CN202309120U - Charging device - Google Patents
Charging device Download PDFInfo
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- CN202309120U CN202309120U CN2011203799770U CN201120379977U CN202309120U CN 202309120 U CN202309120 U CN 202309120U CN 2011203799770 U CN2011203799770 U CN 2011203799770U CN 201120379977 U CN201120379977 U CN 201120379977U CN 202309120 U CN202309120 U CN 202309120U
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Abstract
The utility model discloses a charging device, comprising a controller, a linear power supply circuit and a charging electrode, and also comprising a switch power supply circuit connected with the linear power supply circuit in parallel, wherein the input end and the output end of the switch power supply circuit are connected with a first switch and the charging electrode respectively, the output end of the linear power supply circuit is connected with the controller, the controller controls the connection and disconnection of the switch power supply circuit through the first switch, the charging device is also provided with a sensing unit connected with the controller and the charging electrode respectively or a sensing unit connected with the controller (2), when the charging electrode abuts against a device to be charged, the sensing unit generates a sensing signal and transmits the sensing signal to the controller, and the controller controls the powering on and off of the first switch according to the sensing signal. The charging device supplies electric power to the controller thereof through the linear power supply circuit, and the switch power supply circuit is employed to charge electric appliances such as robot, thereby effectively resolving the problem of rapid charging of the electric appliances such as robot.
Description
Technical field
The utility model relates to charging device, particularly can to power consumption equipments such as robot automatically, the charging device of quick charge.
Background technology
Power consumption equipments such as robot, for example intellective dust collector etc. normally relies on the storage battery power supply that himself carries; Because the electric weight of storage battery is limited; And the mechanical device of the control system of power consumption equipments such as robot, drive unit and direct execution work task all needs consumed power in the process of work, therefore, and once after the charging; How long power consumption equipment has worked not usually, just needs charging once more.In the past, the charging of power consumption equipment was accomplished through manual work.Method with artificial charging no doubt can solve the charging problem of power consumption equipment, but is unfavorable for saving human resources.Particularly under the situation that nobody in time charges for power consumption equipment, power consumption equipment can can't operate as normal because of the consumption of electric energy.In order to save human resources and to improve the operating efficiency of power consumption equipment, people carry out the improved while in the control system to power consumption equipment, have invented the charging device to power consumption equipments such as robots.At present, the technical scheme of realization power consumption equipment charging is roughly following:
In charging device, be provided with infrared charging pilot signal device, linear transformer and corresponding charging circuit---linear power supply circuit thereof; In the operating time of power consumption equipments such as robot, said infrared charging pilot signal device outwards sends infrared charging pilot signal incessantly; In the control system of power consumption equipment, be provided with electric quantity detection apparatus and infrared information receiving system; When the voltage of the entrained storage battery of power consumption equipment be greater than or equal to its normal working voltage following in limited time; Said infrared information receiving system cuts out; When the voltage of said storage battery be lower than its normal working voltage following in limited time; Said electric quantity detection apparatus can be sent to voltage signal the terminal control module of power consumption equipment, and said terminal control module will instruct power consumption equipment to quit work, and sends open command to said infrared information receiving system; After said infrared information receiving system is opened, just can receive the infrared charging pilot signal that charging device sends.Under the guiding of infrared charging pilot signal, said terminal control module can be sent instructions such as advancing, retreat, turn to the drive system of robot, makes power consumption equipment find charging device.When the charging electrode of power consumption equipment with after the charging electrode of charging device docks, charging device will be given the entrained charge in batteries of power consumption equipment, meanwhile, its infrared information receiving system can cut out automatically.After the electric weight of the storage battery of power consumption equipment was full of, said electric quantity detection apparatus can be sent to the information that electric weight is full of the terminal control module of power consumption equipment, and said terminal control module just can be sent instruction, drove power consumption equipment and broke away from charging device.In addition, with regard to helping the specific target of power consumption equipment searching, prior art also discloses the technical scheme that adopts other guiders such as Hall element, photoelectric sensor except adopting infrared sensor.
Generally speaking, existing charging device can solve the automatic charging problem of power consumption equipments such as robot.But existing charging device can not solve the quick charge problem of power consumption equipment steadily, and its reason is that existing charging device mainly adopts the linear power supply circuit to charge to power consumption equipment.The circuit element of linear power supply circuit is suitable for work under the state of low pressure, have the advantage of continuous working period length and long service life, but aspect the quick charge of satisfying power consumption equipment, the linear power supply circuit has bigger limitation.For example, in order to realize quick charge, existing charging device often need be done the power of linear transformer very big; And the power of linear transformer is big more; The volume of charging device and quality are also big more, thereby bring some inconvenience to the consumer, as are not easy to carry, take more space etc.; Even more serious is that the energy conversion efficiency of linear transformer is not high, can produce many heat energy in the course of work; If do the power of linear transformer very big; To cause the linear transformer heating more serious, its result not only can cause waste of electric energy, and damages charging device easily.
Different with the linear power supply circuit, switching power circuit has the advantage that power is big, efficient is high and volume is little, thereby can satisfy the needs of power consumption equipment quick charge.Yet also there is the short defective of continuous working period in switching power circuit.Its reason is that switching power circuit is under high pressure to work, and circuit elements such as its electric capacity are breakdown easily and damage under long hyperbaric environment.Usually; Charging device one day 24 hours all links to each other with 220 volts operating voltage, so that at any time to the charging of power consumption equipments such as robot, because switching power circuit is inappropriate for continuous firing for a long time; Therefore; Although people early have recognized that switching power circuit and can solve the quick charge problem of power consumption equipment, and in artificial charging device, used switching power circuit; Before the utility model, people as yet not with switching power circuit successfully be applied to can to power consumption equipments such as robot automatically, in the charging device of quick charge.
The utility model content
The existing problem of background technology in view of the above; The technical problem that the utility model will solve is; A kind of charging device is provided, said charging device can not only to power consumption equipments such as robot automatically, quick charge, and light, energy-conservation, safety, long service life.
The utility model technical problem to be solved realizes through following technical scheme:
The charging device of the utility model comprises controller, linear power supply circuit and charging electrode; Said charging device also comprises the switching power circuit that is parallelly connected relation with the linear power supply circuit, and the input of said switching power circuit is connected with said charging electrode with first switch respectively with output;
The output of said linear power supply circuit is connected with said controller; Said controller is controlled the connection and the disconnection of said switching power circuit through said first switch;
Said charging device also is provided with respectively the sensing cell that is connected with charging electrode with said controller; Whether said sensing cell sensing charging electrode docks with power consumption equipment; When said charging electrode docked with power consumption equipment, said sensing cell produced and sends the corresponding sensing signal and gives said controller, and this controller is controlled said first switch according to sensing signal and made it closed; When said charging device did not charge to power consumption equipment, said first switch broke off.
On the basis of technique scheme, the present invention can further adopt following technical proposals to come to solve better technical problem to be solved by this invention:
Said sensing cell is current sensing circuit or voltage sensing circuit; When said current sensing circuit senses electric current in the charge circuit in more than or equal to controller during preset current threshold; Perhaps when voltage that said voltage sensing circuit senses said charging electrode in more than or equal to controller during preset voltage threshold, said controller is controlled said first switch and is made it closed.
Said sensing cell also can be impact switch; When said charging electrode docks with power consumption equipment; Said charging electrode compressing also triggers said impact switch, makes impact switch send sensing signal to controller, and said controller is controlled said first switch according to sensing signal and made it closed.
Further; Said sensing cell also can be electromagnetic sensor or pressure sensor; When said charging electrode docks with power consumption equipment; Said electromagnetic sensor senses the mobile of said charging electrode and correspondence is produced sensing signal and sends to controller, and perhaps said pressure sensor senses sends to controller to said charging electrode to the pressure of its generation and the sensing signal that correspondence is produced.
Further; Built-in or the external timer of said controller; Said timer is used to calculate the closing time of said first switch, and when the accumulated time of said timer equaled the built-in threshold time of controller, said controller was controlled said first switch and made it to break off.
Further; Said charging device also is provided with the battery electric quantity detecting unit; Said battery electric quantity detecting unit is connected with controller with charging electrode respectively; Behind the said charging electrode of said battery electric quantity detection, send the battery electric quantity signal of power consumption equipment to controller, battery electric quantity signal controlling first switch when said controller has been full of electricity according to power consumption equipment makes it to break off.Need to prove that the battery electric quantity detecting unit is different with the effect of aforementioned currents sensing circuit or voltage sensing circuit.Specifically; Whether current sensing circuit or voltage sensing circuit technical problem to be solved is to judge whether charging electrode docks with power consumption equipment, be full of and battery electric quantity detecting unit technical problem to be solved is a storage battery of judging power consumption equipment.In addition, in this technical scheme, the battery electric quantity detecting unit is parallelly connected with relation between current sensing circuit or the voltage sensing circuit.
Further, said battery electric quantity detecting unit is a voltage detection unit, and said voltage detection unit is used to detect the voltage of said charging electrode.
Further, said charging device also is provided with second switch, and the output of said linear power supply circuit is connected with charging electrode through said second switch; When controller broke off first switch, second switch was closed, when controller breaks off second switch, and first switch closure.
Further, in said charging device, be provided with the position guider, said position guider is connected with the output of said linear power supply circuit.
Further, said position guider is RF transmitter, magnetic signal emitter or optical signal launcher.
Further, in said charging device, also be provided with charging indicator light, said charging indicator light is connected with the output of said linear power supply circuit.
In above-mentioned each technical scheme, the effect of said linear power supply circuit is to supply power with the components and parts that other control are used to the controller of the utility model charging device; The effect of said switching power circuit, fast power supply automatic to power consumption equipments such as robots.Although linear power supply circuit and switching power circuit are existing circuit in the prior art; But charging device of the prior art is to adopt the linear power supply circuit to charge to power consumption equipment; The utility model then is the components and parts power supply that employing linear power supply circuit uses for controller and other control, and the employing switching power circuit is automatic to power consumption equipments such as robots, quick charge.This is the substantive characteristics that the utility model charging device is different from charging device of the prior art.
The utility model can also adopt another technical scheme:
The charging device of the utility model comprises controller, linear power supply circuit and charging electrode; Said charging device also comprises the switching power circuit that is parallelly connected relation with the linear power supply circuit, and the input of switching power circuit is connected with charging electrode with first switch respectively with output;
The output of linear power supply circuit is connected with said controller; This controller is through the connection and the disconnection of the said first switch control switching circuit;
Said charging device also is provided with the sensing cell that is connected with said controller; When charging electrode docks with power consumption equipment; Said sensing cell produces induction and sends the corresponding sensing signal and give controller; Controller is controlled first switch according to sensing signal and is made it closed, and when said charging device did not charge to power consumption equipment, first switch broke off.
The utility model automatic charge device can produce following beneficial effect:
1, not only can be to power consumption equipment quick charges such as robots, and energy consumption is low, in light weight, volume is little.The institute of the utility model has such technique effect, and its reason is, when needs were given the robot quick charge, the utility model adopted switching circuit to power consumption equipment quick charges such as robots.Because switching power circuit has the conversion efficiency height, little power consumption, voltage stabilized range is wide, advantage in light weight, that volume is little, therefore, charging can produce above-mentioned beneficial effect to power consumption equipment to adopt switching power circuit.
2, durable in use, safe and reliable.The utility model is not simply with switching power circuit instead of linear power circuit, but when adopting switching power circuit as the major technique means to the robot charging, has kept the linear power supply circuit.The linear power supply circuit can be kept the needed electric energy of control system of automatic charge device with less electric energy; Thereby having avoided using for a long time, constantly switching power circuit, its effect effectively is that the useful life of switching power circuit and mean free error time are prolonged significantly.Particularly; Set up at automatic charge device of the present invention under the situation of second switch; The utility model automatic charge device can also be with the storage battery boost charge to power consumption equipments such as robots of the mode of trickle charge (little electric weight charging); Make storage battery be in the state of Full Charge Capacity always, thereby improve effectively the operating time of power consumption equipments such as robot.
The utility model automatic charge device is owing to be provided with linear power supply circuit and switching power circuit simultaneously; And respectively before charging, when charging, be full of the electricity back and in time switch control system and the power consumption equipment power supply that concrete power circuit gives respectively charging device self; Thereby have linear power supply circuit and switching power circuit advantage separately concurrently, overcome linear power supply circuit and switching power circuit shortcoming separately.
Description of drawings
Fig. 1 is the enforcement 1 of the automatic cradle of the utility model and the rearview of embodiment 2;
Fig. 2 is the circuit structure block diagram of the embodiment 1 of the automatic cradle of the utility model;
Fig. 3 is the sectional arrangement drawing of Fig. 1;
Fig. 4 is the sketch map of the utility model automatic charge device when charging to power consumption equipment;
Fig. 5 is the structured flowchart of the linear power supply circuit in the utility model charging device;
Fig. 6 is the structured flowchart of the switching power circuit in the utility model charging device.
Embodiment
Specify embodiments of the invention below in conjunction with accompanying drawing.
Like Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, shown in Figure 6; Charging device 1 comprises controller 2, linear power supply circuit 3 and charging electrode 9; Charging device 1 also comprises the switching power circuit 4 that is parallelly connected relation with linear power supply circuit 3, and the input of switching power circuit 4 is connected with charging electrode 9 with first switch 10 respectively with output, and switching power circuit 4 is provided with inverter 6; Inverter also is called high frequency transformer, and its effect is that direct current is converted into alternating current.
The output of linear power supply circuit 3 is connected with controller 2, and linear power supply circuit 3 is provided with linear transformer 5; Controller 2 is through the connection and the disconnection of first switch, 10 control switching circuit 4.
The effect of linear power supply circuit 3 is components and parts power supplies of using to control such as controller 2 and sensing cells 11, and the effect of switching power circuit 4 is to power consumption equipment 7 chargings.
When first switch, 10 closures, charging device 1 gives power consumption equipment 7 chargings through switching power circuit 4, and when charging device 1 charged for power consumption equipment 7, first switch 10 broke off.
In the present embodiment, sensing cell 11 can adopt the sensing circuit of various maturations in the prior art, like current sensing circuit or voltage sensing circuit, also can adopt impact switch, can also adopt electromagnetic sensor or pressure sensor.
When said current sensing circuit senses electric current in the charge circuit in more than or equal to controller 2 during preset current threshold; Perhaps when voltage that said voltage sensing circuit senses charging electrode 9 in more than or equal to controller during preset voltage threshold, controller 2 controls first switch 10 makes it closed.Current threshold or voltage threshold preset in the controller 2 can be confirmed according to the power of power consumption equipment 7.
At sensing cell 11 is under the situation of impact switch; The charging electrode 9 butt joint power consumption equipments 7 of charging device 11 to receiving electrode 8 time; Charging electrode 9 compressings also trigger said impact switch; Make impact switch send sensing signal to controller 2, controller 2 is controlled first switch 10 according to sensing signal and is made it closed.
At sensing cell 11 is under the situation of electromagnetic sensor or pressure sensor; When charging electrode 9 butt joint power consumption equipments 7 to receiving electrode 8 time; Said electromagnetic sensor senses the sensing signal that charging electrode 9 moves and correspondence is produced and sends to controller 2; Perhaps said pressure sensor is sensed charging electrode 9 pressure of its generation and the sensing signal that correspondence is produced is sent to controller 2, and controller 2 is controlled first switch 10 according to sensing signal and made it closed.
In the present embodiment, current sensing circuit, voltage sensing circuit, impact switch, electromagnetic sensor or pressure sensor all can adopt existing circuit or components and parts in the prior art.
In order accurately to judge whether power consumption equipment has been full of electricity, and present embodiment also can adopt following technological means.
Except adopting said timer; Charging device 1 also can judge whether power consumption equipment is full of through the battery electric quantity detecting unit is set; Said battery electric quantity detecting unit is connected with controller 2 with charging electrode 9 respectively; Behind the said battery electric quantity detection charging electrode 9, send the battery electric quantity signal of power consumption equipment 7 to controller 2, battery electric quantity signal controlling first switch 10 when controller 2 has been full of electricity according to power consumption equipment 7 makes it to break off.In the present embodiment, said battery electric quantity detecting unit can adopt voltage detection unit, and said voltage detection unit is used to detect the voltage of charging electrode 9, and judges according to the voltage of charging electrode 9 whether the storage battery of power consumption equipment is full of.
Need to prove that whether the storage battery of judging power consumption equipment has been full of electricity is mature technique already, so concrete realization circuit present embodiment is no longer detailed.In addition; Because just having, quite a few part ROBOT CONTROL system itself judges whether its storage battery has been full of the function of electricity; Therefore, for this part robot, also can not be provided with in the charging device 1 and judge whether power consumption equipment has been full of the components and parts of electricity.
In embodiment 2; Included components and parts, circuit connecting relation and operation principle thereof and the embodiment 1 of charging device 1 is basic identical; Both differences are; In embodiment 2, charging device 1 also is provided with the second switch (not shown), and the output of linear power supply circuit 3 is connected with charging electrode 9 through second switch; When controller 2 broke off first switch 10, second switch was closed.
The meaning of setting up second switch is; After the storage battery of power consumption equipment 7 has been full of electricity; If power consumption equipment 7 need not to devote oneself to work immediately, then can break off first switch 10, and make second switch closed by controller 2; Thereby give power consumption equipment 7 boost charges by linear power supply circuit 3 with the mode of trickle charge, thereby keep the Full Charge Capacity state of power consumption equipment 7.And when power consumption equipment 7 needed quick charge, controller 2 broke off second switch, made first switch, 10 closures simultaneously, thereby gave power consumption equipment 7 chargings with switching power circuit 4.
In the present embodiment, can adopt timer or battery electric quantity detecting unit to judge whether switching power circuit 4 is full of electricity for power consumption equipment 7, and its operation principle is identical with enforcement 1.
Need to prove; After switching power circuit 4 is full of electricity for power consumption equipment 7; Power consumption equipment 7 is to continue to be continued to its charging with the trickle charge mode by charging device of the present invention actually; Still leave charging device of the present invention and devote oneself to work, depend on the program setting of power consumption equipment 7 internal control systems.For example; If being provided with, the program of power consumption equipment 7 internal control systems confirms idle words at its night; Power consumption equipment 7 is after being full of electricity so; Just can not leave charging device of the present invention, thereby give its boost charge with the form of trickle electricity, so that keep its Full Charge Capacity by the linear power supply circuit 3 in the charging device of the present invention.
Present embodiment is that with the difference of embodiment 1,2 annexation between sensing cell and other components and parts is different.Specifically, in the present embodiment, sensing cell only is connected with controller 2, and is not connected with charging electrode 9.Specifically, when sensing cell adopted electromagnetic sensor or magnetic induction sensor, said sensing cell can be connected with charging electrode 9.
For example; Can power consumption equipment 7 to receiving electrode 8 near the magnetic signal reflector is set; When the charging electrode 9 to receiving electrode 8 and charging device 1 of power consumption equipment 7 docks; Said magnetic signal transducer can sense corresponding magnetic signal, and sensing signal is sent to controller 2, and controller 2 controls first switch 10 according to sensing signal and makes it to cut out.
And for example; Also can electromagnetic sensor be set in charging electrode 9 vicinity of charging device 1; When power consumption equipment 7 receiving electrode 8 is moved and docks with the charging electrode 9 of charging device 1; Said electromagnetic sensor can sense receiving electrode 8 is docked with charging electrode 9, and the corresponding sensing signal is sent to controller 2, and controller 2 controls first switch 10 according to sensing signal and makes it to cut out.
More than combine accompanying drawing to introduce the embodiment of the utility model.It is emphasized that; The foregoing description be the utility model one of preferred embodiment; Those skilled in the art can recognize that according to the disclosed content of the utility model specification the present invention has multiple modification in the process of implementing; For example; Can in said automatic charge device, set up position single device that navigates, said position guider is connected with the output of said linear power supply circuit, and said position guider is RF transmitter, magnetic signal emitter or optical signal launcher; And for example, also can in said automatic charge device, set up charging indicator light, said charging indicator light is connected with the output of linear power supply circuit 3.In a word, any modification of being done within all spirit and principles at the utility model, be equal to replacement, improvement etc., all be included within the protection range of the utility model.
Claims (13)
1. a charging device comprises controller (2), linear power supply circuit (3) and charging electrode (9), it is characterized in that:
Charging device (1) also comprises the switching power circuit (4) that is parallelly connected relation with linear power supply circuit (3), and the input of switching power circuit (4) is connected with charging electrode (9) with first switch (10) respectively with output;
The output of linear power supply circuit (3) is connected with controller (2), and controller (2) is through the connection and the disconnection of first switch (10) control switching circuit (4);
Charging device (1) also is provided with respectively the sensing cell (11) that is connected with charging electrode (9) with controller (2), and whether sensing cell (11) is used for sensing charging electrode (9) and docks with power consumption equipment (7); When charging electrode (9) and power consumption equipment (7) when docking; Sensing cell (11) produces induction and sends the corresponding sensing signal and give controller (2); Controller (2) is controlled first switch (10) according to sensing signal and is made it closed; When charging device (1) did not charge to power consumption equipment, first switch (10) broke off.
2. charging device as claimed in claim 1 is characterized in that: sensing cell (11) is current sensing circuit or voltage sensing circuit; When said current sensing circuit senses electric current in the charge circuit in more than or equal to controller (2) during preset current threshold; Perhaps when voltage that said voltage sensing circuit senses said charging electrode in more than or equal to controller (2) during preset voltage threshold, it is closed that controller (2) control first switch (10) makes it.
3. charging device as claimed in claim 1; It is characterized in that: sensing cell (11) is an impact switch; When charging electrode (9) and power consumption equipment (7) when docking; Said impact switch is oppressed and triggered to charging electrode (9), makes impact switch send sensing signal to controller (2), and controller (2) is controlled first switch (10) according to sensing signal and made it closed.
4. charging device as claimed in claim 1; It is characterized in that: sensing cell (11) is electromagnetic sensor or pressure sensor; When charging electrode (9) and power consumption equipment (7) when docking; The sensing signal that moves and correspondence is produced that said electromagnetic sensor senses charging electrode (9) sends to controller (2); Perhaps said pressure sensor senses sends to controller (2) to charging electrode (9) to the pressure of its generation and the sensing signal that correspondence is produced, and controller (2) is controlled first switch (10) and made it closed according to any sensing signal in the above-mentioned sensing signal.
5. charging device as claimed in claim 1; It is characterized in that: the built-in or external timer of controller (2); Said timer is used to calculate the closing time of first switch (10); When the accumulated time of said timer equaled the built-in threshold time of controller (2), controller (2) control first switch (10) made it to break off.
6. charging device as claimed in claim 1; It is characterized in that: said charging device also is provided with the battery electric quantity detecting unit; Said battery electric quantity detecting unit is connected with controller (2) with charging electrode (9) respectively; Behind the said battery electric quantity detection charging electrode (9), send the battery electric quantity signal of power consumption equipment (7) to controller (2), battery electric quantity signal controlling first switch (10) of controller (2) when being full of electricity makes it to break off.
7. charging device as claimed in claim 6, its characteristic is from being: said battery electric quantity detecting unit is a voltage detection unit, and said voltage detection unit is used to detect the voltage of charging electrode (9).
8. like claim 5,6 or 7 described charging devices, it is characterized in that: said charging device also is provided with second switch (11), and the output of linear power supply circuit (3) is connected with charging electrode (9) through second switch (11); When controller (2) breaks off first switch (10), second switch (11) closure, when controller (2) breaks off second switch (11), first switch (10) closure.
9. like each described charging device of claim 1-7, it is characterized in that: in said charging device, be provided with the position guider, said position guider is connected with the output of linear power supply circuit (3).
10. charging device as claimed in claim 9 is characterized in that: said position guider is RF transmitter, magnetic signal emitter or optical signal launcher.
11. like each described charging device of claim 1-7, it is characterized in that: in said charging device, also be provided with charging indicator light, said charging indicator light is connected with the output of linear power supply circuit (3).
12. a charging device comprises controller (2), linear power supply circuit (3) and charging electrode (9), it is characterized in that:
Charging device (1) also comprises the switching power circuit (4) that is parallelly connected relation with linear power supply circuit (3), and the input of switching power circuit (4) is connected with charging electrode (9) with first switch (10) respectively with output;
The output of linear power supply circuit (3) is connected with controller (2), and controller (2) is through the connection and the disconnection of first switch (10) control switching circuit (4);
Charging device (1) also is provided with the sensing cell that is connected with controller (2); When charging electrode (9) and power consumption equipment (7) when docking; Said sensing cell produces induction and sends the corresponding sensing signal and give controller (2); Controller (2) is controlled first switch (10) according to sensing signal and is made it closed, and when charging device (1) did not charge to power consumption equipment, first switch (10) broke off.
13. charging device as claimed in claim 12 is characterized in that: said sensing cell is electromagnetic sensor or magnetic induction sensor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203799770U CN202309120U (en) | 2011-10-08 | 2011-10-08 | Charging device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203799770U CN202309120U (en) | 2011-10-08 | 2011-10-08 | Charging device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202309120U true CN202309120U (en) | 2012-07-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203799770U Withdrawn - After Issue CN202309120U (en) | 2011-10-08 | 2011-10-08 | Charging device |
Country Status (1)
| Country | Link |
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| CN (1) | CN202309120U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103036261A (en) * | 2011-10-08 | 2013-04-10 | 科沃斯机器人科技(苏州)有限公司 | Charging device and charging method |
| CN104798282A (en) * | 2012-10-24 | 2015-07-22 | 舒马克电器公司 | Hybrid battery charger |
-
2011
- 2011-10-08 CN CN2011203799770U patent/CN202309120U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103036261A (en) * | 2011-10-08 | 2013-04-10 | 科沃斯机器人科技(苏州)有限公司 | Charging device and charging method |
| CN103036261B (en) * | 2011-10-08 | 2015-02-11 | 科沃斯机器人有限公司 | Charging device and charging method |
| CN104798282A (en) * | 2012-10-24 | 2015-07-22 | 舒马克电器公司 | Hybrid battery charger |
| US9643503B2 (en) | 2012-10-24 | 2017-05-09 | Schumacher Electric Corporation | Hybrid battery charger |
| CN104798282B (en) * | 2012-10-24 | 2019-01-18 | 舒马克电器公司 | Hybrid battery charger |
| US11128161B2 (en) | 2012-10-24 | 2021-09-21 | Schumacher Electric Corporation | Hybrid battery charger |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120704 Effective date of abandoning: 20150211 |
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| RGAV | Abandon patent right to avoid regrant |