CN201397976Y - Television remote control energy-saving socket - Google Patents
Television remote control energy-saving socket Download PDFInfo
- Publication number
- CN201397976Y CN201397976Y CN2009201314157U CN200920131415U CN201397976Y CN 201397976 Y CN201397976 Y CN 201397976Y CN 2009201314157 U CN2009201314157 U CN 2009201314157U CN 200920131415 U CN200920131415 U CN 200920131415U CN 201397976 Y CN201397976 Y CN 201397976Y
- Authority
- CN
- China
- Prior art keywords
- circuit
- power supply
- socket
- control processing
- energy
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Remote Monitoring And Control Of Power-Distribution Networks (AREA)
Abstract
The utility model relates to a television remote control energy-saving socket which comprises a casing, a commercial power inlet wire, one or a plurality of groups of power supply plugs, a power supply relay circuit and a control processing circuit, wherein the output end O1 of the control processing circuit is connected on the trigger end of the power supply relay circuit, the switch contact ofthe power supply relay circuit is connected between the power supply inlet wire and one group or more power supply plugs in series, an electric current detection circuit is connected between the inputend I1 of the control processing circuit and the power supply plug controlled by the power supply relay circuit, the input end I2 of the control processing circuit is connected with an infrared receiving circuit, and the input end I3 of the control processing circuit is connected with a coding storage circuit which stores television remote controller coding information. The television remote control energy-saving socket can rationally access and cut off the connection of a television and a commercial power network through startup/closedown of the television remote controller, can be excellently suitable for different types/specifications of television remote control signals, and helps to solve the problems of stand-by energy consumption of television better.
Description
Technical field
The utility model relates to a kind of electric equipment, and the utility model relates in particular to a kind of supply socket.
Background technology
In China, along with the energising of village village, TV signal progressively covers area, and the different color television set of class also progressively enters in town and country huge numbers of families' the common people family, becomes a kind of household electrical appliance that are most widely used, popularize the most.Even in the very poor family, generally also can have new or old color television set, television set provides the information and the entertainment program of aspects such as society, politics, economy, life for the numerous both urban and rural residents, greatly enrich and promoted the people's cultural spirit living standard.
Present television set all has remote controller usually, can implement remote-controlled start-up, shutdown, channel selection even more senior remote control service to television set.But the shutdown that present TV remote controller is implemented television set can only be cut off large power consumption of critical piece in the television set, still has parts and electrical network to keep being connected in the television set and is in the standby state that consumes energy.According to statistics; the postboost standby of TV remote-control power consumption remains on the 5-10% of start energy consumption even higher; older month for a long time; huge numbers of families; such standby power consumption state just causes the huge waste of entire society's energy, cancerates for sustainable development, environmental protection, the weather of national economy and also brings very big negative effect.And people are also indeterminate for causing harm of television set standby power consumption usually, add that staff frequently plugs TV set power plug or Push switch button and brings and bother and unsafe factor, therefore, people never form the TV shutdown and promptly pull up attaching plug or the custom of the switch of cutting off the electricity supply from supply socket.
And consider from the shortcoming of supply socket, the insoluble major reason of this standby energy consumption issues be traditional supply socket can not start shooting along with TV remote-control/shut down and reasonably connection/cut-out television set be connected with electricity network: though the socket that wherein has has distant control function, but its remote controller can not with the remote controller compatibility of television set, needing remote controller start and close separately, is very much trouble in case can not find one of them; Though perhaps only can control TV and socket cut-out civil power with remote controller of television set, open television set then but can not connect in turn to remote control civil power, cause starup current to impact; Perhaps the televison set remote-control signal that remote control socket can not fine adaptation variety classes/model makes the application of remote control socket be very limited.
Summary of the invention
Above-mentioned shortcoming at prior art, the purpose of this utility model is to provide a kind of TV remote energy-conservation socket, it has following advantage: socket can reasonably be connected along with the start/shutdown of TV remote controller and cut off being connected of television set and electricity network, and the televison set remote-control signal of the fine adaptation variety classes/model of remote control socket energy, thereby help to solve the problem of television set standby power consumption better.
For this reason, technical solution of the present utility model is the energy-conservation socket of a kind of TV remote, and it comprises housing, civil power inlet wire, one or many group power supply sockets, power supply relay circuit, control processing circuit, DC power-supply circuit; And the output O1 of control processing circuit is connected the trigger end of this power supply relay circuit, and the switch contact of power supply relay circuit is connected between electric power incoming line and one group or the above power supply socket; This DC power-supply circuit is connected between this civil power inlet wire and the control processing circuit, electric main is converted to direct current light current and offers this control processing circuit, and described control processing circuit comprises 3 or above input; The input I1 of this control processing circuit and be subjected to being connected with current detection circuit between the power supply socket of power supply relay circuit control, be connected with infrared receiving circuit on the input I2 of this control processing circuit, be connected with the code storage circuit that stores the TV remote controller coded message on the input I3 of this control processing circuit.
The energy-conservation socket of TV remote of the present utility model, adopt comparatively advanced MCU singlechip chip as control processing circuit, between the power supply socket of the input I1 of this control processing circuit and TV, be connected with current detection circuit, electric current when this current detection circuit can detect the television set shutdown reduces, thereby the output O1 by control processing circuit sends the signal that cuts off electrical network to the trigger end of power supply relay circuit, enforcement time-delay cut-out television set is connected with civil power, thereby stops television set standby power consumption; And be connected with infrared receiving circuit on the input I2 of this control processing circuit, when using TV remote controller when television set sends starting-up signal, infrared receiving circuit on the energy-conservation socket of the utility model TV remote also can receive the infrared signal of TV remote controller, and then decode according to the TV remote controller coded message that is stored in the utility model code storage circuit, through the input I2 of control processing circuit input reprocessing, output O1 by control processing circuit sends the signal of connecting electrical network to the trigger end of power supply relay circuit again, and the unlatching television set is connected with civil power; And the code storage circuit on the utility model socket can also implement to abandon the new learning functionality again of old Chinese learning, thereby can on different television sets, use repeatedly, be convenient to adopt repeatedly people change television set under different situations after, thereby enlarged range of application more, promoted the solution of television set standby energy consumption issues better.
For further increasing the application flexibility of socket, increase sensitivity, receiving efficiency, reliability, the convenience of infrared probe and infrared receiving circuit, the utility model also comprises following preferable concrete improvement:
Described infrared receiving circuit comprises infrared signal socket, the flexible conductor of transmission signals, the infrared probe that is arranged on the housing, and this infrared signal socket is inwardly connecting the input I2 of described control processing circuit; One end of this flexible conductor is plugged in this infrared signal socket, and the other end is outwards connecting infrared probe.This demountable structure is convenient to the utility model and is used for different purpose more quickly and easily.
The length of described flexible conductor is 0.5-3 rice.Can make things convenient for the user that the infrared signal flexible conductor is taken advantage of a situation like this and be wrapped in the TV set power lead-in wire, obtain sufficient infrared sources upward near the remote controller signal field of television set.
Described infrared probe comprises the attaching structure attached to article surface.Attaching structure can be absorber, adhesive sticker veneer etc.
Implement to abandon the new learning functionality again of old Chinese learning for assisting the code storage circuit on the utility model socket, described code storage circuit comprises that also the original stored information of cancellation carries out the study key circuit of information stores again, and this study key circuit comprises the key contacts between the electrode of the input I4 that is connected on described control processing circuit and direct current light current.
For improving start dress attitude indoor air environment, the anion of useful people's body and mind is provided, suppress and kill some harmful bacterias, purify air, promote the function of tissues such as human body metabolism: the energy-conservation socket of described TV remote also comprises the anion blower fan, this anion blower fan comprises anion generator and electric fan, this anion generator is obtained power supply by the switch contact of described power supply relay circuit, the energy-conservation socket of described TV remote also comprises low voltage switching circuit, the trigger end of this low voltage switching circuit is connected on the output O2 of described control processing circuit control, and the switch contact of this low voltage switching circuit is connected between described DC power-supply circuit and this electric fan.
Described anion blower fan is installed in the energy-conservation Socket casing of described TV remote, and has the barrier type air outlet of anion blower fan on housing.
For preventing that the electric energy that electrical network and thunder and lightning bring from impacting, protect television set and electrical appliance on the socket, the utility model also comprises following preferable improvement:
The energy-conservation socket of described TV remote also comprises overvoltage crowbar; overvoltage crowbar comprises over-voltage detection circuit and overvoltage relay circuit; the switch contact of overvoltage relay circuit is connected between civil power inlet wire and the power supply socket; this over-voltage detection circuit connects described civil power inlet wire and the overvoltage signal that records is outputed to described control processing circuit input I5, and described control processing circuit output O3 connects the trigger end of overvoltage relay circuit.
The energy-conservation socket of described TV remote also comprises the lightning protection circuit of band energy-absorption type anti-thunder tube, and described anti-thunder tube has three and be connected between the phase line, zero line of civil power inlet wire, and is connected between phase line, zero line and the ground wire.
Use simultaneously for expanding socket applications to host computer, and fine protection host computer and peripheral hardware, the utility model also comprises following preferable improvement:
The energy-conservation socket of described TV remote also comprises main frame power supply socket, the main frame testing circuit of computer; This main frame testing circuit is connected between the input I6 of this main frame power supply socket and described control processing circuit.
The utility model is described in further detail below in conjunction with the drawings and specific embodiments.
Description of drawings
Fig. 1 is the structural principle block diagram of the utility model embodiment.
Fig. 2 is the structural principle block diagram of the utility model preferred embodiment.
Fig. 3 is the circuit connection diagram of Fig. 2 preferred embodiment.
Embodiment
The energy-conservation socket embodiment of TV remote:
As Fig. 1, be depicted as the structural principle block diagram of the energy-conservation socket embodiment of the utility model TV remote.This energy-conservation socket comprises housing (not shown), civil power inlet wire CZ1, L, N, television set power supply socket CZ2-1, other electric power supply socket CZ2-2, the power supply relay circuit 10 that has gate-controlled switch contact K1, control processing circuit 20, DC power-supply circuit 30; And the output O1 of control processing circuit 20 is connected the trigger end of this power supply relay circuit 10, and the switch contact K1 of power supply relay circuit 10 is connected between electric power incoming line L and the television set power supply socket CZ2-1; This DC power-supply circuit 30 is connected between this civil power inlet wire CZ1 and control processing circuit 20 and other element circuit, electric main is converted to direct current light current and offers this control processing circuit 20 and other element circuit, and described control processing circuit 20 comprises 3 or above input I1, I2, I3; The input I1 of this control processing circuit 20 and be subjected to being connected with current detection circuit 40 between the television set power supply socket CZ2-1 of power supply relay circuit control, R is an equivalent resistance wherein.Be connected with infrared receiving circuit 50 on the input I2 of this control processing circuit 20, be connected with the code storage circuit 60 that stores the TV remote controller coded message on the output O2 of this control processing circuit and the input I3.
As Fig. 2, be depicted as the structural principle block diagram of the utility model preferred embodiment.Following improvement has been done in this preferred embodiment on the element circuit basis of Fig. 1 embodiment:
The energy-conservation socket of described TV remote also comprises anion blower fan 70, this anion blower fan 70 comprises anion generator 71 and electric fan 72, this anion generator 71 is obtained power supply by the switch contact K1 of described power supply relay circuit 10, the energy-conservation socket of described TV remote also comprises low voltage switching circuit 73, the trigger end of this low voltage switching circuit 73 is connected on the output O3 of described control processing circuit control, the switch contact of this low voltage switching circuit 73 be connected in described DC power-supply circuit 30+12v electrode and this electric fan 72 between.
Described anion blower fan 70 is installed in the energy-conservation Socket casing of described TV remote (not detailed showing), and has the barrier type air outlet of anion blower fan on housing.
The energy-conservation socket of described TV remote also comprises overvoltage crowbar 80; overvoltage crowbar 80 comprises over-voltage detection circuit 81 and overvoltage relay circuit 82; the switch contact K2 of overvoltage relay circuit 82 is connected on the civil power inlet wire and leads between the circuit of power supply relay circuit 10 and other electric power supply socket CZ2-2, thereby makes television set power supply socket CZ2-1 and other electric power supply socket CZ2-2 can both be subjected to overvoltage protection, do not influence television set power supply socket CZ2-1 and other electric power supply socket CZ2-2 again and realize difference in functionality separately.This over-voltage detection circuit 81 connects described civil power inlet wire and the overvoltage signal that records is outputed to described control processing circuit input I4, and described control processing circuit output O4 connects the trigger end of overvoltage relay circuit 82.
The energy-conservation socket of described TV remote also comprises the lightning protection circuit 90 of three band energy-absorption type anti-thunder tube MINE1, MINE2, MINE3 (ginseng Fig. 3), described three anti-thunder tube MINE1, MINE2, MINE3 are connected between the phase line, zero line of civil power inlet wire, and are connected between phase line, zero line and the ground wire.
The energy-conservation socket of described TV remote also comprises main frame power supply socket, the main frame testing circuit (all not detailed showing) of computer; This main frame testing circuit is connected between the input I6 (not detailed showing) of this main frame power supply socket and described control processing circuit.
Fig. 3 is the circuit connection diagram of Fig. 2 preferred embodiment.Power supply relay circuit 10, IC1 chip that this energy-conservation socket comprises civil power inlet wire CZ1, L, N, television set power supply socket CZ2-1, other electric power supply socket CZ2-2 (detailed showing), have gate-controlled switch contact K1 and a relay R ELAY1 are that main control processing circuit 20, IC2 chip is main DC power-supply circuit 30, this DC power-supply circuit 30 is connected between this civil power inlet wire CZ1 and control processing circuit 20 and other element circuit by transformer, electric main is converted to+12v/+5v direct current light current and offer this control processing circuit 20 and other element circuit;
The IC1 output O1 (pin 9/Out) of control processing circuit 20 is connected the trigger end of this power supply relay circuit 10RELAY1, and the switch contact K1 of power supply relay circuit 10 is connected between electric power incoming line L and the television set power supply socket CZ2-1; And the IC1 of control processing circuit 20 comprises 3 or above input I1 (corresponding pin 3/Curr), I2 (corresponding pin 12), I3 (corresponding pin 1); The input I1 of this control processing circuit 20 (Curr pin) and be subjected to being connected with current detection circuit 40 (containing D15, D16, R12 etc.) between the television set power supply socket CZ2-1 of control such as power supply relay circuit K1 is connected with infrared receiving circuit 50 on the IC1 input I2 (pin 12) of this control processing circuit 20.
Being connected with the IC4 that stores the TV remote controller coded message on the IC1 output O2 (pin 2) of this control processing circuit 20 and the input I3 (pin 1) is main code storage circuit 60.Described code storage circuit 60 comprises that also the original stored information of cancellation carries out the study key circuit of information stores again, this study key circuit comprise the input I4 (pin 8) that is connected on described control processing circuit IC1 and direct current light current+key contacts Study between the 5v electrode.
The energy-conservation socket of described TV remote also comprises anion blower fan 70, this anion blower fan 70 comprises anion generator 71 (not detailed showing) and electric fan 72 (not detailed showing), this anion generator 71 is obtained power supply by the switch contact K1 of described power supply relay circuit 10, the energy-conservation socket of described TV remote comprises that also semiconductor switch pipe T3 is main low voltage switching circuit 73, the T3 trigger end base stage of this low voltage switching circuit 73 is connected on the output O3 (pin 11/Fan) of described control processing circuit control, the switch contact of this low voltage switching circuit 73 (collector junction) be connected in described DC power-supply circuit 30+12v electrode and this electric fan 72 between.
Described anion blower fan 70 is installed in the energy-conservation Socket casing of described TV remote (not detailed showing), and has the barrier type air outlet of anion blower fan on housing.
The energy-conservation socket of described TV remote also comprises overvoltage crowbar 80; overvoltage crowbar 80 comprises that over-voltage detection circuit 81 (contains D11; C8; R8; R9 etc.) and RELAY2 be main overvoltage relay circuit 82; the switch contact K2 of overvoltage relay circuit 82 is connected between the RELAY2 of civil power inlet wire and power supply relay circuit 10; this over-voltage detection circuit 81 connects described civil power inlet wire and the overvoltage signal that records is outputed to described control processing circuit input I4 (pin 4/Volt), and described control processing circuit output O4 (pin 10/Uover) connects the trigger end of overvoltage relay circuit 82RELAY2.
The energy-conservation socket of described TV remote also comprises the lightning protection circuit 90 of three band energy-absorption type anti-thunder tube MINE1, MINE2, MINE3 (ginseng Fig. 3), described three anti-thunder tube MINE1, MINE2, MINE3 are connected between the phase line, zero line of civil power inlet wire, and are connected between phase line, zero line and the ground wire.Two thermistor 115c in the lightning protection circuit connect in automatic shutoff circuit, temperature decline back after thunderbolt heats up automatically, have the function of the automatic lightning protection break-make of excellence.
The energy-conservation socket of described TV remote also comprises main frame power supply socket, the main frame testing circuit (all not detailed showing) of computer; This main frame testing circuit is connected between the input I6 (not detailed showing) of this main frame power supply socket and described control processing circuit.
Claims (10)
1, the energy-conservation socket of a kind of TV remote, it comprises housing, civil power inlet wire, one or many group power supply sockets, power supply relay circuit, control processing circuit, DC power-supply circuit; And the output O1 of control processing circuit is connected the trigger end of this power supply relay circuit, and the switch contact of power supply relay circuit is connected between electric power incoming line and one group or the above power supply socket; This DC power-supply circuit is connected between this civil power inlet wire and the control processing circuit, and electric main is converted to direct current light current and offers this control processing circuit, and it is characterized in that: described control processing circuit comprises 3 or above input; The input I1 of this control processing circuit and be subjected to being connected with current detection circuit between the power supply socket of power supply relay circuit control, be connected with infrared receiving circuit on the input I2 of this control processing circuit, be connected with the code storage circuit that stores the TV remote controller coded message on the input I3 of this control processing circuit.
2, the energy-conservation socket of TV remote as claimed in claim 1, it is characterized in that: described infrared receiving circuit comprises infrared signal socket, the flexible conductor of transmission signals, the infrared probe that is arranged on the housing, and this infrared signal socket is inwardly connecting the input I2 of described control processing circuit; One end of this flexible conductor is plugged in this infrared signal socket, and the other end is outwards connecting infrared probe.
3, the energy-conservation socket of TV remote as claimed in claim 2 is characterized in that: the length of described flexible conductor is 0.5-3 rice.
4, the energy-conservation socket of TV remote as claimed in claim 2, it is characterized in that: described infrared probe comprises the attaching structure attached to article surface.
5, the energy-conservation socket of TV remote as claimed in claim 1, it is characterized in that: described code storage circuit comprises that also the original stored information of cancellation carries out the study key circuit of information stores again, and this study key circuit comprises the key contacts between the electrode of the input I4 that is connected on described control processing circuit and direct current light current.
6, the energy-conservation socket of TV remote as claimed in claim 1, it is characterized in that: the energy-conservation socket of described TV remote also comprises the anion blower fan, this anion blower fan comprises anion generator and electric fan, this anion generator is obtained power supply by the switch contact of described power supply relay circuit, the energy-conservation socket of described TV remote also comprises low voltage switching circuit, the trigger end of this low voltage switching circuit is connected on the output O2 of described control processing circuit control, and the switch contact of this low voltage switching circuit is connected between described DC power-supply circuit and this electric fan.
7, the energy-conservation socket of TV remote as claimed in claim 6 is characterized in that: described anion blower fan is installed in the energy-conservation Socket casing of described TV remote, and has the barrier type air outlet of anion blower fan on housing.
8, the energy-conservation socket of TV remote as claimed in claim 1; it is characterized in that: the energy-conservation socket of described TV remote also comprises overvoltage crowbar; overvoltage crowbar comprises over-voltage detection circuit and overvoltage relay circuit; the switch contact of overvoltage relay circuit is connected between civil power inlet wire and the power supply socket; this over-voltage detection circuit connects described civil power inlet wire and the overvoltage signal that records is outputed to described control processing circuit input I5, and described control processing circuit output O3 connects the trigger end of overvoltage relay circuit.
9, the energy-conservation socket of TV remote as claimed in claim 1, it is characterized in that: the energy-conservation socket of described TV remote also comprises the lightning protection circuit of band energy-absorption type anti-thunder tube, described anti-thunder tube has three and be connected between the phase line, zero line of civil power inlet wire, and is connected between phase line, zero line and the ground wire.
10, the energy-conservation socket of TV remote as claimed in claim 1 is characterized in that: the energy-conservation socket of described TV remote also comprises main frame power supply socket, the main frame testing circuit of computer; This main frame testing circuit is connected between the input I6 of this main frame power supply socket and described control processing circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201314157U CN201397976Y (en) | 2009-05-06 | 2009-05-06 | Television remote control energy-saving socket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201314157U CN201397976Y (en) | 2009-05-06 | 2009-05-06 | Television remote control energy-saving socket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201397976Y true CN201397976Y (en) | 2010-02-03 |
Family
ID=41620506
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201314157U Expired - Fee Related CN201397976Y (en) | 2009-05-06 | 2009-05-06 | Television remote control energy-saving socket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201397976Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111403967A (en) * | 2020-03-02 | 2020-07-10 | 安徽鑫龙低压电器有限公司 | Controlled socket |
-
2009
- 2009-05-06 CN CN2009201314157U patent/CN201397976Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111403967A (en) * | 2020-03-02 | 2020-07-10 | 安徽鑫龙低压电器有限公司 | Controlled socket |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202210602U (en) | Remote control row socket | |
| CN102183899B (en) | Zero power consumption standby circuit | |
| CN103986034A (en) | Socket capable of automatically powering off | |
| CN201397976Y (en) | Television remote control energy-saving socket | |
| CN102638093B (en) | Power off protection device | |
| CN102157862A (en) | Novel intelligent socket and control method thereof | |
| CN103618178B (en) | A kind of zero standby zero-power-consumption energy-saving socket | |
| CN204129895U (en) | Detector for electric fire protection | |
| CN203056288U (en) | Energy-saving socket | |
| CN209310049U (en) | A kind of integrated kitchen range igniter safety control circuit | |
| CN208509218U (en) | A kind of wireless headset with function of power protection | |
| CN208971482U (en) | A kind of switching on and shutting down, hardware power-off reset circuit | |
| CN201946839U (en) | Novel intelligent socket | |
| CN201726006U (en) | Special host linkage energy-saving plugboard for computer | |
| CN108107961A (en) | Control panel power circuit, method and the single fiery intelligent switch of single fire intelligent switch | |
| CN204203694U (en) | A kind of socket of Household intelligent wireless remote-controlled power switch | |
| CN201126896Y (en) | Intelligent special power socket for computer and colour TV | |
| CN203773004U (en) | Direct current grounding fault isolation signal collector | |
| CN107968643A (en) | A kind of DC load singly-bound touch control on-off circuit | |
| CN204886210U (en) | Distributed generator access system that is incorporated into power networks | |
| CN201750010U (en) | Remote control arrange specific to digital television set-top box | |
| CN211629455U (en) | Intelligent extension socket for voice television | |
| CN216530516U (en) | Integrated circuit breaker circuit and integrated circuit breaker box | |
| Huang et al. | Design of compositive on-line monitoring and fault diagnosis system for high-voltage switch cabinet | |
| CN209184267U (en) | Electric bicycle instrument low power consumption switch control circuit |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| ASS | Succession or assignment of patent right |
Owner name: LI WENHUI Free format text: FORMER OWNER: CHEN QING Effective date: 20120326 |
|
| C41 | Transfer of patent application or patent right or utility model | ||
| COR | Change of bibliographic data |
Free format text: CORRECT: ADDRESS; FROM: 518000 SHENZHEN, GUANGDONG PROVINCE TO: 350013 FUZHOU, FUJIAN PROVINCE |
|
| TR01 | Transfer of patent right |
Effective date of registration: 20120326 Address after: 350013 No. 36 East Main Road, Gulou District, Fujian, Fuzhou Patentee after: Li Wenhui Address before: 518000 Guangdong city of Shenzhen province Nanshan District Xili Town Pearl Village East No. 80 5 floor Patentee before: Chen Qing |
|
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100203 Termination date: 20130506 |