moving spring 136 and shrink; After the outage, fixture block and magnetic conduction protecgulum, bonnet have not all had magnetic, and back-moving spring will reset fixture block.When people need take out electromagnetism grip box 7, click the electric magnetic card gauge tap 17 that is located at electromagnetism grip box front end, make the electric magnetic card energising, just can open electric magnetic card, thereby under the effect of ejecting shell fragment 35, the battery grip box be ejected from housing.
In the present embodiment, aforesaid circuit board 34 is provided with interior power supply circuit, automatic charger, lighting circuit, control circuit, buck/accent polar circuit, the electric magnetic card circuit, Ni-MH battery or lithium cell charging indicating circuit, interior power supply circuit has current rectifying and wave filtering circuit and battery charging circuit, the input of current rectifying and wave filtering circuit is connected with the generator unit stator winding coil, output and automatic charger, lighting circuit, control circuit, buck/accent polar circuit, the power end of electric magnetic card circuit connects, the charging input end of battery charging circuit is connected with output/input socket 9, the output of automatic charger is connected with the input of Ni-MH battery or lithium cell charging indicating circuit, the output of control circuit is connected with the control signal input of lighting circuit with buck/accent polar circuit respectively, the output of buck/accent polar circuit is connected with output/input socket 9 on the footwear body 15, the control end of electric magnetic card circuit is connected with electric magnetic card gauge tap 17 on battery grip box 7 front ends, as shown in figure 14.
In the present embodiment; aforesaid interior power supply circuit is by battery protection control chip U1; N raceway groove COMS FET U2; triode Q1-Q6; diode D1-D5; light emitting diode DS9; DS10; DS110; resistance R 13-R25; R121; capacitor C 5-C11; battery BT1 forms; diode D2-D4 rectifier bridge and capacitor C 10; C11 forms current rectifying and wave filtering circuit; the input of rectifier bridge is connected with the stator winding coil L1 of generator 31; from filter capacitor C10; the DC voltage and the automatic charger of C11 output; lighting circuit; control circuit; buck/accent polar circuit; the power end of electric magnetic card circuit connects; constitute internal battery charging indicator light 11 on the footwear body by light emitting diode DS110; the charging input end capacitor C 10 of battery BT1; the parallel connected end of C11 and resistance R 23; the link of diode D1 negative pole is connected with output/input socket 9 on the footwear body, as shown in figure 15.The alternating current that generator unit stator winding coil L1 sends is through rectifying and wave-filtering; the DC voltage of output is for automatic charger; lighting circuit; control circuit; buck/accent polar circuit; the electric magnetic card circuit; internal battery is used; a battery protection control chip U1 control of internal battery configuration charging and discharging of accumulator; battery is attempted by on the mains supply line; for each circuit provides lasting electric energy; by output/input socket is the interior power supply circuit power supply; simultaneously also can be to charge in batteries, internal battery charging indicator light 11 (DS110) shows the internal battery charge condition.
Aforesaid automatic charger is made up of DC/DC buck chip U3, triode Q30-Q34, Q37-Q45, diode D31, Zener diode D33, light emitting diode DS30, resistance R 30-R39, R41-R45, R47, R50-R68, capacitor C 30-C47, inductance coil L30, output interface J30-J32, output interface J30, J31, J32 are connected with the input interface of Ni-MH battery or lithium cell charging indicating circuit, as shown in figure 15.Put into the battery grip box as battery, and when putting into footwear, battery power is by resistance R 67 input identification circuits, circuit is according to default program, U3 carries out precharge to battery by control DC/DC buck chip, and discerns battery variety automatically in pre-charge process, again by corresponding program charging, be provided with charging indicator light 16 at battery grip box front end, in order to the pilot cell charge condition.
Aforesaid lighting circuit is made up of triode Q80-Q82, light emitting diode DS80-DS82, photodiode DL80, resistance R 80-R87, capacitor C 80, control signal input pickup resistance R87 is connected with 9 pin of control signal output JK flip-flop in the control circuit, as shown in figure 16.Light emitting diode DS80-DS82 forms the illuminating lamp 12 of footwear body front end, the control signal of bull switch S80 in the voltage/polarity of control circuit/bull switch, after JK flip-flop U5 in control circuit handles, switching signal is exported, by input pickup resistance R87 control lighting circuit, photodiode DL80 is in parallel with resistance R 86, can be according to the strong and weak luminous intensity of controlling the illuminating lamp of light emitting diode DS80-DS82 composition of available light.
Aforesaid control circuit is by JK flip-flop U4, JK flip-flop U5, triode Q83, light emitting diode DS83, resistance R 88-R103, capacitor C 81-C85, three switch S 80, S81, S83 forms, three switch one end parallel connections, this parallel connected end is connected with the power output end of interior power supply circuit, switch S 81, S83, S80 constitutes voltage/polarity/ bull switch 8,9 pin of output JK flip-flop U5,12 pin and resistance R 93, R88 respectively with the input resistance R87 of lighting circuit, input resistance R110 in buck/accent polar circuit, input 1 pin of P raceway groove COMS FET U7, input 5 pin of double-throw double-pole analog switch U9 are connected with input 6 pin of DC/DC buck chip U8, as shown in figure 16.Control circuit can be by the switch of bull switch S80 control lighting circuit, by the output voltage values and the polarity of buck gauge tap S81 and accent utmost point gauge tap S83 control buck/accent polar circuit.
Aforesaid buck/accent polar circuit is by comparator U6, P raceway groove COMS FET U7, DC/DC buck chip U8, double-throw double-pole analog switch U9, diode D110, Zener diode D112, inductance coil L111, resistance R 110-R120, R128-R135, capacitor C 110-C113, C115-C120 and output interface J111, J112 forms, 12 pin of output JK flip-flop U5 in input resistance R110 and the control circuit are connected, input 1 pin of input 6 pin of input 5 pin of double-throw double-pole analog switch U9 and DC/DC buck chip U8 and P raceway groove COMS FET U7 respectively with the output resistance R88 of control circuit, R93 connects, output interface J111, J112 is connected with output/input socket 9, as shown in figure 16.After the JK flip-flop U4 processing, the output control signal is by the voltage height of resistance R 93, R120 control DC/DC buck chip U8 in control circuit for the control signal of buck gauge tap S81; After the JK flip-flop U5 processing, control signal is by resistance R 110 control double-throw double-pole analog switch U9, to realize the purpose of output interface J111, J112 adjustment output voltage polarity in control circuit for the control signal of accent utmost point gauge tap S83.
Aforesaid electric magnetic card circuit is made up of solenoid 134 (L110) in triode Q110, Q111, Q112, resistance R 122-R127, capacitor C 114, the electric magnetic card 33 and electric magnetic card control interface J110, electric magnetic card control interface J110 is connected with the electric magnetic card gauge tap 17 (S150 or S200) of battery grip box front end, as shown in figure 15.When people need take out the battery grip box, click the electric magnetic card gauge tap that is located at battery grip box front end, switching signal is by the sliding resistance R 124 input electric magnetic card circuit of inserting conductive seat 36 and electric magnetic card control interface J110 end, electric magnetic card circuit output control signal, thus the battery grip box is ejected from housing.
Aforesaid Ni-MH battery charging indication by comparator U10, diode D150, D151, light emitting diode DS150, DS151, resistance R 150-R157, from recovery and protection resistance R R1, RR2, electric magnetic card gauge tap S150, input interface J30-J32, electric magnetic card control interface J110, be recharged battery BT2, BT3 and form; input interface J30-J32 connects with the corresponding output interface of automatic charger; electric magnetic card control interface J110 is connected with the corresponding interface of electric magnetic card circuit, as shown in figure 17.As current flowing resistance R157 to being recharged battery BT2, BT3 when charging, U10 detects through comparator, so just to light emitting diode output high level, make lumination of light emitting diode, with the indication charge condition, light emitting diode DS150, DS151 constitute the charging indicator light 16 of battery grip box front end.
Aforesaid lithium cell charging indicating circuit by comparator U11, diode D200, D201, light emitting diode DS200, resistance R 200-R207, electric magnetic card gauge tap S200, input interface J30-J32, electric magnetic card control interface J110, be recharged battery BT4 and form, input interface J30-J32 connects with the corresponding output interface of automatic charger, electric magnetic card control interface J110 is connected with the corresponding interface of electric magnetic card circuit, as shown in figure 18.As current flowing resistance R206 to being recharged battery BT4 when charging, U11 detects through comparator, so just to light emitting diode output high level, make lumination of light emitting diode, with the indication charge condition, light emitting diode DS200 constitutes the charging indicator light 16 of battery grip box front end.
Claims (6)
1. multi-functional power supply footwear, include footwear body, pressure drive mechanism, conversion gear group, generator, output/input socket, illuminating lamp, circuit board, it is characterized in that between the sole of footwear body and shoe-pad, being provided with the housing of band lower cover, the rear portion is provided with the aforementioned pressure transmission mechanism in the housing, pressure drive mechanism the place ahead sets gradually conversion gear group and generator, be provided with charging in the housing middle part and use the battery grip box, in the housing front end circuit board is set; Pressure drive mechanism is made of vertical bar tooth, cylinder tooth, conversion tooth, vertical bar tooth one end places lower cover outer and contact with gripper shoe on the sole, the increment of the increment of vertical bar tooth and conversion tooth and the engagement of cylinder tooth, there is tooth bar on the front end both sides of conversion tooth in the middle of laterally being provided with two energy-storaging springs and front end; Aforementioned conversion gear group is provided with two clutch teeth laterally arranged side by side, horizontal two unidirectional teeth arranged side by side, amplifies tooth, gap bridge tooth, two clutch tooth upper ends arranged side by side and the tooth bar engagement in the middle of the aforementioned conversion tooth front end, clutch tooth lower end arranged side by side respectively with unidirectional tooth engagement arranged side by side, unidirectional tooth, amplify tooth, gap bridge tooth to engagement successively, the gap bridge tooth also with alternator shaft on the driving cog engagement; Aforementioned output/input socket and illuminating lamp place footwear body rear portion and front portion respectively, are provided with the conductive magnetism post in the spliced eye of output/input socket, and a side of footwear body also is provided with voltage/polarity/bull switch.
2. by the described multi-functional power supply footwear of claim 1, it is characterized in that aforesaid clutch tooth is provided with clutch tooth fixed axis, the little tooth of clutch tooth is arranged on the clutch tooth fixed axis, the little tooth of clutch tooth bottom outside cylinder is provided with friction plate, and the outer ring of this friction plate is provided with clutch tooth canine tooth.
3. by the described multi-functional power supply footwear of claim 1, it is characterized in that aforesaid unidirectional tooth is provided with unidirectional tooth fixed axis, the little tooth of isolator is arranged on this fixed axis, the little tooth of isolator upper end is provided with the isolator canine tooth, is provided with needle roller between little tooth of isolator and the isolator canine tooth.
4. by the described multi-functional power supply footwear of claim 1, it is characterized in that aforesaid output/input socket is provided with three spliced eyes, be provided with the conductive magnetism post in each spliced eye, the inserting column of the output plug that matches with it is the iron-based cylinder of two conductions.
5. by the described multi-functional power supply footwear of claim 1, it is characterized in that being provided with in the housing of aforesaid battery grip box one side a cunning and insert conductive seat and an electric magnetic card that constitutes by fixture block, card, magnetic conduction protecgulum, insulation sleeve, solenoid, magnetic conduction bonnet, back-moving spring, in the housing of battery grip box rear end, also be provided with an arc and eject shell fragment, be provided with charging indicator light and electric magnetic card gauge tap at battery grip box front end, this front end and housing linking part are provided with waterproof grommet.
6. by the described multi-functional power supply footwear of claim 1, it is characterized in that aforesaid circuit board is provided with interior power supply circuit, automatic charger, lighting circuit, control circuit, buck/accent polar circuit, the electric magnetic card circuit, Ni-MH battery or lithium cell charging indicating circuit, interior power supply circuit has current rectifying and wave filtering circuit and battery charging circuit, the input of current rectifying and wave filtering circuit is connected with the generator unit stator winding coil, output and automatic charger, lighting circuit, control circuit, buck/accent polar circuit, the power end of electric magnetic card circuit connects, the charging input end of battery charging circuit is connected with output/input socket 9, the output of automatic charger is connected with the input of Ni-MH battery or lithium cell charging indicating circuit, the output of control circuit is connected with the control signal input of lighting circuit with buck/accent polar circuit respectively, the output of buck/accent polar circuit is connected with the output/input socket of footwear body, and the control end of electric magnetic card circuit is connected with electric magnetic card gauge tap on the battery grip box front end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201249784U CN201067121Y (en) | 2007-08-14 | 2007-08-14 | Multifunctional power supply shoes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2007201249784U CN201067121Y (en) | 2007-08-14 | 2007-08-14 | Multifunctional power supply shoes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201067121Y true CN201067121Y (en) | 2008-06-04 |
Family
ID=39488493
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2007201249784U Expired - Fee Related CN201067121Y (en) | 2007-08-14 | 2007-08-14 | Multifunctional power supply shoes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201067121Y (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014114115A1 (en) * | 2013-01-22 | 2014-07-31 | Su Bo | Detection therapeutic device and remote monitoring shoe |
| CN105795573A (en) * | 2016-05-11 | 2016-07-27 | 辽宁工程技术大学 | Intelligent control type power generation and temperature regulation shoes and control method of intelligent control type power generation and temperature regulation shoes |
| CN111418957A (en) * | 2020-04-27 | 2020-07-17 | 何文 | Forward driving heat preservation shoe-pad |
| TWI821815B (en) * | 2021-06-23 | 2023-11-11 | 矽響先創科技股份有限公司 | Insole with embedded sensing system |
-
2007
- 2007-08-14 CN CNU2007201249784U patent/CN201067121Y/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014114115A1 (en) * | 2013-01-22 | 2014-07-31 | Su Bo | Detection therapeutic device and remote monitoring shoe |
| US10071201B2 (en) | 2013-01-22 | 2018-09-11 | Bo Su | Disease testing and therapeutic device and remote monitoring shoes |
| CN105795573A (en) * | 2016-05-11 | 2016-07-27 | 辽宁工程技术大学 | Intelligent control type power generation and temperature regulation shoes and control method of intelligent control type power generation and temperature regulation shoes |
| CN111418957A (en) * | 2020-04-27 | 2020-07-17 | 何文 | Forward driving heat preservation shoe-pad |
| CN111418957B (en) * | 2020-04-27 | 2021-10-22 | 瑞安市大虎鞋业有限公司 | Forward driving heat preservation shoe-pad |
| TWI821815B (en) * | 2021-06-23 | 2023-11-11 | 矽響先創科技股份有限公司 | Insole with embedded sensing system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20080604 Termination date: 20090914 |