CN101846397B - Solar energy-wind energy-air energy comprehensive hot water supply system and implementation method thereof - Google Patents
Solar energy-wind energy-air energy comprehensive hot water supply system and implementation method thereof Download PDFInfo
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- CN101846397B CN101846397B CN2010101821356A CN201010182135A CN101846397B CN 101846397 B CN101846397 B CN 101846397B CN 2010101821356 A CN2010101821356 A CN 2010101821356A CN 201010182135 A CN201010182135 A CN 201010182135A CN 101846397 B CN101846397 B CN 101846397B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
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Abstract
The invention provides a solar energy-wind energy-air energy comprehensive hot water supply system. The comprehensive hot water supply system fully utilizes the complementary characteristics of the solar energy, wind energy and air energy technologies, can selectively use the solar energy, the wind energy and the air energy to realize hot water supply according to different weather, ensures more sustainable hot water supply, and better realizes energy saving, environmental protection, economy and sustainable development.
Description
Technical field
The present invention relates to hot water provisioning technique field, combine the advantage of solar energy, wind energy and air ability, specifically propose a kind of solar energy, wind energy and air energy comprehensive hot water supply system and its implementation.
Background technology
Along with the development of society, the restraining factors that the energy becomes social progress just constantly penetrate into every field.The continuous minimizing of traditional energy; Under the background that energy shortage and energy prices rise steadily; Country pursues the strategy of sustainable development energetically, advances renewable energy technologies and product to be widely applied in commercial production and the daily life, also receives broad masses of the people's support simultaneously.For this reason, people turn one's attention to the exploitation of new forms of energy, and the renewal, particularly eco-friendly power source of technology, like nuclear energy, whose ability, wind energy and solar energy etc.; Because above-mentioned eco-friendly power source has that cost is low, the technical sophistication degree is little, is not subject to advantages such as environmental limitations, so above-mentioned eco-friendly power source more and more comes into one's own and popularize.
Solar energy is a kind of as regenerative resource, more and more receives people's favor, and solar water has also received widely as mature technique comparatively and having applied.Because weather is complicated and changeable; And day alternates with night; So rely on solar energy to obtain heat energy to produce the solar water heater of hot water; Generally all need combine electric heater heating complementary type,, produce hot water to satisfy actual hot water supply needs through auxiliary electric heater to satisfy under the not enough situation of illumination.But auxiliary electric heater power consumption is high, occurs danger such as electric leakage, dry combustion method during its work easily.And; The complementary solar water heater of electrical heating at present mainly adopts the FCL mode of heating; Because storage tank is integrated design, just can supply water so must make whole box water all satisfy the demand data that the user sets, therefore be difficult to accomplish whenever and wherever possible, go out fast hot water.
Than above-mentioned solar water heater; When can fundamentally having eliminated electric heater electric leakage, dry combustion method and gas water heater working, air-source water heater produces potential safety hazards such as pernicious gas; Overcome the overcast and rainy or shortcoming such as can not work night of solar water heater; Have energy-efficient, safety and environmental protection, round-the-clock running, plurality of advantages such as easy to use; The strategy and policy that meet China's energy, society, environment sustainable development, thereby will become the most competitive water heater product of new generation of China.But air-source water heater is with respect to solar energy, its use be the economizing type energy, power consumption is bigger, the air compressor energy consumption that is mainly reflected in wherein is bigger, and, also need to introduce separately its operation of commercial power supply.
Wind energy also is a kind of renewable, pollution-free and energy that reserves are huge.Because China has abundant wind resource, under national policy is helped, obtained fast development and applied in recent years.But because geographical environment, meteorological complicated and changeable, wind-driven generator must just can obtain operation when wind-force satisfies service condition.
In sum, prior solar water heater, wind-driven generator all receive the influence of natural conditions, and solar water heater need be aided with electric heater usually and satisfies hot water supply needs even; And air-source water heater power consumption is big, needs to introduce its operation of commercial power supply, and the hot water supply is difficult to guarantee continuation.
Along with global warming and energy crisis, each state reduces carbon dioxide isothermal chamber gas purging, the earth of protecting us to depend on for existence all in the development and utilization that steps up the regenerative resource and the economizing type energy as far as possible.Although existing solar energy, wind energy, air can receive above-mentioned such-and-such limitation; But solar energy, wind energy, air can be to have complementarity; If the advantage of ability integrated solar, wind energy, air ability technology; Not only will solve the persistent problem of hot water supply, and also can utilize various renewable resources, the economizing type energy more efficiently, further realize the target of energy-conserving and environment-protective, economy, sustainable development.
Summary of the invention
The objective of the invention is to overcome weak point of the prior art; A kind of solar energy, wind energy and air energy comprehensive hot water supply system are provided; This comprehensive hot water supply system has made full use of solar energy, wind energy, the technological complementary characteristics of air ability, can be according to the difference of meteorology, and selectivity uses solar energy, wind energy and air can realize the hot water supply; Make the hot water supply more lasting, realized energy-conserving and environment-protective, economy, sustainable development better.
Another object of the present invention is to provide the implementation method of above-mentioned solar energy, wind energy and air energy comprehensive hot water supply system.
The objective of the invention is to realize through following technical scheme: solar energy, wind energy and air energy comprehensive hot water supply system comprise:
Solar water heater, it is provided with the boiler that is used to the thermal-collecting tube that obtains solar energy and convert heat energy into and is used to store hot water, and said thermal-collecting tube is connected through pipeline with boiler; Said thermal-collecting tube is provided with the collecting efficiency sensor, is used to detect the collecting efficiency of solar water heater; Be provided with water-temperature water-level sensor in the said boiler, be used to detect boiler internal hot-water temperature and water level;
At least one hot water demand terminal, user oriented is used for sending user's request information to Center For Information Management, and is connected through pipeline with said boiler;
Air-source water heater is provided with air compressor, receives the control command of Center For Information Management, adopts air ability technology with the execution heating tasks, and is input to said boiler to hot water;
Wind-driven generator for Center For Information Management and air compressor power supply, is passed to Center For Information Management with generated energy and power generation conditions status information simultaneously;
The civil power access unit is connected with Center For Information Management, air compressor electric power respectively through an intelligent switch;
Center For Information Management is connected with the civil power access unit through said intelligent switch, whether inserts civil power with control and gives Center For Information Management self and air compressor; Receive the user's request information that the hot water demand terminal is transmitted, the temperature and the water level information that transmit according to water-temperature water-level sensor, and the collecting efficiency information that transmits of thermal-collecting tube; Judge whether solar water heater satisfies water conditions,, then control boiler direct heating water to the hot water demand terminal as satisfying; Otherwise; The water supply difference that the collecting efficiency of solar water heater is differed than above-mentioned user's request information, output control commands corresponding carry out heating tasks to air-source water heater, by air-source water heater to the boiler hot-water supply; To compensate said water supply difference, control boiler heat supply water again to the hot water demand terminal.
The installation site of said thermal-collecting tube is lower than boiler, and the current between thermal-collecting tube and the boiler are Natural Circulation, specifically is that hot water rises, cold water sinks.
Because prior solar water heater mainly adopts the FCL mode of heating, as a kind of technological improvement, boiler according to the invention adopts the integrated boiler of compartment; The integrated boiler of this compartment is divided into two cabin bodies; One of them cabin body is the hydrothermal area, and another cabin body is the nature thermal treatment zone, and both volumes can be adjusted automatically; But cumulative volume is constant, and the said natural thermal treatment zone is connected with an external water source tube; Can get into the hydrothermal area when water of the said natural thermal treatment zone reaches preset temperature, start go up water simultaneously, from said external water source tube moisturizing to the natural thermal treatment zone; Said water-temperature water-level sensor specifically places the hydrothermal area, and said preset temperature is specifically set by Center For Information Management.
Data interaction is carried out through wired or wireless mode in said Center For Information Management and hot water demand terminal.
The implementation method of above-mentioned solar energy, wind energy and air energy comprehensive hot water supply system comprises the steps:
A. user's request information is sent to Center For Information Management at least one user oriented hot water demand terminal;
B. Center For Information Management receives the user's request information that the hot water demand terminal is transmitted, the temperature and the water level information that transmit according to water-temperature water-level sensor, and the collecting efficiency information that transmits of thermal-collecting tube; Judge whether solar water heater satisfies water conditions,, then control boiler direct heating water to the hot water demand terminal as satisfying; Otherwise; The water supply difference that the collecting efficiency of solar water heater is differed than above-mentioned user's request information, output control commands corresponding carry out heating tasks to air-source water heater, by air-source water heater to the boiler hot-water supply; To compensate said water supply difference, control boiler heat supply water again to the hot water demand terminal.
Said user's request information specifically comprises: the demand information of time point, temperature and the water yield etc.
System power supply aspect, wind-driven generator are Center For Information Management and air compressor power supply, simultaneously generated energy and power generation conditions status information are passed to Center For Information Management; Center For Information Management judges according to generated energy and power generation conditions status information whether generated energy that this wind-driven generator transmits satisfies the power supply needs of Center For Information Management and air compressor; Do not satisfy the power supply needs of air compressor if only satisfy the power supply needs of Center For Information Management, then control intelligent switch supply civil power and give air compressor; If all do not satisfy the power supply needs of Center For Information Management and air compressor, then control intelligent switch and supply civil power simultaneously to Center For Information Management and air compressor.
In the said method, when a plurality of users sent user's request information to Center For Information Management, step b concrete operations were following:
The user's request information that all hot water demand terminals of Center For Information Management statistics are transmitted; By different time points user's request information is divided into groups; Center For Information Management converts according to Energy Conversion and thermal capacitance, can obtain the Total Water demand L under corresponding overall energy requirement Q of each time point and the same normal temperature T.
Center For Information Management is known the collecting efficiency of solar water heater; Thereby estimate whether the systemic solar energy of time from the current time to each time point satisfies Q; If not satisfying to utilize air-source water heater to carry out energy supplement; Can avoid so blindly using assistant heating, reach energy-conservation to greatest extent purpose.
Center For Information Management also can be known emptying state through sensor, in time recycles emptying hot water, reaches the purpose of water saving.
Wherein, but normal temperature T and Total Water demand L confirm according to the tolerance range of boiler.The last water yield and air-source water heater are to adjust according to real-time collecting efficiency.
The present invention compares that prior art has the following advantages and beneficial effect:
1, the present invention can carry out united and coordinating control and management to solar energy, wind energy, air, makes rational use of resources, and accomplishes to produce anywhere or anytime hot water, and farthest utilizes regenerative resource, accomplishes low cost, high efficiency solution hot water supply problem.
2, solar energy, air ability, wind energy complementary reduce greatly and use the electrical heating power consumption high, the problem that electric leakage has a big risk.Air can be more common electrical heating power consumption reduce approximately 75%, making supplies power with wind energy becomes possibility, the generating of using wind energy simultaneously can compressor as air and controller supply power.
3, the integrated storage tank of compartment can accomplish to go out hot water whenever and wherever possible.The integrated boiler of compartment is that water tank is divided into two cabin bodies naturally, and a part is the hydrothermal area, and a part is the nature thermal treatment zone, and both water tank volumes can be adjusted automatically, but cumulative volume is constant.The water of the nature thermal treatment zone gets into the hydrothermal area when reaching uniform temperature, start simultaneously and go up water, gets into a part of cold water to the nature thermal treatment zone.
Description of drawings
Fig. 1 is an overall structure sketch map of the present invention.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing the present invention is described in further detail, but embodiment of the present invention is not limited thereto.
Embodiment 1
The objective of the invention is to realize through following technical scheme: solar energy, wind energy and air energy comprehensive hot water supply system comprise:
Solar water heater, it is provided with the boiler that is used to the thermal-collecting tube that obtains solar energy and convert heat energy into and is used to store hot water, and said thermal-collecting tube is connected through pipeline with boiler; Said thermal-collecting tube is provided with the collecting efficiency sensor, is used to detect the collecting efficiency of solar water heater; Be provided with water-temperature water-level sensor in the said boiler, be used to detect boiler internal hot-water temperature and water level;
At least one hot water demand terminal, user oriented is used for sending user's request information to Center For Information Management, and is connected through pipeline with said boiler;
Air-source water heater is provided with air compressor, receives the control command of Center For Information Management, adopts air ability technology with the execution heating tasks, and is input to said boiler to hot water;
Wind-driven generator for Center For Information Management and air compressor power supply, is passed to Center For Information Management with generated energy and power generation conditions status information simultaneously;
The civil power access unit is connected with Center For Information Management, air compressor electric power respectively through an intelligent switch (not shown);
Center For Information Management is connected with the civil power access unit through said intelligent switch, whether inserts civil power with control and gives Center For Information Management self and air compressor; Receive the user's request information that the hot water demand terminal is transmitted, the temperature and the water level information that transmit according to water-temperature water-level sensor, and the collecting efficiency information that transmits of thermal-collecting tube; Judge whether solar water heater satisfies water conditions,, then control boiler direct heating water to the hot water demand terminal as satisfying; Otherwise; The water supply difference that the collecting efficiency of solar water heater is differed than above-mentioned user's request information, output control commands corresponding carry out heating tasks to air-source water heater, by air-source water heater to the boiler hot-water supply; To compensate said water supply difference, control boiler heat supply water again to the hot water demand terminal.
The installation site of said thermal-collecting tube is lower than boiler, and the current between thermal-collecting tube and the boiler are Natural Circulation, specifically is that hot water rises, cold water sinks.
Because prior solar water heater mainly adopts the FCL mode of heating, as a kind of technological improvement, boiler according to the invention adopts the integrated boiler of compartment; The integrated boiler of this compartment is divided into two cabin bodies; One of them cabin body is the hydrothermal area, and another cabin body is the nature thermal treatment zone, and both volumes can be adjusted automatically; But cumulative volume is constant, and the said natural thermal treatment zone is connected with an external water source tube; Can get into the hydrothermal area when water of the said natural thermal treatment zone reaches preset temperature, start go up water simultaneously, from said external water source tube moisturizing to the natural thermal treatment zone; Said water-temperature water-level sensor specifically places the hydrothermal area, and said preset temperature is specifically set by Center For Information Management.
Data interaction is carried out through wired or wireless mode in said Center For Information Management and hot water demand terminal.
The implementation method of above-mentioned solar energy, wind energy and air energy comprehensive hot water supply system comprises the steps:
A. user's request information is sent to Center For Information Management at least one user oriented hot water demand terminal;
B. Center For Information Management receives the user's request information that the hot water demand terminal is transmitted, the temperature and the water level information that transmit according to water-temperature water-level sensor, and the collecting efficiency information that transmits of thermal-collecting tube; Judge whether solar water heater satisfies water conditions,, then control boiler direct heating water to the hot water demand terminal as satisfying; Otherwise; The water supply difference that the collecting efficiency of solar water heater is differed than above-mentioned user's request information, output control commands corresponding carry out heating tasks to air-source water heater, by air-source water heater to the boiler hot-water supply; To compensate said water supply difference, control boiler heat supply water again to the hot water demand terminal.
Said user's request information specifically comprises: the demand information of time point, temperature and the water yield etc.
System power supply aspect, wind-driven generator are Center For Information Management and air compressor power supply, simultaneously generated energy and power generation conditions status information are passed to Center For Information Management; Center For Information Management judges according to generated energy and power generation conditions status information whether generated energy that this wind-driven generator transmits satisfies the power supply needs of Center For Information Management and air compressor; Do not satisfy the power supply needs of air compressor if only satisfy the power supply needs of Center For Information Management, then control intelligent switch supply civil power and give air compressor; If all do not satisfy the power supply needs of Center For Information Management and air compressor, then control intelligent switch and supply civil power simultaneously to Center For Information Management and air compressor.
In the said method, when a plurality of users sent user's request information to Center For Information Management, step b concrete operations were following:
The user's request information that all hot water demand terminals of Center For Information Management statistics are transmitted; By different time points user's request information is divided into groups, as at the t1 time point, the temperature requirements of user x is that a1, water yield demand are b1; The temperature requirements of user y is that a2, water yield demand are b2; The temperature requirements of user z is that a3, water yield demand are b3 etc., converts according to Energy Conversion and thermal capacitance, can obtain the overall energy requirement Q1 of t1 time point and the Total Water demand L1 under the same normal temperature T1.
Center For Information Management is known the collecting efficiency of solar water heater; Thereby estimate whether satisfy Q1 from systemic solar energy of current time to the time of t1 time point; If not satisfying to utilize air-source water heater to carry out energy supplement; Can avoid so blindly using assistant heating, reach energy-conservation to greatest extent purpose.
Center For Information Management also can be known emptying state through sensor, in time recycles emptying hot water, reaches the purpose of water saving.
Wherein, but normal temperature T1 and Total Water demand L1 confirm according to the tolerance range of water tank.The last water yield and air-source water heater are to adjust according to real-time collecting efficiency.The foregoing description is a preferred implementation of the present invention; But embodiment of the present invention is not restricted to the described embodiments; Other any do not deviate from change, the modification done under spirit of the present invention and the principle, substitutes, combination, simplify; All should be the substitute mode of equivalence, be included within protection scope of the present invention.
Claims (8)
1. solar energy, wind energy and air energy comprehensive hot water supply system is characterized in that: comprising:
Solar water heater, it is provided with the boiler that is used to the thermal-collecting tube that obtains solar energy and convert heat energy into and is used to store hot water, and said thermal-collecting tube is connected through pipeline with boiler; Said thermal-collecting tube is provided with the collecting efficiency sensor, is used to detect the collecting efficiency of solar water heater; Be provided with water-temperature water-level sensor in the said boiler, be used to detect boiler internal hot-water temperature and water level;
At least one hot water demand terminal, user oriented is used for sending user's request information to Center For Information Management, and is connected through pipeline with said boiler;
Air-source water heater is provided with air compressor, receives the control command of Center For Information Management, adopts air ability technology with the execution heating tasks, and is input to said boiler to hot water;
Wind-driven generator for Center For Information Management and air compressor power supply, is passed to Center For Information Management with generated energy and power generation conditions status information simultaneously;
The civil power access unit is connected with Center For Information Management, air compressor electric power respectively through an intelligent switch;
Center For Information Management is connected with the civil power access unit through said intelligent switch, whether inserts civil power with control and gives Center For Information Management self and air compressor; Receive the user's request information that the hot water demand terminal is transmitted, the temperature and the water level information that transmit according to water-temperature water-level sensor, and the collecting efficiency information that transmits of thermal-collecting tube; Judge whether solar water heater satisfies water conditions,, then control boiler direct heating water to the hot water demand terminal as satisfying; Otherwise; The water supply difference that the collecting efficiency of solar water heater is differed than above-mentioned user's request information, output control commands corresponding carry out heating tasks to air-source water heater, by air-source water heater to the boiler hot-water supply; To compensate said water supply difference, control boiler heat supply water again to the hot water demand terminal.
2. solar energy according to claim 1, wind energy and air energy comprehensive hot water supply system; It is characterized in that: the installation site of said thermal-collecting tube is lower than boiler; Current between thermal-collecting tube and the boiler are Natural Circulation, specifically are that hot water rises, cold water sinks.
3. solar energy according to claim 1 and 2, wind energy and air energy comprehensive hot water supply system; It is characterized in that: said boiler adopts the integrated boiler of compartment, and the integrated boiler of this compartment is divided into two cabin bodies, and one of them cabin body is the hydrothermal area; Another cabin body is the nature thermal treatment zone; Both volumes can be adjusted automatically, but cumulative volume is constant, and the said natural thermal treatment zone is connected with an external water source tube; Can get into the hydrothermal area when water of the said natural thermal treatment zone reaches preset temperature, start go up water simultaneously, from said external water source tube moisturizing to the natural thermal treatment zone; Said water-temperature water-level sensor specifically places the hydrothermal area, and said preset temperature is specifically set by Center For Information Management.
4. solar energy according to claim 3, wind energy and air energy comprehensive hot water supply system is characterized in that: data interaction is carried out through wired or wireless mode in said Center For Information Management and hot water demand terminal.
5. solar energy according to claim 3, wind energy and air energy comprehensive hot water supply system are realized the method for solar energy, wind energy and air energy comprehensive hot water supply, it is characterized in that step is following:
A. user's request information is sent to Center For Information Management at least one user oriented hot water demand terminal;
B. Center For Information Management receives the user's request information that the hot water demand terminal is transmitted, the temperature and the water level information that transmit according to water-temperature water-level sensor, and the collecting efficiency information that transmits of thermal-collecting tube; Judge whether solar water heater satisfies water conditions,, then control boiler direct heating water to the hot water demand terminal as satisfying; Otherwise; The water supply difference that the collecting efficiency of solar water heater is differed than above-mentioned user's request information, output control commands corresponding carry out heating tasks to air-source water heater, by air-source water heater to the boiler hot-water supply; To compensate said water supply difference, control boiler heat supply water again to the hot water demand terminal.
6. the method for solar energy according to claim 5, wind energy and air energy comprehensive hot water supply, it is characterized in that: said user's request information specifically comprises: time point, temperature and water yield demand information.
7. the method for solar energy according to claim 5, wind energy and air energy comprehensive hot water supply; It is characterized in that: wind-driven generator is Center For Information Management and air compressor power supply, simultaneously generated energy and power generation conditions status information is passed to Center For Information Management; Center For Information Management judges according to generated energy and power generation conditions status information whether generated energy that this wind-driven generator transmits satisfies the power supply needs of Center For Information Management and air compressor; Do not satisfy the power supply needs of air compressor if only satisfy the power supply needs of Center For Information Management, then control intelligent switch supply civil power and give air compressor; If all do not satisfy the power supply needs of Center For Information Management and air compressor, then control intelligent switch and supply civil power simultaneously to Center For Information Management and air compressor.
8. the method for solar energy according to claim 5, wind energy and air energy comprehensive hot water supply is characterized in that when a plurality of users sent user's request information to Center For Information Management, step b concrete operations were following:
The user's request information that all hot water demand terminals of Center For Information Management statistics are transmitted; By different time points user's request information is divided into groups; Center For Information Management converts according to Energy Conversion and thermal capacitance, obtains the Total Water demand L under corresponding overall energy requirement Q of each time point and the same normal temperature T;
Center For Information Management is known the collecting efficiency of solar water heater, thereby estimates whether the systemic solar energy of time from the current time to each time point satisfies Q, will not utilize air-source water heater to carry out energy supplement if do not satisfy.
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| CN2010101821356A CN101846397B (en) | 2010-05-25 | 2010-05-25 | Solar energy-wind energy-air energy comprehensive hot water supply system and implementation method thereof |
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| CN2010101821356A CN101846397B (en) | 2010-05-25 | 2010-05-25 | Solar energy-wind energy-air energy comprehensive hot water supply system and implementation method thereof |
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| CN101846397B true CN101846397B (en) | 2012-02-22 |
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| CN103216884B (en) * | 2012-01-18 | 2015-12-09 | 周登荣 | For the solar heat water utilization system in Feng Ta power station |
| CN103438494B (en) * | 2013-08-16 | 2015-09-02 | 北京乾富科技有限公司 | Solar energy, wind energy, air can complementary heating systems |
| CN106292433A (en) * | 2016-08-18 | 2017-01-04 | 上海电机学院 | A kind of regenerative resource heating supervision technology |
| CN108375148A (en) * | 2018-03-09 | 2018-08-07 | 浙江海莱芙电子科技有限公司 | A kind of air energy household air conditioning system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US3832853A (en) * | 1973-03-26 | 1974-09-03 | T Butler | Wind and solar energy conversion system for multi-story buildings |
| JPH07198193A (en) * | 1994-01-04 | 1995-08-01 | Hitachi Ltd | Energy system for residence |
| CN1456846A (en) * | 2002-05-07 | 2003-11-19 | 李红江 | All weather solar wind and earth temperature supplied natural air conditioner with zero cost |
| CN2669452Y (en) * | 2003-11-03 | 2005-01-05 | 李恩君 | Wind energy-solar complementary generating device |
| CN1773833A (en) * | 2004-11-12 | 2006-05-17 | 欧汉华 | Multifunction natural energy power generating factory |
| CN100513906C (en) * | 2008-01-09 | 2009-07-15 | 盖争 | Wind and light complementary solar air conditioning system |
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Owner name: FAN ZHIKAI Free format text: FORMER OWNER: HUIZHOU ZONOPO INTELLIGENT TECHNOLOGY CO., LTD. Effective date: 20140213 Owner name: LIU DAFAN ZOU CHUNJIANG Effective date: 20140213 |
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Effective date of registration: 20140213 Address after: 5, building 23, building 516221, motor plaza, Long Yun Plaza, Huizhou, Huiyang, Guangdong Patentee after: Fan Zhikai Patentee after: Liu Dafan Patentee after: Zou Chunjiang Address before: Hui Wai Fung Taiwan Industrial Zone East two road 516006 in Guangdong province Huizhou city high tech Zone No. 16 Zhongkai University of science and technology innovation center building B 405 Patentee before: Huizhou ZONOPO Intelligent Technology Co., Ltd. |
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Owner name: GUANGDONG ZONOPO INTELLIGENT CO., LTD. Free format text: FORMER OWNER: FAN ZHIKAI Effective date: 20141030 Free format text: FORMER OWNER: LIU DAFAN ZOU CHUNJIANG Effective date: 20141030 |
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Effective date of registration: 20141030 Address after: 516006 Guangdong province Huizhou Zhongkai hi tech Industrial Development Zone No. 54 District Patentee after: Guangdong Zonopo Intelligent Co., Ltd. Address before: 5, building 23, building 516221, motor plaza, Long Yun Plaza, Huizhou, Huiyang, Guangdong Patentee before: Fan Zhikai Patentee before: Liu Dafan Patentee before: Zou Chunjiang |
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