CN201345924Y - Electric heating shoe - Google Patents
Electric heating shoe Download PDFInfo
- Publication number
- CN201345924Y CN201345924Y CNU2008202358092U CN200820235809U CN201345924Y CN 201345924 Y CN201345924 Y CN 201345924Y CN U2008202358092 U CNU2008202358092 U CN U2008202358092U CN 200820235809 U CN200820235809 U CN 200820235809U CN 201345924 Y CN201345924 Y CN 201345924Y
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- control circuit
- heating control
- electro
- battery
- electrothermal shoes
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Abstract
The utility model relates to an electric heating shoe, which comprises a sole, a shoe upper which is connected with the sole together, a heating device and a battery for supplying power for the heating device, and further comprises a heating control circuit which is connected between the battery and the heating device and controls the power supply time of the heating device and a remote control receiving device which is connected with the heating control circuit, receives external remote control signals and controls the heating control circuit to work according to the remote control signals which are received. The electric heating shoe has the advantages that since the existence of the remote control device, when regulating temperature, a person does not need to stoop, and the use is convenient, in addition, since the electric heating shoe comprises a control signals for comparing temperature sensor signals, setting temperature values, and deciding the power supply time for the heating device according to the compared structure, and therefore, the temperature which needs to be kept in the shoe can be adjusted, and the terminal insulation effect is better.
Description
Technical field
The utility model relates to footwear, more particularly, relates to a kind of Electrothermal shoes.
Background technology
Electrothermal shoes has utilization comparatively widely in the winter of cold district.Under severe cold condition, it is not enough that people only depend on insulation material to resist severe cold, and particularly under the situation of subzero tens degree, natural conditions are easy to human body is damaged.So it is necessary helping people by certain technological means.China Patent No. is that the patent of CN200720120688.2, " a kind of heating and the thermal pulse health shoes " by name has just disclosed a kind of Electrothermal shoes, and it adopts the electric pulse of fixed frequency under the control of switch heater to be heated the purpose that reaches insulation.To a certain extent, we can say that this patent has solved the problem of insulation.But the defective of this technical scheme also is apparent in view, and at first the frequency of its electric pulse is immutable, and the caloric value of heater is non-adjustable, and the temperature that will keep in its footwear is non-adjustable, and heat preservation effect may be not so good; Secondly, the switch whether the control heater works is on footwear, if use this switch, people need bend over to stir this switch, have inconvenient problem with use to a certain extent, and particularly for the old man, this problem is more outstanding.Also exist in addition and lack the dump energy display unit, be difficult to know in advance that this Electrothermal shoes continues shortcoming such as service time.
The utility model content
The technical problems to be solved in the utility model is, the temperature that will keep in above-mentioned its footwear at prior art is non-adjustable, heat preservation effect may be not so good and use inconvenient defective, provides that the temperature that will keep in a kind of footwear is adjustable, heat preservation effect good, Electrothermal shoes easy to use.In addition, this Electrothermal shoes also has functions such as the dump energy of demonstration is reported to the police in advance, intelligence heating.
The technical scheme that its technical problem that solves the utility model adopts is: construct a kind of Electrothermal shoes, the vamp that comprises sole, links together with described sole, electro-heat equipment and be the battery of described electro-heat equipment power supply, also comprise be connected between described battery and the described electro-heat equipment and control described electro-heat equipment power-on time the heating control circuit with link to each other, receive the external remote control signal with described heating control circuit and control the remote-receiver of described heating control circuit work according to received remote signal.
In Electrothermal shoes described in the utility model, also comprise being provided with the function key that is used for controlling described Electrothermal shoes heating control circuit duty, being used to select controlled shoemaking options button and being used to only to show the remote-controlled launcher of the LCDs of its state.
In Electrothermal shoes described in the utility model, also comprise the temperature sensor that links to each other, its induced signal is delivered to described heating control circuit with described heating control circuit.
In Electrothermal shoes described in the utility model, also comprise a shoe-pad that separates with described sole, described electro-heat equipment and described temperature sensor are arranged in the described shoe-pad.
In Electrothermal shoes described in the utility model, described temperature sensor comprises the thermistor that is installed on contiguous described electro-heat equipment in the described shoe-pad; Described heating control circuit and described battery are installed in the heel of described sole; Described electro-heat equipment comprises polyester film heating wire or polyester film heating board.
In Electrothermal shoes described in the utility model, also comprise be positioned at described heel portion side, be used to set the parameter of described heating control circuit and be that described battery charge is communicated by letter/charging inlet by described heating control circuit, described communication/charging inlet is electrically connected with described control circuit.
In Electrothermal shoes described in the utility model, described battery comprises the flexible polymer battery; Described heating control circuit also comprises the battery allowance measurement mechanism that is used for detecting described battery allowance and sends the charging alarm signal when described battery allowance is lower than the battery allowance setting value that leaves described control circuit storage device in.
In Electrothermal shoes described in the utility model, also comprise a plurality of LED of its position approximate range adjacent with described communication/charging inlet, that be used to represent shoe temperature, described LED links to each other with described heating control circuit.
In Electrothermal shoes described in the utility model, described heating control circuit also comprise be used for described temperature sensor senses to temperature be lower than and make described heater continuous operation intelligent heater when low temperature setting value or described Electrothermal shoes are started working.
In Electrothermal shoes described in the utility model, also comprise second electro-heat equipment, described second electro-heat equipment is positioned at described vamp, and is electrically connected with described heating control circuit.
Implement Electrothermal shoes of the present utility model, have following beneficial effect: because the existence of remote control, making does not need to bend over when regulating temperature, easy to use; In addition, because this Electrothermal shoes comprises C.T sensor signal and set temperature value and is the control circuit of electro-heat equipment supplying time according to its comparative structure decision that so the temperature that will keep in its footwear is adjustable, heat insulation effect is better.
Description of drawings
Fig. 1 is the structural representation of the utility model Electrothermal shoes embodiment;
Fig. 2 is the position view of metal connector on shoe-pad and the sole among the utility model Electrothermal shoes embodiment;
Fig. 3 is communication/charging inlet and a LED position view among the utility model Electrothermal shoes embodiment;
Fig. 4 is a heating control circuit electrical schematic diagram among the utility model Electrothermal shoes embodiment;
Fig. 5 is a LED electrical schematic diagram among the utility model Electrothermal shoes embodiment.
The specific embodiment
Below in conjunction with accompanying drawing embodiment of the present utility model is described further.
As shown in Figure 1, in the utility model Electrothermal shoes embodiment, this Electrothermal shoes is by forming with the lower part: battery 1, heating control circuit 2, electro-heat equipment 3, communication/charging inlet 4, LED5, temperature sensor 6, remote-receiver 7 and remote controlled sending device 8.In addition, also comprise unshowned sole 93 (referring to Fig. 2) among Fig. 1, shoe-pad 92 (referring to Fig. 2) and vamp, wherein, above-mentioned sole 93 also comprises heel portion 91 (referring to Fig. 3).Because the structure of footwear is well-known, its end, pad, face and follow between the position relation just there is no need in this repetition, so no longer described.
In the present embodiment, be the center with control circuit 2, battery 1, electro-heat equipment 3, communication/charging inlet 4, LED5, temperature sensor 6, remote-receiver 7 link to each other with heating control circuit 2 respectively.Wherein, battery 1 is connected on the heating control circuit 2, for heating control circuit 2 itself, electro-heat equipment 3 and other each several parts provide power supply, also provides the charge circuit for battery 1 charging simultaneously; Temperature sensor 6 is converted to the signal of telecommunication with the temperature value of its position (footwear inside) and delivers to heating control circuit 2, heating control circuit 2 is compared this signal with the set temperature value in leaving its inner storage device 21 in, if the represented temperature value of the signal that temperature sensor 6 is sent here is less than described set temperature value, show that temperature in the footwear is lower than the user and wishes the temperature that keeps, answer additional heat, so, described control circuit 2 output drive signals, make heater switch 22 conductings, electro-heat equipment 3 is communicated with battery 1, begins heating; If the represented temperature of the signal that temperature sensor 6 is sent here is greater than described set temperature value, show that temperature in the footwear is greater than or equal to the user and wishes the temperature that keeps, do not answer additional heat, so, described heating control circuit 2 is output drive signal not, and heater switch 22 keeps disconnecting, and electro-heat equipment 3 and battery 1 are disconnected, electro-heat equipment 3 is not worked, and this Electrothermal shoes is in keeping warm mode.On whole time domain, the driving signal of heating control circuit 2 outputs is trains of pulse, whether and the time span that is communicated with the connection that whether pulse occurs and the width of pulse has determined above-mentioned heater switch 22 in this train of pulse, just determined also whether the work of heater 3 reaches the time span of work, whether pulse occurs and the width of pulse is again by relatively result's decision of the temperature value of its settings and the signal that temperature sensor 6 is sent here of heating control circuit 2 in this train of pulse simultaneously.So, heating control circuit 2 has been realized described Electrothermal shoes temperature auto control.
The description that said process is concrete heating control flow in the Electrothermal shoes course of work, when Electrothermal shoes is just started working or temperature sensor 6 sense shoe temperature and be lower than low temperature when setting value of leaving in the storage device 21 (the low temperature setting value is a desired temperature that leaves in the described storage device 21, in the present embodiment, this setting value is 25 degree, certainly, this setting value can be revised by communication/charging inlet, can be other different values in other embodiments, for example 22 degree or 28 are spent), be arranged on intelligent heater 23 work in the heating control circuit 2, control the conducting always of above-mentioned heater switch 22, make heater 3 generate heat always, thereby reach the purpose of Fast Heating.
In the present embodiment, also comprise remote-receiver 7 and remote-controlled launcher 8, wherein, remote-receiver 7 is connected on the heating control circuit 2, send its remote signal of receiving to heating control circuit 2 by being converted to pulse signal after decoding, make heating control circuit 2 to make corresponding action according to this pulse signal.In the present embodiment, remote-receiver 7 is installed in the heel portion of above-mentioned sole 93 with heating control circuit 2, is electrically connected by circuit board; In other embodiments, remote-receiver 7 also can be arranged on tongue, the upper portion of Electrothermal shoes, and is electrically connected with heating control circuit 2 by lead.In Fig. 1, the part in the frame of broken lines all is positioned at this Electrothermal shoes, has only remote controlled sending device 8 to be independent of this Electrothermal shoes, and promptly remote controlled sending device 8 separates with the footwear body.Adopting remote control is user for convenience, makes user's heating parameters of need not bending over to adjust.In the present embodiment, adopt wireless remote control, certainly, in other embodiments, also can adopt infra-red remote control.In the present embodiment, the specification of remote controlled sending device 8 is 6cm*4cm*1cm, and its power supply is the small dry battery of a joint 12V, makes things convenient for the user to carry.Remote controlled sending device 8 and remote-receiver 7 have used the coding and decoding technology, as the coding and decoding technology of chip PT2262/PT2272, can reliably carry out the signal emission effectively and receive in 3 meters.Total six press keys can be controlled the temperature of this Electrothermal shoes above the remote controlled sending device 8, this six press keys comprises intensification key, cooling key, ON/OFF power key, left button, right button and comprehensive key, wherein above-mentioned intensification key is used to send remote signal, and heating control circuit 2 its temperature that stop to heat of rising in the control footwear are set; Above-mentioned cooling key is used to send remote signal, and the heating control circuit 2 in the control footwear reduces its temperature that stops to heat and sets; Above-mentioned ON/OFF power key is used to send remote signal, and the heating control circuit 2 in the control footwear begins heating or stops heating; The function that left button, right button and comprehensive key then are respectively applied for control above-mentioned intensification, cooling and beginning/stop to heat is at the adjustment in the left side, adjustment in the right of shoes or all adjusts.Be that above-mentioned intensification key, cooling key, ON/OFF power key are function keys, and left button, right button and comprehensive key are to be used to select controlled shoemaking options button only.In addition, in the present embodiment, remote-controlled launcher 8 is provided with LCDs, is used for showing the temperature or the current action that the control circuit of every footwear is taked that are provided with on every footwear.For example, press earlier left button, select at be left side shoes, the sign of the left side shoes on the liquid crystal display begins flicker, again by the intensification key, the rising of the design temperature of left side shoes once.Certainly, in other embodiments, also can be not according to above-mentioned setting, for example, in another (simplification) embodiment, this Electrothermal shoes is not provided with temperature sensor, but directly provide triggering signal by remote-receiver 7, make the 3 energising heating of heating control circuit 2 control electro-heat equipments; Then provide a triggering signal again when stopping to heat, make electro-heat equipment 3 outages get final product by remote-receiver 7.In this embodiment, remote-controlled launcher 8 has only 4 buttons, and wherein function key has only one, i.e. ON/OFF power key, and options button has 3 equally, i.e. left button, right button and comprehensive key.The benefit of this simplified embodiment is that cost is low, but its shortcoming also clearly, and it is not too accurate to need exactly constantly to regulate and control.
In the present embodiment, temperature sensor 6 comprises thermistor, and described electro-heat equipment 3 comprises the polyester film heating wire; Described thermistor and described polyester film heating wire are installed in the shoe-pad 92, certain temperature sensor 6 in other embodiments and electro-heat equipment 3 also can be arranged on other parts of sole 93 or footwear, as when shoe-pad 92 and footwear are made of one, they are located in sole 93 parts, as long as can realize the function of thermistor and polyester film heating wire (sheet); Described temperature sensor 6 and described electro-heat equipment 3 side by being arranged on shoe-pad 92 and the metal connector 94 of sole 93 end face relevant positions respectively are electrically connected with described heating control circuit 2, see Fig. 2.In Fig. 2, electro-heat equipment 3 places front (in other embodiments, can certainly be positioned at other positions) on the shoe-pad 92 with temperature sensor 6, and is wrapped up by shoe-pad 92.Shoe-pad 92 is independent of the footwear body in process of production.In the design of the one method, edge place, inboard of shoe-pad 92 four metal buttons 94 are arranged, also there are four metal buttons 94 relevant position of sole 93 and are connected respectively to heating control circuit 2, two groups of metal button 94 correspondences interlock, make its both sides lead conducting, connect electro-heat equipment 3 and heating control circuit 2 two leads, be connected two leads of temperature sensor 6 and control circuit 2, these four leads are connected respectively on four metal buttons 94.The benefit of the design that shoe-pad 92 separates with sole 93 in the present embodiment is shoe-pad 92 can be separated with Electrothermal shoes, is changed to a common shoe-pad, and this moment, Electrothermal shoes just became a city shoe, simultaneously shoe-pad 92 also convenient for cleaning; The design that separates with sole 93 with respect to shoe-pad in the present embodiment 92, in other embodiments, also shoe-pad 92 and sole 93 can be fixed together, be that shoe-pad 92 and sole 93 are one, the benefit of doing like this is: because shoe-pad 92 and sole 93 are to be fixed together, so being connected between temperature sensor 6, electro-heat equipment 3 and the described control circuit 2 is more stable, firm.
In the superincumbent description, mentioned heating control circuit 2 and also comprised storage device 21, the set temperature value when storage device 21 is used to deposit last work is called when working for described heating control circuit 2.Memory space is contained in control circuit 2 inside that promptly generate heat, but when outage protected data.The power supply of Electrothermal shoes deposited instant temperature value in memory space before closing, when opening next time, read this temperature value, as the set temperature value of acquiescence.Certainly, this temperature value can be revised, and the above-described set temperature value that changes by remote control is revised this temperature value exactly.Can revise this temperature value by communication/charging inlet 4 in addition.Simultaneously, the data that leave in the above-mentioned storage device 21 also comprise battery allowance setting value, low temperature setting value, product ID etc.
In the present embodiment, as shown in Figure 3, also comprise the communication/charging inlet 4 that is positioned at heel portion 91 sides, communication/charging inlet 4 is electrically connected with heating control circuit 2, is used to set the parameter of heating control circuit 2 and is battery 1 charging by described heating control circuit 2.Can set the data such as sequence number, set temperature value of product by communication/charging inlet 4, sequence number is the unique identifier of product, and by checking sequence number, in the date of production that can find product, tell truth from falsehood in the area.After heating footwear finished product completes, at computer end list entries number, be written in the heating control circuit 2 again by above-mentioned communication/charging inlet 4.This communication/charging inlet 4 is serial communication ports, is connected to the serial ports of computer, just can realize and being connected of computer, and carries out data and transmits.Simultaneously, can also be by 1 charging of 4 pairs of batteries of this communication/charging inlet.
In addition, be provided with a plurality of LED5 with described communication/charging inlet 4 adjacents, described LED5 links to each other with described heating control circuit 2, is used to represent the approximate range of shoe temperature.In the present embodiment, LED5 has four, and first is a power supply indicator, lights to opening, and goes out for closing; Second and third, four be the temperature value indicator lamp, only light the 4th for the 25-40 degree, light the 4th and the 3rd and be the 41-55 degree, second and third, four complete bright be the 56-75 degree.As shown in Figure 3, in the present embodiment, these LED are positioned at communication/charging inlet 4 tops, and in other embodiments, these LED can be positioned at 4 arbitrary of communication/charging inlets.
In the present embodiment, described battery 1 is the flexible polymer battery, and this polymer battery is novel technology, can be arbitrary shape, and its inside is soft, and the outside is to pack with the polyester film of waterproof.Therefore can be according to the tailor-made battery that is fit to of footwear body.The polymer battery that adopts in present embodiment size places the hollow position of heel portion 91 for 86mm*34mm*50mm with heating control circuit 2.Can continue more than 8 hours discharge time.This battery is charged to it by above-mentioned communication/charging inlet 4 by charger.Certainly, in other embodiments, this volume of battery, capacity etc. can be different.In addition, heating control circuit 2 also comprises battery allowance measurement mechanism 24, battery allowance measurement mechanism 24 detects the surplus of described battery 1 by the voltage of measuring battery 1, and sends the charging alarm signal when described battery allowance is lower than the battery allowance setting value that leaves in described heating control circuit 2 storage devices 21.In the present embodiment, battery allowance measurement mechanism 24 is obtained the signal (promptly obtaining the magnitude of voltage of current battery 1) of the dump energy of current battery 1, and with itself and the battery allowance setting value comparison of leaving in the above-mentioned storage device 21, when the current battery surplus hour, heating control circuit 2 sends the low-voltage alarm signal, reminds the user to need charging.In the present embodiment, above-mentioned battery allowance measurement mechanism 24 comprises a buzzer, and when heating control circuit 2 output alarm signals, this buzzer sends the sound, reminds the user.
Fig. 4 and Fig. 5 are the electrical schematic diagrams of heating control circuit 2 in the present embodiment, and wherein Fig. 5 is the catenation principle figure of LED5 part.By among Fig. 4, Fig. 5 as can be seen, the major part of heating control circuit 2 is singlechip chips, the program of this singlechip chip, chip internal, the memory of chip internal and the remote control module that cooperates with this chip, temperature sensor, electro-heat equipments etc. are realized every function mentioned above.
In the present embodiment, every footwear only are provided with an electro-heat equipment 3, and in other embodiments, above-mentioned every footwear can also comprise second electro-heat equipment, and described second electro-heat equipment is positioned at described vamp, and is electrically connected with described control circuit.This second electro-heat equipment and described electro-heat equipment 3 are roughly the same, this second electro-heat equipment can with the first electro-heat equipment parallel connection, also can link to each other with the independent heater switch that provides of heating control circuit 2; Second electro-heat equipment is different with the installation site of described electro-heat equipment 3, and it is installed on the vamp, has further improved the warming effect of this Electrothermal shoes, is fit to severe cold area more and uses.
In a word, because the structure of footwear is well-known, in order to reach electrical heating and other purposes of the present utility model, as remote control, dump energy demonstration etc., as long as the installation of concrete parts or assembly or the position is set can realizes corresponding function can be arranged on the outside of tongue or inner as the LED that realizes the dump energy Presentation Function.Positions such as vamp, these all are those skilled in the art's general knowledge, repeat no more.
Claims (10)
1, a kind of Electrothermal shoes, the vamp that comprises sole, links together with described sole, electro-heat equipment and be the battery of described electro-heat equipment power supply, it is characterized in that, also comprise be connected between described battery and the described electro-heat equipment and control described electro-heat equipment power-on time the heating control circuit with link to each other, receive the external remote control signal with described heating control circuit and control the remote-receiver of described heating control circuit work according to received remote signal.
2, Electrothermal shoes according to claim 1, it is characterized in that, also comprise being provided with the function key that is used for controlling described Electrothermal shoes heating control circuit duty, being used to select controlled shoemaking options button and being used to only to show the remote-controlled launcher of the LCDs of its state.
3, Electrothermal shoes according to claim 1 and 2 is characterized in that, also comprises the temperature sensor that links to each other, its induced signal is delivered to described heating control circuit with described heating control circuit.
4, Electrothermal shoes according to claim 3 is characterized in that, also comprises a shoe-pad that separates with described sole, and described electro-heat equipment and described temperature sensor are arranged in the described shoe-pad.
5, Electrothermal shoes according to claim 4 is characterized in that, described temperature sensor comprises the thermistor that is installed on contiguous described electro-heat equipment in the described shoe-pad; Described heating control circuit and described battery are installed in the heel of described sole; Described electro-heat equipment comprises polyester film heating wire or polyester film heating board.
6, Electrothermal shoes according to claim 5, it is characterized in that, also comprise be positioned at described heel portion side, be used to set the parameter of described heating control circuit and be that described battery charge is communicated by letter/charging inlet by described heating control circuit, described communication/charging inlet is electrically connected with described control circuit.
7, Electrothermal shoes according to claim 6 is characterized in that, described battery comprises the flexible polymer battery; Described heating control circuit also comprises the battery allowance measurement mechanism that is used for detecting described battery allowance and sends the charging alarm signal when described battery allowance is lower than the battery allowance setting value that leaves described control circuit storage device in.
8, Electrothermal shoes according to claim 7 is characterized in that, also comprises a plurality of LED of its position approximate range adjacent with described communication/charging inlet, that be used to represent shoe temperature, and described LED links to each other with described heating control circuit.
9, Electrothermal shoes according to claim 8, it is characterized in that, described heating control circuit also comprise be used for described temperature sensor senses to temperature be lower than and make described heater continuous operation intelligent heater when low temperature setting value or described Electrothermal shoes are started working.
10, Electrothermal shoes according to claim 9 is characterized in that, also comprises second electro-heat equipment, and described second electro-heat equipment is positioned at described vamp, and is electrically connected with described heating control circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202358092U CN201345924Y (en) | 2008-12-31 | 2008-12-31 | Electric heating shoe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202358092U CN201345924Y (en) | 2008-12-31 | 2008-12-31 | Electric heating shoe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201345924Y true CN201345924Y (en) | 2009-11-18 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008202358092U Expired - Fee Related CN201345924Y (en) | 2008-12-31 | 2008-12-31 | Electric heating shoe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201345924Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102125335A (en) * | 2011-03-21 | 2011-07-20 | 洪廷和 | Electric heating insole |
| CN106723652A (en) * | 2016-12-23 | 2017-05-31 | 重庆金瓯科技发展有限责任公司 | A kind of shoe-pad with detection, heating function |
-
2008
- 2008-12-31 CN CNU2008202358092U patent/CN201345924Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102125335A (en) * | 2011-03-21 | 2011-07-20 | 洪廷和 | Electric heating insole |
| CN106723652A (en) * | 2016-12-23 | 2017-05-31 | 重庆金瓯科技发展有限责任公司 | A kind of shoe-pad with detection, heating function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Hu Yunfeng Document name: Notification to Pay the Fees |
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| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20091118 Termination date: 20121231 |