CN109426897A - Electronics ornament and its electronic vase, electronics plant and air quality management systems and management method - Google Patents
Electronics ornament and its electronic vase, electronics plant and air quality management systems and management method Download PDFInfo
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- CN109426897A CN109426897A CN201710729540.7A CN201710729540A CN109426897A CN 109426897 A CN109426897 A CN 109426897A CN 201710729540 A CN201710729540 A CN 201710729540A CN 109426897 A CN109426897 A CN 109426897A
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Classifications
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/06—Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
- G06Q10/063—Operations research, analysis or management
- G06Q10/0639—Performance analysis of employees; Performance analysis of enterprise or organisation operations
- G06Q10/06395—Quality analysis or management
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/02—Receptacles, e.g. flower-pots or boxes; Glasses for cultivating flowers
-
- A—HUMAN NECESSITIES
- A41—WEARING APPAREL
- A41G—ARTIFICIAL FLOWERS; WIGS; MASKS; FEATHERS
- A41G1/00—Artificial flowers, fruit, leaves, or trees; Garlands
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47G—HOUSEHOLD OR TABLE EQUIPMENT
- A47G7/00—Flower holders or the like
- A47G7/02—Devices for supporting flower-pots or cut flowers
- A47G7/06—Flower vases
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/0004—Gaseous mixtures, e.g. polluted air
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
- G06Q30/0635—Processing of requisition or of purchase orders
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- Business, Economics & Management (AREA)
- Engineering & Computer Science (AREA)
- Human Resources & Organizations (AREA)
- Physics & Mathematics (AREA)
- Development Economics (AREA)
- Life Sciences & Earth Sciences (AREA)
- Economics (AREA)
- Chemical & Material Sciences (AREA)
- Strategic Management (AREA)
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- General Business, Economics & Management (AREA)
- Marketing (AREA)
- Educational Administration (AREA)
- Entrepreneurship & Innovation (AREA)
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- General Health & Medical Sciences (AREA)
- Game Theory and Decision Science (AREA)
- Quality & Reliability (AREA)
- Medicinal Chemistry (AREA)
- Analytical Chemistry (AREA)
- Biochemistry (AREA)
- Combustion & Propulsion (AREA)
- Immunology (AREA)
- Pathology (AREA)
- Textile Engineering (AREA)
- Environmental Sciences (AREA)
- Operations Research (AREA)
- Tourism & Hospitality (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The present invention provides an electronics ornament and its electronic vase, electronics plant and air quality management systems and management method, wherein the air quality management system includes a logic unit and a feedback unit, the feedback unit includes an execution module and a feedback module, the execution module is communicatively coupled with the logic unit and the feedback module respectively, wherein the logic unit provides a feedback logic according to the air quality of a user environment, the execution unit receives the feedback logic from the feedback unit, and the mode that a feedback information is fed back to the user for corresponding to the user environment is selected when executing the feedback logic, wherein the feedback module feeds back the feedback information according to the mode selected, in this way, be conducive to improve the air quality of the user environment.
Description
Technical field
The present invention relates to an ornaments, in particular to an electronics ornament and its electronic vase, electronics plant and air
Quality control system and management method.
Background technique
In recent years, requirement of the people for home environment is higher and higher, such as requirement of the people for home environment is no longer
It is limited only to living space and comfort level, and starts to pursue the life of higher quality.For example, people start in family's life
Plant, such as flowers are cultivated in work, for the rigid room for completing finishing, are cultivated in the inside in the room
Plant can make abundant new meaning and life in the room, to intersperse family life.In addition, coming for the room for just completing finishing
It says, since the room is relative closure, this leads to can have some pernicious gases, such as formaldehyde in the room, or has one
A little irritating smells, such as paint-like flavour, it is desirable to remove some nocuousness by way of cultivating plant in the room
Gas and irritating smell.In order to further increase quality of the life, people can also buy some such as ornament lamps, humidifier,
Clarifier etc. compares the household electrical appliance for having sentiment, and these household electrical appliance is put in place.However, present decoration
The household electrical appliance such as lamp, humidifier, clarifier are only capable of providing single function, when these household electrical appliance are all placed in room
When interior, more space can be occupied, and can be easy to cause because laying for goods is in disorder to cause visual effect to be deteriorated the case where,
Can even some influences be caused on the mood of people.In addition, the household electrical appliance such as purchase ornament lamp, humidifier, clarifier can also produce
Raw more cost, so that bringing more financial burden.If by these household electrical appliance and can be used to cultivate
The container of plant, such as vase are combined as a whole, and can not only reduce the cost that people purchase these articles, and more important
Be that can also reduce their the space occupied, however, currently on the market there is no such product.
In addition, the content of the pollutants such as solid particle in air (such as PM2.5) constantly increases in recent years, this is led
Cause air quality worse and worse, these air for containing a large amount of pollutants can be because the room be in substantially to close after entering room
Space and cause the air quality in the room to be further deteriorated.However, the mode for cultivating plant in the room can not
It is enough highly desirable to remove the pollutant in air and improve the air quality in the room, it can only play slow adjusting
Effect.Now, it is desirable to purify the air containing pollutant entered in the room by air purifier, by
The mode that the pollutant in air is purified in air purifier is mostly physics mode, such as is filtered, this leads to air purifier only
The pollutant of a certain kind or certain some ingredient in the air containing pollutant can be removed.However, the dirt contained in air
The type and quantity for contaminating object have apparent seasonal variety, can not by the single scheme of the offers such as air purifier
The pollutant being enough effectively removed in air.Although theoretically people can be by buying a plurality of types of air purifiers
Or the mode of the filter core of air purifier carrys out section use in different times, to remove the pollutant in air, but it is practical
On, people are not aware that the type and quantity of the pollutant contained in air, this is caused a problem in that, people do not know should
With what type of air purifier or the filter core of air purifier, to improve the air quality in the room.
Summary of the invention
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase is able to detect the air of a user environment, to obtain institute subsequent
State the air quality of user environment.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase can detect the air of the user environment in real time.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase can feed back the air quality of the user environment, to allow to make
User understands the air quality of the user environment by the feedback information that the electronic vase provides.For example, according to the electricity
The feedback information that sub- vase provides, user will be seen that the air of the user environment ingredient and each substance
Content.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase can feed back the air quality of the user environment in real time.This
One of invention is designed to provide an electronics ornament and its electronic vase, electronics plant and air quality management system
And management method, wherein the electronic vase includes that a vase main body and an at least sensor, the sensor are arranged at institute
Vase main body is stated, wherein the electronic vase is able to detect the air of the user environment by the sensor.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the sensor is removable installed in the vase main body, so that the electronics
Vase allows user automatically to replace the sensor.Such as when the sensor degradation, the electronic vase allows to make
User automatically replaces the sensor, and does not need to can reduce in this way described with relevant professional knowledge
The use cost of electronic vase.Again for example by replacing the type of the sensor, the electronic vase can have different
Function.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase includes a display screen, wherein the display screen be arranged at it is described
Vase main body, wherein the electronic vase can feed back the air quality of the user environment by the display screen.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase includes a bottle body illumination region, wherein the bottle body illumination region is set
It is placed in the vase main body, wherein the electronic vase can feed back the sky of the user environment by the bottle body illumination region
Makings amount.Also, the bottle body illumination region is while feeding back the air quality of the user environment by generating light, energy
Enough decorate the user environment.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase includes a loudspeaker, wherein the loudspeaker be arranged at it is described
Vase main body, wherein the electronic vase can feed back the air quality of the user environment by the loudspeaker.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the vase main body has a bottle body space and is connected to the one of the bottle body space
Opening, wherein the vase main body allows the insertion section of an electronics plant to be inserted into and be maintained at by the opening
The bottle body space, so that the vase main body forms the electricity with the electronics plant for being maintained at the vase main body
Sub- ornament.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the ornamental portion of the electronics plant is equipped with an ornamental illumination region, wherein the sight
Reward illumination region can generate light to decorate the user environment.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the ornamental illumination region of the electronics plant can be by way of generating light
Feed back the air quality of the user environment.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein in the insertion section of the electronics plant by opening described in the vase main body
After mouth is inserted into the bottle body space, the electronics plant can be connected to the electronic vase switched only, described in allowing
Electric energy is supplied to the electronics plant and drives the ornamental light from light source of the electronics plant by electronic vase.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein in the insertion section of the electronics plant by opening described in the vase main body
After mouth is inserted into the bottle body space, the electronic vase can be automatically connected in the electronics plant, to allow the electricity
Electric energy is supplied to the electronics plant and drives the ornamental light from light source of the electronics plant by sub- vase.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase includes a protective element, the protective element is arranged on described
The opening of vase main body is to close the opening, wherein the electronic vase allows the insertion of the electronics plant
Portion is inserted into and is maintained at the bottle body space of the vase main body by the perforation of the protective element.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase includes a positioning mechanism, to determine for use by the positioning mechanism
The position of the electronic vase.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the electronic vase includes a communication agency, to make institute for use by the communication agency
Electronics ornament is stated to interact with the external world.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system can help user to manage the user environment
Air quality, be conducive to improve user quality of the life.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system can air quality to the user environment into
Row quantization, to allow user to understand the air quality of the user environment in a manner of more intuitive.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system provides a feedback unit and a logic unit, wherein
The feedback unit selects to make to about the user environment when executing the feedback logic that the logic unit provides
The mode that user provides a feedback information of the air quality corresponding to the user environment is conducive in this way
User makes the decision or movement for the air quality for being conducive to improve the user environment according to the feedback information.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system provides an acquisition unit, wherein the acquisition unit
The air information of the user environment can be acquired by the electronic vase, and in subsequent, the air quality management system
One processing unit of system can obtain the air quality of the user environment based on the air information of the user environment.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system provides a storage unit, the storage unit is deposited
An expert database is stored up, to allow to store in the expert database in the subsequent air quality according to the user environment
Knowledge form the feedback information and feed back to user.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system provides an acquiring unit, to obtain the connection of user
It is mode, then, the feedback unit can will be described anti-according to the contact method of user when executing the feedback logic
Feedforward information feeds back to user.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein the air quality management system can reduce the number that user interacts,
The number that sensitive word is transmitted between user and the air quality management system can be reduced, such as, it is possible to reduce user
Contact method is input to the number of the air quality management system, in this way, is conducive to protect user's
Contact method is revealed to avoid the contact method of user when inputting the air quality management system.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, wherein when the air quality management system determine the air quality of the user environment compared with
When poor, the air quality management system can by an online exhibition room unit by corresponding commercial product recommending to user, wherein
The commodity can be effectively used to improve the air quality of the user environment.
It is an object of the present invention to provide an electronics ornament and its electronic vases, electronics plant and air matter
Buret manages systems and management method, sets wherein the air quality management system can control the air-treatments such as air purifier
It is standby automatically to open, to improve the air quality of the user environment.
One aspect under this invention, the present invention provide an electronic vase comprising:
One vase main body, wherein the vase main body has a bottle body space and an opening, bottle described in the open communication
The outside in body space and the vase main body；With
One electrical part, wherein the electrical part is arranged at the vase main body, wherein the electrical part includes one integrated
Circuit board, at least a processor and at least a sensor, wherein the processor and the sensor it is respectively switched on even
It is connected to the integrated circuit board, and the sensor is connected to the processor switched only.
According to one embodiment of present invention, the electronic vase further comprises a display screen, wherein the display screen
It is arranged at the vase main body, and the display screen is connected to the integrated circuit board switched only.
According to one embodiment of present invention, the electronic vase further comprises a camera, wherein the camera
It is arranged at the vase main body, and the camera is connected to the integrated circuit board switched only.
According to one embodiment of present invention, the electronic vase further comprises a loudspeaker, wherein the loudspeaker
It is arranged at the vase main body, and the loudspeaker is connected to the integrated circuit board switched only.
According to one embodiment of present invention, the electronic vase further comprises an identification part, wherein the identification part
It is arranged at the vase main body or the identification part is formed in the vase main body.
According to one embodiment of present invention, the electronic vase further comprises a bottle body illumination region, wherein the bottle
Body illumination region is arranged at the vase main body, and the bottle body illumination region is connected to the integrated circuit board switched only.
According to one embodiment of present invention, the bottle body illumination region includes the bracket and a luminescent lamp strip of a frame-type,
Wherein the bracket is arranged at the vase main body, and the bracket is looped around the opening of the vase main body
Surrounding, wherein the luminescent lamp strip is arranged at the bracket, and the luminescent lamp strip is looped around the institute of the vase main body
State opening surrounding and the luminescent lamp strip it is switched on be connected to the integrated circuit board.
According to one embodiment of present invention, the electronic vase further comprises a protective element, wherein the protection
Element has a perforation, wherein the protective element is arranged at the vase main body, and described in protective element closing
The opening of vase main body is connected to the bottle body space of the vase main body with the perforation of the protective element.
According to one embodiment of present invention, the electronic vase further comprises an at least functional component, wherein described
Functional component is arranged at the vase main body, and the functional component is connected to the integrated circuit board switched only.
According to one embodiment of present invention, the sensor could be detachably connected to the integrated circuit board.
According to one embodiment of present invention, the electrical part includes a power supply ontology, wherein the power supply ontology is led
It is connected to the integrated circuit board logically.
According to one embodiment of present invention, the electrical part includes an at least memory, wherein the memory is led
It is connected to the integrated circuit board logically.
According to one embodiment of present invention, the electrical part includes an at least communication agency, wherein the communication agency
It is connected to the integrated circuit board switched only.
According to one embodiment of present invention, the electrical part includes an at least positioning mechanism, wherein the positioning mechanism
It is connected to the integrated circuit board switched only.
Other side under this invention, the present invention further provides an electronics plants comprising a light transmission watches
Portion, at least one ornamental illumination region and an insertion section, wherein the ornamental illumination region is maintained at the inside in the ornamental portion,
And the light that the ornamental illumination region generates can after passing through the ornamental portion to the external radiation of the electronics plant,
Wherein the insertion section has one high-end and corresponding to a high-end low side, and the ornamental portion is arranged at the insertion
Portion it is described high-end.
According to one embodiment of present invention, the electronics plant further comprises a flower conductive part, wherein the flower
Piece conductive part includes a conductor wire and a flower conducting element, wherein the conductor wire and the flower wire element respectively by
Be set to the insertion section, and the conductor wire extend the insertion section length direction extend and the conductor wire two
A end is electrically connected to the ornamental illumination region and the flower conducting element respectively.
According to one embodiment of present invention, the electronics plant further comprises a flower ornamental portion, wherein the flower
Piece ornamental portion is arranged at the insertion section.
According to one embodiment of present invention, the flower ornamental portion includes one first flower decorating unit and one second
Flower decorating unit, the first flower decorating unit are arranged at the described high-end of the insertion section, so that first flower
Piece decorating unit and the ornamental portion are adjacent, and second decorating unit is arranged at the middle part of the insertion section.
Other side under this invention, the present invention further provides an electronics ornaments comprising an at least ornament
With an electronic vase, wherein the electronic vase further comprises:
One vase main body, wherein the vase main body has a bottle body space and an opening, bottle described in the open communication
The outside in body space and the vase main body, wherein the opening that a part of the ornament passes through the vase main body
It is inserted into and is maintained at the bottle body space of the vase main body；With
One electrical part, wherein the electrical part is arranged at the vase main body, wherein the electrical part includes one integrated
Circuit board, at least a processor and at least a sensor, wherein the processor and the sensor it is respectively switched on even
It is connected to the integrated circuit board, and the sensor is connected to the processor switched only.
According to one embodiment of present invention, the ornament is an electronics plant, wherein the electronics plant is further
Ornamental portion, at least one ornamental illumination region and an insertion section including a light transmission, wherein the ornamental illumination region is maintained at institute
The inside in ornamental portion is stated, and the light that the ornamental illumination region generates can be after passing through the ornamental portion to the electronics
The external radiation of plant, wherein the insertion section have it is one high-end and corresponding to a high-end low side, ornamental portion's quilt
It is set to the described high-end of the insertion section, wherein the low side of the insertion section can be from described in the vase main body
Opening is inserted into and is maintained at the bottle body space of the vase main body.
According to one embodiment of present invention, the electrical part includes a vase conducting element, the vase conducting element
It is connected to the integrated circuit board switched only, wherein the electronics plant includes a flower conductive part, the flower conductive part
One conductor wire and a flower conducting element, wherein the conductor wire and the flower wire element are arranged at described insert respectively
Enter portion, and the conductor wire extend the insertion section length direction extend and two ends of the conductor wire respectively by
It is electrically connected to the ornamental illumination region and the flower conducting element, wherein the flower conducting element can connect switched only
It is connected to the vase conducting element.
According to one embodiment of present invention, the electronics plant includes a flower ornamental portion, the flower ornamental portion quilt
It is set to the insertion section.
According to one embodiment of present invention, the flower ornamental portion includes one first flower decorating unit and one second
Flower decorating unit, the first flower decorating unit are arranged at the described high-end of the insertion section, so that first flower
Piece decorating unit and the ornamental portion are adjacent, and second decorating unit is arranged at the middle part of the insertion section.
According to one embodiment of present invention, the electronic vase includes a display screen, wherein the display screen is set
In the vase main body, and the display screen is connected to the integrated circuit board switched only；The wherein electronic vase packet
A camera is included, wherein the camera is arranged at the vase main body, and the camera is connected to institute switched only
State integrated circuit board；Wherein the electronic vase includes a loudspeaker, wherein the loudspeaker is arranged at the vase sheet
Body, and the loudspeaker is connected to the integrated circuit board switched only；Wherein the electronic vase includes an identification part,
Wherein the identification part is arranged at the vase main body or the identification part is formed in the vase main body；It is wherein described
Electronic vase includes a bottle body illumination region, wherein the bottle body illumination region is arranged at the vase main body, and the bottle body
Illumination region is connected to the integrated circuit board switched only, wherein the bottle body illumination region includes the bracket and one of a frame-type
Luminescent lamp strip, wherein the bracket is arranged at the vase main body, and the bracket is looped around the institute of the vase main body
The surrounding of opening is stated, wherein the luminescent lamp strip is arranged at the bracket, and the luminescent lamp strip is looped around the flower
The surrounding of the opening of bottle body and the luminescent lamp strip it is switched on be connected to the integrated circuit board；The wherein electricity
Sub- vase includes a protective element, wherein the protective element has a perforation, wherein the protective element be arranged at it is described
Vase main body, and the protective element closes the opening of the vase main body and the perforation of the protective element
It is connected to the bottle body space of the vase main body；Wherein the electronic vase includes an at least functional component, wherein the function
Energy component is arranged at the vase main body, and the functional component is connected to the integrated circuit board switched only；Wherein
The sensor could be detachably connected to the integrated circuit board；Wherein the electrical part includes a power supply ontology, wherein institute
It states power supply ontology and is connected to the integrated circuit board switched only；Wherein the electrical part includes an at least memory, wherein institute
It states memory and is connected to the integrated circuit board switched only；Wherein the electrical part includes an at least communication agency, wherein institute
It states communication agency and is connected to the integrated circuit board switched only；Wherein the electrical part includes an at least positioning mechanism,
Described in positioning mechanism be connected to the integrated circuit board switched only.
According to one embodiment of present invention, the electronics ornament further comprises a spraying device, wherein the spray
Mist device includes an atomising mechanism and a conduit, wherein the atomising mechanism is arranged at the vase main body and is maintained at
The bottle body space, and the atomising mechanism is connected to electrical part switched only, wherein the conduit has a conduit low
End, a conduit is high-end and is connected to the conduit low side and the high-end fog channel of the conduit, wherein the conduit is low
End is arranged at the atomising mechanism, and the conduit is high-end to extend to the vase via the opening of the vase main body
The outside of ontology.
According to one embodiment of present invention, the conduit low side of the conduit is removable installed in the mist
Change mechanism.
Other side under this invention, the present invention further provides an air quality management systems comprising a management
Center, wherein the administrative center further comprises:
One logic unit, wherein the logic unit provides a feedback logic according to the air quality of a user environment；With
One feedback unit, wherein the feedback unit includes an execution module and a feedback module, wherein the execution mould
Block is communicatively coupled with the logic unit and the feedback module respectively, wherein the execution unit is from the feedback
Member receives the feedback logic, and selects when executing the feedback logic anti-to the user corresponding to the user environment
The mode of a feedback information is presented, wherein the feedback module feeds back the feedback information according to the mode selected.
According to one embodiment of present invention, the administrative center further comprises a processing unit, the processing unit
It is communicatively coupled with the logic unit and the feedback module respectively, wherein the processing unit is used for according to the use
The air information of family environment determines the air quality of the user environment, and provides the air matter for corresponding to the user environment
The feedback information of amount, wherein the air matter for the user environment that the logic unit is obtained according to the processing unit
Amount provides the feedback logic, wherein the feedback module feeds back the institute that the processing unit provides according to the mode selected
State feedback information.
According to one embodiment of present invention, the processing unit includes an analysis module, an evaluation module and a side
Case provides module, wherein the evaluation module is communicatively coupled with the analysis module respectively and the scheme provides module,
The logic unit is communicatively coupled with the evaluation module, and the feedback module is communicatively coupled with the scheme and mentions
For module, wherein the analysis module is used to analyze the air information of the user environment to be analyzed as a result, the evaluation
Module obtains the air quality of the user environment according to the analysis result of the analysis module, and the scheme provides module root
The air quality of the user environment obtained according to the evaluation module provides the feedback information, the logic unit according to
The air quality for the user environment that the evaluation module obtains provides the feedback logic, and the feedback module is according to quilt
The mode of selection feeds back the scheme and provides the feedback information that module provides.
According to one embodiment of present invention, the administrative center includes a storage unit, and the storage unit is for depositing
An expert database is stored up, wherein the storage unit, which is communicatively coupled with the scheme, provides module, wherein the scheme mentions
The air quality of the user environment obtained according to the evaluation module for module is from the institute for being stored in the storage unit
It states the knowledge for searching the air quality for corresponding to the user environment in expert database and forms the feedback information.
According to one embodiment of present invention, the administrative center includes an online exhibition room unit, the online exhibition room list
Member is communicatively coupled with the feedback module, wherein when the feedback module feeds back the feedback information, the online exhibition
Room unit shows the commodity for corresponding to the air quality of the user environment.
According to one embodiment of present invention, the online exhibition room unit is by way of an external electronic vase, by
One display screen of the electronic vase shows the commodity for corresponding to the air quality of the user environment.
According to one embodiment of present invention, the air quality management system further comprises that a content obtains center,
It includes an acquiring unit that the content, which obtains center, and the acquiring unit obtains correspondence by way of an external electronic vase
In the contact method of user, wherein the administrative center includes a generation unit, the generation unit is raw including an order
At module, wherein when the commodity shown by the online exhibition room unit are selected, the order generation module is according to being selected
Commodity and the contact method generate a purchase order.
According to one embodiment of present invention, the air quality management system further comprises a home-delivery center, wherein
The home-delivery center is communicatively coupled with the order generation module of the generation unit, wherein the home-delivery center from
The order generation module receives the purchase order, and in the subsequent commodity for being dispensed and being selected according to the purchase order.
According to one embodiment of present invention, the air quality management system further comprises a paying centre, wherein
The generation unit includes a bill generation module, and it is raw that the bill generation module is communicatively coupled with the order respectively
At module and the paying centre, the paying centre is communicatively coupled with the home-delivery center, wherein the bill generates
Module receives the purchase order from the order generation module, and generates a bill to be paid, institute according to the purchase order
It states paying centre and receives the bill to be paid from the bill generation module, and carried out rear according to the bill to be paid
Payment, the home-delivery center is after the paying centre pays the bill to be paid from the order generation module
The purchase order is received, and in the subsequent commodity for dispensing and being selected according to the purchase order.
According to one embodiment of present invention, the air quality management system further comprises a paying centre, wherein
The generation unit includes a bill generation module, and it is raw that the bill generation module is communicatively coupled with the order respectively
At module and the paying centre, the paying centre is communicatively coupled with the home-delivery center, wherein the bill generates
Module receives the purchase order from the order generation module, and generates a bill to be paid, institute according to the purchase order
Paying centre is stated in the home-delivery center from the order generation module reception purchase order and according to the purchase order
The bill to be paid is received from the bill generation module after the commodity that dispatching is selected, and rear according to described to be paid
Bill is paid.
According to one embodiment of present invention, the air quality management system further comprises that a content obtains center,
It includes an acquisition unit that wherein the content, which obtains center, and the acquisition unit is communicatively coupled with the analysis module,
Described in acquisition unit the sky of the user environment where the electronic vase is acquired by way of an external electronic vase
Gas information, the analysis module receive the air information of the user environment from the acquisition unit.
According to one embodiment of present invention, it includes an acquisition unit that the content, which obtains center, and the acquisition unit can
It is communicatively coupled to the analysis module, wherein the acquisition unit acquires the electricity by way of an external electronic vase
The air information of the user environment where sub- vase, the analysis module receive user's ring from the acquisition unit
The air information in border.
According to one embodiment of present invention, the processing unit includes an analysis module, an evaluation module and a control
Molding block, wherein the evaluation module is communicatively coupled with the analysis module and the control module respectively, at an air
Reason equipment is controllably connected to the control module, wherein the analysis module is used to analyze the sky of the user environment
Makings amount is to obtain the analysis as a result, the evaluation module obtains the user according to the analysis result of the analysis module
The air quality of environment, control module airhandling equipment according to the air quality control of the user environment
Working condition.
According to one embodiment of present invention, the processing unit includes a control module, and the control module can communicate
Ground is connected to the scheme and provides module, and an airhandling equipment is communicatively connected in a network in the control module, wherein described
The air quality that scheme provides the user environment that module is obtained according to the evaluation module provides an equipment control program,
The control module receives the equipment control program, and controls the air-treatment when executing the equipment control program
The working condition of equipment.
Other side under this invention, the present invention further provides an air quality management methods, wherein the air
Method for quality control includes the following steps:
(a) feedback logic is provided according to the air quality of a user environment；
(b) it when executing the feedback logic, selects to correspond to user's feedback about the user environment described
The mode of one feedback information of the air information of user environment；And
(c) feedback information is fed back to user according to the mode selected.
According to one embodiment of present invention, further comprise step before the step (a):
(d) determine that the air quality of the user environment and offer correspond to according to the air information of the user environment
The feedback information of the air quality of the user environment, thus in the step (a), by a logic unit according to
The air quality of the user environment provides the feedback logic, and in the step (c), by a feedback module according to
The mode selected feeds back the feedback information to user.
According to one embodiment of present invention, the step (d) comprising steps of
(d.1) air information of the user environment is analyzed, by an analysis module to obtain analysis result；
(d.2) air of the user environment is determined according to the analysis result of the analysis module by an evaluation module
Quality；And
(d.3) air quality for the user environment that module is determined according to the evaluation module is provided by a scheme
The feedback information is provided.
According to one embodiment of present invention, further comprise step before the step (d.1): (d.4) is by one
Acquisition unit obtains the air letter of the user environment where the electronic vase by way of an external electronic vase
Breath.
According to one embodiment of present invention, in the step (d.3), the scheme provides module according to institute's commentary
The air quality for the user environment that valence module obtains searches the sky corresponding to the user environment from an expert database
The knowledge of makings amount and form the feedback information.
According to one embodiment of present invention, further comprise step after the step (d.3): (d.5) is in institute
When stating feedback module and providing module from the scheme and receives and execute the feedback information, pass through an online exhibition room unit displaying
The commodity of air quality corresponding to the user environment.
According to one embodiment of present invention, the online exhibition room unit is by way of an external electronic vase, by
One display screen of the electronic vase shows the commodity for corresponding to the air quality of the user environment.
According to one embodiment of present invention, in the above-mentioned methods, further comprise step:
A purchase is generated according to the commodity of the contact method and selection that correspond to user by an order generation module
Order；With
Commodity are dispensed according to the purchase order.
Detailed description of the invention
Fig. 1 is the stereoscopic schematic diagram at a visual angle of an electronics ornament of a preferred embodiment under this invention.
Fig. 2 is the three-dimensional signal at another visual angle of the electronics ornament of above-mentioned preferred embodiment under this invention
Figure.
Fig. 3 is after the electronics ornament of above-mentioned preferred embodiment under this invention is splitted along middle position
Schematic diagram of internal structure.
Fig. 4 is the decomposition diagram of the electronics ornament of above-mentioned preferred embodiment under this invention.
Fig. 5 is that the decomposition of the electronic vase of the electronics ornament of above-mentioned preferred embodiment under this invention is shown
It is intended to.
Fig. 6 is the three-dimensional signal of an electronics plant of the electronics ornament of above-mentioned preferred embodiment under this invention
Figure.
Fig. 7 A is a change of the electronic vase of the electronics ornament of above-mentioned preferred embodiment under this invention
The schematic diagram of shape embodiment.
Fig. 7 B is another variant embodiment of the electronics ornament of above-mentioned preferred embodiment under this invention
Schematic front view.
After Fig. 7 C is the above-mentioned variant embodiment of the electronics ornament of above-mentioned preferred embodiment under this invention
Depending on schematic diagram.
Fig. 7 D is the side of the above-mentioned variant embodiment of the electronics ornament of above-mentioned preferred embodiment under this invention
Depending on schematic diagram.
Fig. 7 E is bowing for the above-mentioned variant embodiment of the electronics ornament of above-mentioned preferred embodiment under this invention
Depending on schematic diagram.
Fig. 7 F is the quilt of the above-mentioned variant embodiment of the electronics ornament of above-mentioned preferred embodiment under this invention
Schematic diagram of internal structure after being splitted along middle position.
Fig. 7 G is answering for the above-mentioned variant embodiment of the electronics ornament of above-mentioned preferred embodiment under this invention
Use status diagram.
Fig. 8 is that the concept of an air quality management system of a preferred embodiment under this invention in a network environment is shown
It is intended to.
Fig. 9 is the block diagram representation of the air quality management system of above-mentioned preferred embodiment under this invention.
Figure 10 is the flow diagram of an air quality management method of a preferred embodiment under this invention.
Figure 11 is the schematic diagram of an environment of the electronics ornament of above-mentioned preferred embodiment under this invention.
Figure 12 is an application state of the air quality management system of above-mentioned preferred embodiment under this invention
Schematic diagram.
Figure 13 is another application state of the air quality management system of above-mentioned preferred embodiment under this invention
Schematic diagram.
Figure 14 A and Figure 14 B are another of the air quality management system of above-mentioned preferred embodiment under this invention
The schematic diagram of application state.
Specific embodiment
It is described below for disclosing the present invention so that those skilled in the art can be realized the present invention.In being described below
Preferred embodiment is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.Boundary in the following description
Fixed basic principle of the invention can be applied to other embodiments, deformation scheme, improvement project, equivalent program and not have
There is the other technologies scheme away from the spirit and scope of the present invention.
It will be understood by those skilled in the art that in exposure of the invention, term " longitudinal direction ", " transverse direction ", "upper",
The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside"
Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, rather than
The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore above-mentioned
Term is not considered as limiting the invention.
It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment
In, the quantity of an element can be one, and in a further embodiment, the quantity of the element can be multiple, term
" one " should not be understood as the limitation to quantity.
With reference to Figure of description of the invention attached drawing 1 to Fig. 6, an electronics of a preferred embodiment under this invention fills
Jewelry 100 is disclosed for and illustrates in following description, wherein the electronics ornament 100 includes 10 He of an electronic vase
An at least electronics plant 20, wherein the electronic vase 10 and the electronics plant 20 can fill individually or after assembling
A user environment is adornd, the user environment can be but not limited to room or cubicle etc..That is, the electronic pattern
Bottle 10 and the electronics plant 20 can separately decorate the user environment or the electronic vase 10 and described
Electronics plant 20 can combine the decoration user environment, and the usage mode of the electronics ornament 100 can be according to making
The needs of user are selected.
In other words, the electronics plant 20 is removably installed in the electronic vase 10, so that user can
To select individually, using the electronic vase 10, perhaps the electronics plant 20 decorates the user environment or selection will
The electronics plant 20 decorates the user environment after being installed on the electronic vase 10.In addition, the electronics plant 20 is by can
It is releasably installed on the mode of the electronic vase 10, allows user that the different types of electronics is selected to plant as needed
Object 20, and these different types of described electronics plants 20 are respectively selectively installed on the electronic vase 10, pass through this
The mode of sample, to change the mode for decorating the user environment by the electronics ornament 100.Also, when the electronics is planted
When object 20 is damaged because of prolonged use, user can also easily be replaced the impaired electronics plant 20,
In such manner, it is possible to reduce the use cost and maintenance cost of the electronics ornament 100.In addition, other artificial flowers of true flower
Piece, emulation plant, trunk, leaf, the emulation ornaments such as fruit can also be removably installed in the electronic vase 10.
Further, the electronic vase 10 includes a vase main body 11, wherein the vase main body 11 has a bottle body
Space 111 and an opening 112, wherein the outside in the opening 112 connection the bottle body space 111 and the vase main body 11.
The electronics plant 20 includes an insertion section 21 and an ornamental portion 22, wherein the insertion section 21 has one high-end 211 and opposite
In described high-end 211 low side 212, wherein the ornamental portion 22 is arranged at described high-end the 211 of the insertion section 21.
The insertion section 21 of the electronics plant 20 is first inserted into the opening 112 of the vase main body 11 with the low side 212
Mode is installed in the vase main body 11 of the electronic vase 10, and the insertion section 21 of the electronics plant 20
At least part vase main body 11 for being maintained at the electronic vase 10 the bottle body space 111 in, and
The ornamental portion 22 of the electronics plant 20 is exposed to the outside of the vase main body 11, so that the electronic vase 10
It is used to decorate the user environment together with being combined with each other with the electronics plant 20.
Optionally, the limb of the ornaments such as true flower or other artificial flowers can also be from the electronic vase 10
The opening 112 of the vase main body 11 be inserted into the vase space 111, and true flower or other are artificial
The ornament (such as flower) of the ornaments such as flower is exposed to the outside of the electronic vase 11, for decorating the use
Family environment.Also optionally, the electronics plant 20 and the ornaments such as true flower or other artificial flowers can be pacified simultaneously
The vase main body 11 loaded on the electronic vase 10, to decorate the user environment.
The electronics plant 20 includes an ornamental illumination region 23, wherein the ornamental illumination region 23 is located at the ornamental portion
22 inside, and the ornamental portion 22 is made of translucent material, for example, the ornamental portion 22 can by but be not limited to Ya Ke
Dead-wood material is made, so that the light that the ornamental portion 22 is generated when power is supplied can pass through the ornamental portion 22 and spoke
It is incident upon the outside of the electronics plant 20, the user environment is decorated with the light generated by the ornamental illumination region 23, or
The shape of light and the ornamental portion 22 that person generates by the ornamental illumination region 23, which cooperates, decorates user's ring
Border.
In some examples of the electronics ornament 100 of the invention, the ornamental illumination region 23 can be installed in
The inside in the ornamental portion 22, or during the ornamental portion 22 is manufactured, the ornamental illumination region 23 is wrapped in
In phase, so that the integrally formed inside in the ornamental portion 22 of the ornamental illumination region 23.It is filled in the electronics of the invention
In other examples of jewelry 100, the ornamental illumination region 23 can be arranged at the insertion section 21, such as described ornamental
Illumination region 23 can be arranged at described high-end the 211 of the insertion section 21, when high-end 211 quilt of the insertion section 21
When being installed on the ornamental portion 22, the ornamental illumination region 23 for being arranged at described high-end the 211 of the insertion section 21 is protected
The inside in the ornamental portion 22 is held, so that the light that the ornamental illumination region 23 generates can pass through the illumination region 22 simultaneously
It is radiated to the outside of the electronics plant 20.
Preferably, the ornamental portion 22 and the insertion section 21 are integrally formed, and the ornamental illumination region 23 is in institute
The inside in the ornamental portion 22 is wrapped in when stating ornamental portion 22 and the integrally formed insertion section 21.
It is noted that the type of the ornamental illumination region 23 is unrestricted in the electronics plant 20 of the invention
System, such as the ornamental illumination region 23 can be but not limited to LED light-emitting component.
It's also worth mentioning that the emission type of the ornamental illumination region 23 is in the electronics plant 20 of the invention
It is unrestricted, such as the ornamental illumination region 23 can only generate the light type or the ornamental illumination region of single colour system
23 can generate the light type of a variety of colour systems according to certain rule or randomly, that is, the hair of the ornamental illumination region 23
Light type can be selected according to the needs of users.
The electronic vase 10 includes an electrical part 12, wherein the electrical part 12 further comprises a power supply ontology
121, an integrated circuit board 122 and a vase conducting element 123, wherein the power supply ontology 121 of the electrical part 12,
The integrated circuit board 122 and the vase conducting element 123 are arranged at the vase main body 11, and the confession respectively
Electric ontology 121 and the vase conducting element 123 are electrically connected in the integrated circuit board 122, so that the power supply ontology
121 can be powered by the integrated circuit board 122 to the vase conducting element 123.It is noted that the power supply
The type of ontology 121 is unrestricted in the electronic vase 10 of the invention, such as the power supply ontology 121 can be by reality
Apply for but be not limited to rechargeable battery, dry cell, button cell etc..For example, the vase main body 11 can provide at least one
Installation cavity, the power supply ontology 121, the integrated circuit board 122 and the vase conducting element 123 of the electrical part 12
Be arranged at the installation cavity of the vase main body 11 respectively, thus make the power supply ontology 121 of the electrical part 12,
The integrated circuit board 122 and the vase conducting element 123 are arranged at the vase main body 11.
The electronics plant 20 further comprises a flower conductive part 24, wherein the flower conductive part 24 is led including one
Electric wire 241 and a flower conducting element 242, wherein the flower conducting element 242 is arranged at the institute of the electronics plant 20
Insertion section 21 is stated, such as the flower conducting element 242 is arranged at the described of the insertion section 21 of the electronics plant 20
Low side 212, two ends of the conductor wire 241 are electrically connected to the ornamental illumination region 23 respectively and the flower is conductive
Element 242.Preferably, the conductor wire 241 extends along the extending direction of the insertion section 21, and the conductor wire 241
Two ends be electrically connected to the ornamental illumination region 23 and the flower conducting element 242 respectively.For example, being inserted described
When entering the molding of portion 21, the conductor wire 241 is wrapped in it, and the flower conducting element 242 can be wrapped in it,
Or the exposed surface in the insertion section 21 of flower conducting element 242.That is, the flower conductive part 24
The conductor wire 241 and the flower conducting element 242 and the insertion section 21 can be integrally formed.Optionally, institute
It states insertion section 21 and is also possible to a hollow pipe, to allow the conductor wire 241 to be maintained at the inside of the insertion section 21,
Or the permission conductor wire 241 is maintained at the inside of the conductor wire 241 with the flower conducting element 242.Example
Such as, a hollow tube body, such as, but not limited to hollow iron pipe, copper pipe or plastic tube etc. can be first provided, note is then passed through
Modeling or other mode wrap up one layer of wrappage outside hollow tube body and form the insertion section 21, hollow subsequent
Tube body allow the conductor wire 241 to be inserted into inside it.
The flower conducting element 242 of the flower conductive part 24 can be led with the vase of the electrical part 12
Electric device 123 is electrically connected, in this way, the power supply ontology 121 of the electrical part 12 can supply power to the ornamental hair
Light portion 23, so that the ornamental illumination region 23 generates light, and the light that the ornamental illumination region 23 generates can pass through institute
State the outside that the electronics plant 20 is radiated to behind ornamental portion 22.
Preferably, the vase conducting element 123 of the electrical part 12 is arranged on the bottom of the electronic vase 11
Portion, and it is exposed in the bottle body space 111 of the electronic vase 11, the flower of the flower conductive part 24 is conductive
Element 242 is arranged on the low side 212 of the insertion section 21, and the flower conducting element 242 is exposed in the insertion
The end face of the low side 212 in portion 21, in this way, the insertion section 21 when the electronics plant 20 is first inserted with the low side 212
When entering the mode of the opening 112 of the vase main body 11 and being installed in the vase main body 11 of the electronic vase 10,
The flower conducting element 242 of the electronics plant 20 can be automatically electrically connected to the flower of the electrical part 12
Bottle conducting element 123 shines so that the power supply ontology 121 of the electrical part 12 can supply power to described watch
Portion 23.And according to gravity principle, the flower conducting element 242 of the flower conductive part 24 and the institute of the electrical part 12
It states vase conducting element 123 and can be maintained at and be electrically connected to each other in state, even when the electronics plant 20 is in the electricity
When slightly shaking in the vase main body 11 of sub- vase 10, according to gravity principle, the flower of the flower conductive part 24 is led
Electric device 242 and the vase conducting element 123 of the electrical part 12 can also be maintained at the state being electrically connected to each other,
To guarantee the reliability of the electronics ornament 100 when in use.
Optionally, the flower conducting element 242 of the flower conductive part 24 and the vase of the electrical part 12
Conducting element 123 may be implemented as wireless conducting element, thus when the flower conducting element 242 and the vase are led
When the distance of electric device 123 is in optimum range, the flower conducting element 242 of the flower conductive part 24 and described
The vase conducting element 123 of electrical part 12 can be electrically connected to each other.
Nevertheless, it will be appreciated by those skilled in the art that, the flower conductive element of the electronics plant 20
The conduction mode of part 242 and the vase conducting element 123 of the electronic vase 10 is not limited to above-mentioned two enumerated kind side
Formula, that is, the flower conducting element 242 of the above-mentioned electronics plant 20 enumerated and the flower of the electronic vase 10
Bottle conducting element 123 conduction mode it is merely illustrative, be not intended to limit the electronics ornament 100 of the invention content and
Range, in other examples of the electronics ornament 100, as long as the vase conducting element 123 of the electronic vase 10
The flower conducting element 242 with the electronics plant 20 can be by mutual conduction.
In addition, the electronics plant 20 further comprises a flower ornamental portion 25, wherein the flower ornamental portion 25 can be with
It is arranged at the insertion section 21 and/or the ornamental portion 22, to further increase the decorative effect of the electronics plant 20.
For example, in this example shown in attached drawing 6, the flower ornamental portion 25 includes one first flower decorating unit 251 and one the
Two flower decorating units 252, wherein the first flower decorating unit 251 and the second flower decorating unit 252 respectively by
It is set to the insertion section 21, and the first flower decorating unit 251 is neighboringly set to the ornamental portion 22, and
Positioned at the lower part in the ornamental portion 22.When the electronics plant 20 is installed in the vase main body of the electronic vase 10
When 11, the first flower decorating unit 251 and the second flower decorating unit 252 are exposed in the vase main body respectively
11 outside, further to decorate the user environment.Specifically, the first flower decorating unit 251 is arranged at institute
Described high-end the 211 of insertion section 21 are stated, thus make the first flower decorating unit 251 adjacent to the ornamental portion 22, wherein
The second flower decorating unit 252 is arranged at the middle part of the insertion section 21.
It is worth one, the shape and color of the flower ornamental portion 25 of the electronics plant 20 are of the invention
It is unrestricted in the electronics ornament 100, for example, the electronics plant 20 the flower ornamental portion 25 it is described first flower
At least one decorating unit in piece decorating unit 251 and the second flower decorating unit 252 may be implemented as but unlimited
In greenery shape.
Further, the electrical part 12 further comprises an at least processor 124 and an at least sensor 125, wherein
The processor 124 and the sensor 125 are arranged at the vase main body 11, and the processor 124 and institute respectively
The integrated circuit board 122 that sensor 125 is connected to the electrical part 12 respectively switched only is stated, in this way,
The sensor 125 can be connected to the processor 124 switched only, so that the processor 124 can be controlled subsequent
The sensor 125 is made, and is capable of handling the data that the sensor 125 acquires, and the power supply ontology 121 can lead to
It crosses the integrated circuit board 122 and provides electric energy to the processor 124 and the sensor 125 respectively.
It is noted that the type of the processor 124 is unrestricted in the electronic vase 10 of the invention,
As long as the processor 124 can receive, handle and export data.
It's also worth mentioning that the type of the sensor 125 is also unrestricted in the electronic vase 10 of the invention
System, is selected according to the needs of users.It is understood that the function of the electronic vase 10 corresponds to the sensing
The type of device 125.For example, the sensor 125 may be implemented as solid particle sensor, such as PM2.5 sensor, with logical
It crosses and is implemented as the sensor 125 of PM2.5 sensor to detect the user environment locating for the electronic vase 10
The type or content of PM2.5 in air, thus being subsequently used for judging the air quality of the user environment, He Hou
It is continuous to provide corresponding solution based on the testing result of the sensor 125.In other some embodiments, institute
Formaldehyde sensor, temperature sensor, humidity sensor, ozone sensing can also be implemented as but be not limited to by stating sensor 125
Device, oxygen sensor, carbon monoxide transducer, carbon dioxide sensor, SOS distress signal module, infrared alarm module etc.,
Or the sensor 125 may be implemented as but be not limited to PM2.5 sensor, formaldehyde sensor, temperature sensor, humidity
At least two sensing such as sensor, ozone sensor, oxygen sensor, carbon monoxide transducer, carbon dioxide sensor
The combination of device.
Preferably, the sensor 125 can be removable installed in the vase main body 11, in this way, user's energy
It is enough automatically to replace the sensor 125, so that the electronic vase 10 obtains the type for corresponding to the sensor 125
Function.It is implemented as example, the sensor 125 for being implemented as PM2.5 sensor can be automatically replaced with by user
The sensor 125 of formaldehyde sensor, and in this process, it does not need user and grasps special knowledge, in order to
User replaces the sensor 125, and can be greatly reduced the use cost of the electronics ornament 100, maintenance at
The scope of application of this and the raising electronics ornament 100.
In addition, the type of the sensor 125 of the electrical part 12 can be two or more, that is, the electrical part 12
It may include more than two different types of sensors 125, such as a sensor in the electrical part 12
125 may be implemented as PM2.5 sensor, another sensor 125 may be implemented as formaldehyde sensor, another sensing
Device 125 may be implemented as temperature sensor etc..
The electrical part 12 includes an at least memory 126, wherein the memory 126 is connected to switched only described in
The integrated circuit board 122 and the memory 126 of electrical part 12 are arranged at the vase main body 11, and described deposit
Reservoir 126 is connected to the processor 124 by the integrated circuit board 122 switched only, wherein the power supply ontology 121
Electric energy can be provided to the memory 126 by the integrated circuit board 122, and the processor 124 can will be described
The data that sensor 125 detects are stored into the memory 126, and the processor 124 can be from the memory
Data are read in 126.It is noted that the type of the memory 126 in the electronic vase 10 of the invention not by
Limitation, if the memory 126 can storing data, such as the memory 126 may be implemented as but be not limited to
Mechanical hard disk, solid state hard disk etc..
The electrical part 12 includes an at least communication agency 127, wherein the communication agency 127 is connected to switched only
The integrated circuit board 122 and the communication agency 127 of the electrical part 12 are arranged at the vase main body 11, and
The communication agency 127 is connected to the processor 124 by the integrated circuit board 122 switched only, wherein the power supply
Ontology 121 can provide electric energy to the communication agency 127 by the integrated circuit board 122, so that the electronic vase 10
It is interacted by the communication agency 127 with the external world.For example, the electronic vase 10 can pass through the communication agency 127 and intelligence
The electronic equipment interaction of energy mobile phone, tablet computer.It is noted that the type of the communication agency 127 is in institute of the invention
State unrestricted in electronic vase 10, such as the communication agency 127 may be implemented as bluetooth module, WiFi module, Lifi
Module, Zigbee module etc..
The electrical part 12 includes an at least positioning mechanism 128, wherein the positioning mechanism 128 is connected to switched only
The integrated circuit board 122 and the positioning mechanism 128 of the electrical part 12 are arranged at the vase main body 11, and
The positioning mechanism 128 is connected to the processor 124 by the integrated circuit board 122 switched only, wherein the power supply
Ontology 121 can provide electric energy to the positioning mechanism 128 by the integrated circuit board 122.128 energy of positioning mechanism
It is enough implemented as but is not limited to GPS module, wherein the positioning mechanism 128 can obtain the positional number of the electronic vase 10
According to, and stored the position data about the electronic vase 10 to the memory 126 by the processor 124, or
It will outwardly be sent out about the position data of the electronic vase 10 by the communication agency 127 by the processor 124
It send.Further it will be understood that the data that the sensor 125 detects can also be by the communication agency 127 outward
Boundary is sent.
The electrical part 12 includes an at least control switch 129, wherein the control switch 129 is connected to switched only
The integrated circuit board 122 and the control switch 129 of the electrical part 12 are arranged at the vase main body 11, wherein
The working condition of the electronic vase 10 can be controlled by the control switch 129.It is noted that the control is opened
The type of pass 129 is unrestricted in the electronic vase 10 of the invention, such as the control switch 129 can be machinery
Formula switch, is also possible to contact witch or other kinds of switch.
Preferably, the processor 124, the memory 126, the communication agency 127 and the positioning mechanism 128
It can be described integrated being connected to by way of being mounted on the integrated circuit board 122 of the electrical part 12 switched only
Circuit board 122.Optionally, in some instances, the sensor 125 can also be mounted on the integrated circuit board 122.
In addition, the electrical part 12 can also include a charging part 130, wherein the charging part 130 connects switched only
In the integrated circuit board 122, external electric energy can be supplemented to by the charging part 130 and the integrated circuit board 122
The power supply ontology 121.Further, the electronic vase 10 includes a display screen 13, wherein the display screen 13 is set
In the vase main body 11, and the display screen 13 is connected to the integrated circuit board of the electrical part 12 switched only
122, so that the display screen 13 is connected to the processor 124 and described by the integrated circuit board 122 switched only
Ontology 121 of powering can provide electric energy to the display screen 13 by the integrated circuit board 122.The processor 124 can
It controls the display screen 13 and shows the data that the sensor 125 detects, for example, the processor 124 can show institute
The air quality for the user environment that sensor 125 detects is stated, easily to check for user.In addition, the display
Screen 13 may be utilized for the information such as read clock, temperature, weather conditions.It is noted that the type of the display screen 13
It is unrestricted, such as the display screen 13 can be but not limited to liquid crystal display.In addition, the display screen 13 can also quilt
It is embodied as touch display screen, the operation of user can be received.
Further, the electronic vase 10 includes an at least camera 14, wherein the camera 14 is arranged at institute
Vase main body 11 is stated, and the camera 14 is connected to the integrated circuit board 122 of the electrical part 12 switched only,
In this way, the camera 14 can be connected to switched only the processor by the integrated circuit board 122
124 and the power supply ontology 121 can provide electric energy to the camera 14, thus the camera 14 can shoot it is described
The image (video or image) of user environment, and the image capable of being shown on the display screen 13, or by the image
It is sent to the external world by the communication agency 127, such as is sent to the electronic equipments such as smart phone, tablet computer.
Further, the electronic vase 10 includes an at least loudspeaker 15, wherein the loudspeaker 15 is arranged at institute
Vase main body 11 is stated, and the loudspeaker 15 is connected to the integrated circuit board 122 of the electrical part 12 switched only,
In this way, the loudspeaker 15 can be connected to switched only the processor by the integrated circuit board 122
124 and the power supply ontology 121 can to the loudspeaker 15 provide electric energy, so that the loudspeaker 15 can play sound
The happy perhaps described loudspeaker 15, which can feed back the air quality of the user environment or the loudspeaker 15, can cooperate institute
State the air quality that display screen 13 feeds back the user environment.In addition, the loudspeaker 15 also can integrate microphone, with
User is allowed to interact by way of voice with the electronics ornament.
Further, the electronic vase 10 includes an identification part 16, wherein the identification part 16 is arranged at the flower
Bottle body 11 or the identification part 16 are displayed on the display screen 13, pass through the identification part 16, the body of user
Part or personal information can be acquired.The type of the identification part 16 in the electronics ornament 100 of the invention not by
Limitation, such as the identification part 16 may be implemented as but are not limited to two dimensional code, bar code, spcial character etc..
Further, the electronic vase 10 includes a bottle body illumination region 17, wherein the bottle body illumination region 17 is set
In the vase main body 11, and the bottle body illumination region 17 is connected to the integrated electricity of the electrical part 12 switched only
Road plate 122, can be provided by the integrated circuit board 122 to the bottle body illumination region 17 by the power supply ontology 31
Electric energy and so that the bottle body illumination region 17 is in luminance.Preferably, the bottle body illumination region 17 is looped around the vase sheet
The surrounding of the opening 112 of body 11, so that the bottle body illumination region 17 can play better decoration function.It is highly preferred that
The bottle body illumination region 17 can be connected to the processor 124 switched only, so that the processor 124 can control institute
The emission type of bottle body illumination region 17 is stated, such as the processor 124 can control the luminance of the bottle body illumination region 17
With light luminance, light color etc..In addition, institute can also be fed back in such a way that the bottle body illumination region 17 generates light
The air quality for stating user environment reminds the air quality of user environment described in user in a manner of more intuitive.
Further, the bottle body illumination region 17 includes a bracket 171 and a luminescent lamp strip 172, wherein the electroluminescent lamp
Band 172 is arranged at the bracket 171, and the bracket 171 is arranged at the vase main body 11.Preferably, the bracket
171 in a ring, and when the bracket 171 is arranged at the vase main body 11, the bracket 171 is looped around the flower
The position of the opening 112 of bottle body 11, so that the luminescent lamp strip 171 be made to be looped around the described of the vase main body 11
The surrounding of opening 112.
Further, the electronic vase 10 includes a protective element 18, wherein the protective element 18 has one to wear
Hole 181, wherein the protective element 18 is arranged at the vase main body 11, the protective element 18 is for closing the flower
The opening 112 of bottle body 11, and the perforation 181 of the protective element 18 is connected to the institute of the vase main body 11
Bottle body space 111 is stated, to allow the insertion section 21 of the electronics plant 20 to pass through the perforation of the protective element 18
181 are inserted into the bottle body space 111 of the vase main body 11, wherein the protective element 18 is by closing the flower
The mode of the opening 112 of bottle body 11 can prevent the pollutants such as dust from entering the bottle of the vase main body 11
In body space 111, so that the electronic vase 10 keeps clean, sanitary.Preferably, the protective element 18 can be carried out
For but be not limited to mesh enclosure, by making the bottle body space 111 of the vase main body 11 carry out what air exchanged with external
Mode further makes the vase main body 10 keep clean, sanitary.
Attached drawing 7A shows a variant embodiment of the electronic vase 10, described in shown in attached drawing 4 and Fig. 5
Unlike electronic vase 10, in this example of the electronic vase 10 shown in attached drawing 7A, the electronic vase 10 into
One step includes an at least functional component 19, wherein the functional component 19 is arranged at the vase main body 11, and the function
Energy component 19 is electrically connected to the integrated circuit board 122, wherein the processor 124 can pass through the integrated circuit board
The working condition of the 122 control functional components 19, so that the electronic vase 10 provides practical function.For example, the function
Energy component 19 may be implemented as but be not limited to air purifier, humidifier etc., and the functional component 19 may include electronic adds
Press pump and the function body for being connected to electric pressuring pump can be with for example, when the function body is implemented as humidifier
The water for making the inside of the function body is pumped by the electric pressuring or other evaporate, to reach the mesh of humidification
's.The mode of humidification can not limit, for example, the function body inside water or other liquid can directly volatilize,
Or it volatilizees again after by the insertion section 21 of the electronics plant 20 reaching the ornamental portion 22.
With reference to the attached drawing 7B to Fig. 7 G of Figure of description of the invention, an electricity of another preferred embodiment under this invention
Sub- ornament 100A is set forth in following description, wherein the electronics ornament 100A include an electronic vase 10A and
One spraying device 80A, wherein the spraying device 80A is arranged at the electronic vase 10A, wherein the spraying device 80A
Can be spraying to the use environment of the electronics ornament 100A, such as water mist, to increase making for the electronics ornament 100A
With the air humidity of environment, so as to improve the air quality of the use environment of the electronics ornament 100A.
Further, the electronic vase 10A includes a vase main body 11A, wherein the vase main body 11A has one
The opening 112A of bottle body space 111A and one, wherein the opening 112A is connected to the bottle body space 111A and the vase main body
The outside of 11A.The spraying device 80A includes an an atomising mechanism 81A and conduit 82A, wherein the atomising mechanism 81A quilt
It is arranged and is maintained at the bottle body space 111A of the vase main body 11A, wherein an end quilt of the conduit 82A
It is set to the atomising mechanism 81A, another end is via the opening 112A of the vase main body 11A from the bottle body
The internal stretch of space 111A is to the outside of the vase main body 11A, so that the conduit 82A is for guiding the atomizer
Structure 81A generate fog to the electronic vase 10A external environment.
Further, the conduit 82A has a conduit low side 821A, the high-end 822A of a conduit and a fog logical
Road 823A, wherein the fog channel 823A extends to the high-end 822A of the conduit from the conduit low side 821A, wherein described
The conduit low side 821A of conduit 82A can be via the opening 112A of the vase main body 11A from the vase main body
The external world of 11A extends to the bottle body space 111A of the vase main body 11A, and is installed in the atomising mechanism 81A,
At this point, the high-end 822A of the conduit of the conduit 82A is maintained at the outside of the vase main body 11A, the atomising mechanism
The fog that 81A is generated, such as water mist, can be via the fog channel 823A of the conduit 82A from the conduit 82A's
The conduit low side 821A flows to the high-end 822A of the conduit, and is sprayed to the use ring of the electronics ornament 100A
Border, so as to improve the air quality of the use environment of the electronics ornament 100A.Preferably, the described of the conduit 82A is led
It manages high-end 822A to extend deviously, so that fog has exit direction.It is further preferred that the conduit low side of the conduit 82A
821A is removably installed in the atomising mechanism 81A, and in this way, the electronics ornament 100A allows user
The conduit 82A is taken out, and replacement different types of ornament, such as plant, emulation plant etc., to play different dresses
Adorn effect.
The electronic vase 10A further comprises an electrical part 12A, wherein the electrical part 12A is arranged at the flower
Bottle body 11A, and the atomising mechanism 81A is connected to the electrical part 12A switched only, wherein the electrical part 12A energy
Electric energy is enough provided, so that the atomising mechanism 81A can be atomized the liquid into and be generated fog.It is noted that described electrical
The type of portion 12A is unrestricted in the electronics ornament 100A of the invention.
The electrical part 12A further comprises a power supply ontology 121A and an integrated circuit board 122A, wherein described electrical
The power supply ontology 121A, the integrated circuit board 122A of portion 12A is arranged at the vase main body 11A, and the confession
Electric ontology 121A is electrically connected to the integrated circuit board 122A.The atomising mechanism 81A is connected to the integrated electricity switched only
Road plate 122A, so that the power supply ontology 121A can be supplied by the integrated circuit board 122A to the atomising mechanism 81A
Electricity, so that the atomising mechanism 81A can be atomized the liquid into and be generated fog.
It is noted that the type of the power supply ontology 121A is unrestricted in the electronic vase 10A of the invention
System, such as the power supply ontology 121A may be implemented as but are not limited to rechargeable battery, dry cell, button cell etc..Example
Such as, the vase main body 11A can provide an at least installation cavity, the power supply ontology 121A of the electrical part 12A, described
Integrated circuit board 122A is arranged at the installation cavity of the vase main body 11A, to make that the electrical part 12A's is described
Power supply ontology 121A, the integrated circuit board 122A are arranged at the vase main body 11A.
Further, the electrical part 12A further comprises an at least processor 124A and an at least sensor 125A,
Wherein the processor 124A and sensor 125A is arranged at the vase main body 11A, and the processor respectively
The 124A and sensor 125A is connected to the integrated circuit board 122A of the electrical part 12A respectively switched only, passes through
Such mode, the sensor 125A can be connected to the processor 124A switched only, thus subsequent, the place
Reason device 124A can control the sensor 125A, and be capable of handling the data of the sensor 125A acquisition, and the confession
Electric ontology 121A can be provided to the processor 124A and sensor 125A respectively by the integrated circuit board 122A
Electric energy.
It is noted that the type of the processor 124A is unrestricted in the electronic vase 10A of the invention
System, as long as the processor 124A can be received, be handled and exported data.
It's also worth mentioning that the type of the sensor 125A in the electronic vase 10A of the invention also not by
Limitation, is selected according to the needs of users.It is understood that the function of the electronic vase 10A corresponds to the biography
The type of sensor 125A.For example, the sensor 125A may be implemented as solid particle sensor, such as PM2.5 sensor,
To detect the user locating for the electronic vase 10A by the sensor 125A for being implemented as PM2.5 sensor
The type or content of PM2.5 in the air of environment, thus being subsequently used for judging the air quality of the user environment,
With subsequent corresponding solution can be provided based on the testing result of the sensor 125A.In other some implementations
Example in, the sensor 125A can also be implemented as but be not limited to formaldehyde sensor, temperature sensor, humidity sensor,
Ozone sensor, oxygen sensor, carbon monoxide transducer, carbon dioxide sensor, SOS distress signal module, infrared alarm
Module etc. or the sensor 125A may be implemented as but be not limited to PM2.5 sensor, formaldehyde sensor, temperature sensing
Device, humidity sensor, ozone sensor, oxygen sensor, carbon monoxide transducer, carbon dioxide sensor etc. at least two
The combination of the above sensor.
Preferably, the sensor 125A can be removable installed in the vase main body 11A, in this way, user
The sensor 125A can be automatically replaced, so that the electronic vase 10A obtains the class for corresponding to the sensor 125A
The function of type.For example, user can automatically by the sensor 125A for being implemented as PM2.5 sensor be replaced with by
It is embodied as the sensor 125A of formaldehyde sensor, and in this process, does not need user and grasp special to know
Know, in order to which user replaces the sensor 125A, and the use of the electronics ornament 100A can be greatly reduced
Cost, maintenance cost and the scope of application for improving the electronics ornament 100A.
In addition, the type of the sensor 125A of the electrical part 12A can be two or more, that is, the electrical part
12A may include more than two different types of sensor 125A, such as described in one in the electrical part 12A
Sensor 125A may be implemented as PM2.5 sensor, another sensor 125A may be implemented as formaldehyde sensor, another
One sensor 125A may be implemented as temperature sensor etc..
The electrical part 12A includes an at least memory 126A, wherein the memory 126A is connected to institute switched only
The integrated circuit board 122A and the memory 126A for stating electrical part 12A are arranged at the vase main body 11A, and
The memory 126A is connected to the processor 124A by the integrated circuit board 122A switched only, wherein the confession
Electric ontology 121A can provide electric energy, and the processor to the memory 126A by the integrated circuit board 122A
124A can store the sensor 125A data detected into the memory 126A, and the processor
124A can read data from the memory 126A.It is noted that the type of the memory 126A is in the present invention
The electronic vase 10A in it is unrestricted, as long as the memory 126A can storing data, such as the storage
Device 126A may be implemented as but be not limited to mechanical hard disk, solid state hard disk etc..
The electrical part 12A includes an at least communication agency 127A, wherein the communication agency 127A is connected switched only
The vase main body is arranged in the integrated circuit board 122A and the communication agency 127A of the electrical part 12A
11A, and the communication agency 127A is connected to the processor 124A by the integrated circuit board 122A switched only,
Wherein the power supply ontology 121A can provide electric energy to the communication agency 127A by the integrated circuit board 122A, with
Interact the electronic vase 10A with the external world by the communication agency 127A.For example, the electronic vase 10A can pass through
The communication agency 127A is interacted with the electronic equipment of smart phone, tablet computer.It is noted that the communication agency
The type of 127A is unrestricted in the electronic vase 10A of the invention, such as the communication agency 127A can be by reality
It applies as bluetooth module, WiFi module, Lifi module, Zigbee module etc..
With reference to shown in attached drawing 7G, the electronics ornament 100A can be by the communication agency 127A by communicably
It is connected to an electronic equipment 90A, such as, but not limited to smart phone, tablet computer etc., so that user can pass through the electricity
Sub- equipment 90A, such as can by the electronic equipment 90A in the working condition for remotely operating the electronics ornament 100A
It is made the liquid atomization remotely controlling the atomising mechanism 81A unlatching.
The electrical part 12A includes an at least positioning mechanism 128A, wherein the positioning mechanism 128A is connected switched only
The vase main body is arranged in the integrated circuit board 122A and the positioning mechanism 128A of the electrical part 12A
11A, and the positioning mechanism 128A is connected to the processor 124A by the integrated circuit board 122A switched only,
Wherein the power supply ontology 121A can provide electric energy to the positioning mechanism 128A by the integrated circuit board 122A.Institute
GPS module can be implemented as but be not limited to by stating positioning mechanism 128A, wherein the positioning mechanism 128A can obtain the electricity
The position data of sub- vase 10A, and stored the position data about the electronic vase 10A by the processor 124A
To the memory 126A, or by the processor 124A by about the position data of the electronic vase 10A by
The communication agency 127A is outwardly sent.Further it will be understood that the data that the sensor 125A is detected can also
Outwardly to be sent by the communication agency 127A.
The electrical part 12A includes an at least control switch 129A, wherein the control switch 129A is connected switched only
The vase main body is arranged in the integrated circuit board 122A and the control switch 129A of the electrical part 12A
11A, wherein the working condition of the electronic vase 10A can be controlled by the control switch 129A.It is noted that
The type of the control switch 129A is unrestricted in the electronic vase 10A of the invention, such as the control switch
129A can be mechanical switch, be also possible to contact witch or other kinds of switch.
Preferably, the processor 124A, the memory 126A, the communication agency 127A and the positioning mechanism
128A can be being connected to institute by way of the integrated circuit board 122A for being mounted on the electrical part 12A switched only
State integrated circuit board 122A.Optionally, in some instances, the sensor 125A can also be mounted on the integrated electricity
Road plate 122A.
In addition, the electrical part 12A can also include a charging part 130A, wherein the charging part 130A is switched on ground
It is connected to the integrated circuit board 122A, it can be by external electrical by the charging part 130A and the integrated circuit board 122A
The power supply ontology 121A can be supplemented to.Further, the electronic vase 10A includes a display screen 13A, wherein described aobvious
Display screen 13A is arranged at the vase main body 11A, and the display screen 13A is connected to the electrical part 12A switched only
The integrated circuit board 122A so that the display screen 13A is connected to institute by the integrated circuit board 122A switched only
Stating the processor 124A and power supply ontology 121A can be provided by the integrated circuit board 122A to the display screen 13A
Electric energy.The processor 124A can control the display screen 13A and show the data that the sensor 125A is detected, example
Such as, the processor 124A can show the air quality for the user environment that the sensor 125A is detected, with convenient
Ground is checked for user.In addition, the display screen 13A may be utilized for the information such as read clock, temperature, weather conditions.Value
It obtains one and is mentioned that the type of the display screen 13A is unrestricted, such as the display screen 13A can be but not limited to liquid crystal
Display screen.In addition, the display screen 13A can also be implemented as touch display screen, can receive the operation of user.
Further, the electronic vase 10A includes an at least camera 14A, wherein the camera 14A is set
In the vase main body 11A, and the camera 14A is connected to the integrated circuit of the electrical part 12A switched only
Plate 122A, in this way, the camera 14A can be connected to switched only by the integrated circuit board 122A
The processor 124A and power supply ontology 121A can provide electric energy to the camera 14A, thus the camera
14A can shoot the image (video or image) of the user environment, and can show the image in the display screen
On 13A, or the image is sent to the external world by the communication agency 127A, such as is sent to smart phone, tablet computer
Equal electronic equipments.
Further, the electronic vase 10A includes an at least loudspeaker 15A, wherein the loudspeaker 15A is set
In the vase main body 11A, and the loudspeaker 15A is connected to the integrated circuit of the electrical part 12A switched only
Plate 122A, in this way, the loudspeaker 15A can be connected to switched only by the integrated circuit board 122A
The processor 124A and power supply ontology 121A can provide electric energy to the loudspeaker 15A, thus the loudspeaker
15A can play music, and perhaps the loudspeaker 15A can feed back the air quality or the loudspeaking of the user environment
Device 15A can cooperate the display screen 13A to feed back the air quality of the user environment.In addition, the loudspeaker 15A can also
To be integrated with microphone, by allow user by voice in a manner of interact with the electronics ornament.
Further, the electronic vase 10A includes an identification part 16A, wherein the identification part 16A is arranged at institute
It states vase main body 11A or the identification part 16A is displayed on the display screen 13A, by the identification part 16A, make
The identity or personal information of user can be acquired.The type of the identification part 16A is in the electronics ornament of the invention
It is unrestricted in 100A, such as the identification part 16A may be implemented as but be not limited to two dimensional code, bar code, spcial character
Deng.
With reference to attached drawing 7F, the atomising mechanism 81A further comprises an atomization supercharger 811A, a fluid box 812A, one
The atomization of atomizing piece 813A and one control panel 814A.The fluid box 812A is for containing liquid, such as water or water and essence
Liquid, the atomization supercharger 811A such as mixture be arranged at the inside of the fluid box 812A, the atomizing piece 813A
It is arranged at the outside of the fluid box 812A, and the atomization supercharger 811A and the atomizing piece 813A can be mutual
Cooperation is the liquid in the fluid box 812A to be atomized.Preferably, the atomization supercharger 811A can be electrically connected
In the electrical part 12A, to can make after the electrical part 12A supplies electric energy to the atomization supercharger 811A
The atomization supercharger 811A and atomizing piece 813A cooperates and the liquid in the fluid box 812A is carried out mist
Change.The atomization control panel 814A has a mounting hole 8141A, wherein the atomization control panel 814A is arranged at the liquid
The outside of body case 812A, and the atomizing piece 813A is maintained at the atomization control panel 814A and the fluid box 812A
Between, so that the mounting hole 8141A of the atomization control panel 814A corresponds to the atomizing piece 813A, the conduit 82A
The conduit low side 821A be removably installed in it is described atomization control panel 814A the mounting hole 8141A in, thus
The fog of atomization can enter the fog of the conduit 82A from the mounting hole 8141A of the atomization control panel 814A
Channel 823A, and it is discharged to the use space of the electronics ornament 100A, to improve making for the electronics ornament 100A
With the air quality in space.
Preferably, the atomising mechanism 81A can also include a gasket 815A, such as, but not limited to rubber pad, wherein
The gasket 815A is maintained between the atomizing piece 813A and the fluid box 812A, described to prevent from being contained in
Liquid leakage in fluid box 812A.
It is noted that the bottom of the vase main body 11A of the electronic vase 10A is detachable, the atomization
Mechanism 81A is arranged at the bottom of the vase main body 11A, thus by disassembling the bottom of the vase main body 11A
Mode can supplement the fluid box 812A of liquid to the atomising mechanism 81A.
With reference to the attached drawing 8 and Fig. 9 of Figure of description of the invention, an air matter of a preferred embodiment under this invention
Amount management system is disclosed for and illustrates in following description, wherein the air quality management system is based on attached drawing 1 to figure
The electronic vase 10 of the electronics ornament 100 shown in 7 is detected and is managed to the air quality of the user environment
Reason, so that the air quality of the user environment is kept good.Specifically, the air quality management system includes one
Content obtains center 30 and an administrative center 40, wherein the content, which obtains center 30 and the administrative center 40, can mutually lead to
The connection of letter ground.
The content, which obtains center 30, can pass through the side of the electronic vase 10 of the external electronics ornament 100
The air information for the user environment that the sensor 125 that formula obtains the electronic vase 10 detects, for example, described
The air information for the user environment that sensor 125 detects may include but be not limited to solid particle information (such as but not
Be limited to PM10, PM2.5), formaldehyde information, temperature information, humidity information, ozone information, oxygen information, carbon monoxide information, two
Carbonoxide information etc..It is understood that the content obtains air information and the institute that center 30 obtains the user environment
The type for stating the sensor 125 of electronic vase 10 is corresponding.
Specifically, the sensor 125 of the electronic vase 10 of the electronics ornament 100 can be by adopting
The mode for collecting the air of the user environment is acquired and detects to the air of the user environment, to obtain the application
The air information of environment.Under normal conditions, the air information of the user environment can exist in the form of data, thus
Subsequent, the air information of the user environment can be by storage, transmission and processing etc..The use is obtained in the sensor 125
After the air information of family environment, the air information of the user environment can be sent to the air by the communication agency 127
Quality control system, the content of the air quality management system obtain center 30 and can receive from the electronic vase
The air information for the user environment that 10 communication agency 127 is sent, and subsequent, in the administrative center 40
It can be to the air information of the user environment after the air information that content acquisition center 30 receives the user environment
It is handled, to obtain the air quality of the user environment.Then, the administrative center 40 can be by the user environment
Air quality feed back to user.Preferably, the administrative center 40 feeds back to by the air quality of the user environment
The solution of air quality corresponding to the user environment can also be provided while user.
Further, it includes an acquisition unit 31 that the content, which obtains center 30, wherein the acquisition unit 31 respectively can
It is communicatively coupled to the communication agency 127 and the administrative center 40 of the electronic vase 10, thus the acquisition unit
31 can obtain from the sensor 125 that the communication agency 127 of the electronic vase 10 obtains the electronic vase 10
The user environment air information, and subsequent, the air information of the user environment can be by the administrative center
40 obtain from the acquisition unit 31.For example, in an example of the air quality management system of the invention, it is described
Acquisition unit 31 can be through but not limited to a network or the communication agency 127 in cloud 50 and the electronic vase 10
It is communicatively coupled.In other words, the acquisition unit 31 can pass through the network or cloud 50 and the electronic vase 10
The communication agency 127 be in communication with each other the mode of connection, enable the air quality management system by the external electricity
Sub- vase 10.
With reference to attached drawing 9, the administrative center 40 includes a processing unit 41, a logic unit 42 and a feedback unit
43, wherein the processing unit 41 is communicatively coupled with 31 He of the acquisition unit that the content obtains center 30 respectively
The logic unit 42, the feedback unit 43 are communicatively coupled with the processing unit 41 and the logic unit respectively
42.The processing unit 41 receives the air of the user environment from the acquisition unit 31 that the content obtains center 30
Information, and the air quality of the user environment is obtained after the air information to the user environment is handled, and can
A feedback information is generated for the air quality of the user environment.The logic unit 42 is obtained from the processing unit 41
The air quality of the user environment, and a feedback logic is provided according to the air quality of the user environment.The feedback
Member 43 receives the feedback logic from the logic unit 42 and receives the feedback information from the processing unit 41, and
The feedback unit 43 selects described anti-to the user's feedback for corresponding to the user environment when executing the feedback logic
The mode of feedforward information, and the feedback information is fed back to by user according to the mode selected.
Under normal conditions, air quality is normally divided into " outstanding ", " good ", " general ", " slight pollution ", " severe
The grades such as pollution ".For the user, when air quality reaches " good " or more, such as when air quality reaches " good
It is good " and when " outstanding " for the health of user be it is more advantageous, when air quality is " general " for user
It can be received, when air quality reaches " slight pollution " below, such as when air quality reaches " slight pollution " and " weight
Adverse effect can be caused to the health of user when degree pollution ", be chronically in this environment, will cause the diseases such as respiratory tract
Appearance, at this time, it may be necessary to which user's pro-active intervention is to improve the air quality of the user environment.However, coming for user
It says, since the air quality of the user environment changes constantly, user can not obtain the user environment in real time
Air quality.In addition, also not knowing causes when even user feels that the air quality of the user environment is poor
The reason of air quality of the user environment is deteriorated.Now, when user feel the air quality of the user environment compared with
When poor, air purifier etc. can be opened for actively improving the equipment of air quality, still, due to making in the user environment
User is not aware that the reason of causing the air quality of the user environment to be deteriorated, and even user is in the user environment
Open air purifier etc. also not necessarily can really be improved for actively improving the equipment of air quality, air quality.
The air quality management system of the invention can be examined in real time by way of the external electronic vase 10
The air information of the user environment is surveyed, and in the subsequent air quality for feeding back the user environment in real time, and for described
The air quality of user environment selectively improves the feedback information, in this way, when the sky of the user environment
When makings quantitative change difference, the air quality management system can effectively help user to improve the air of the user environment
Quality, to be conducive to that the air quality of the user environment is made to be maintained at " good " ratings above, be particularly conducive to using
The health of person.Preferably, the feedback information that the feedback unit 43 is fed back can quantify the sky of the user environment
Makings amount, in such manner, it is possible to which user is allowed more intuitively to understand the current air mass of the user environment.
Further, the processing unit 41 includes that an analysis module 411, an evaluation module 412 and a scheme provide
Module 413, wherein the analysis module 411 is communicatively coupled with the acquisition unit 31 and the evaluation module respectively
412, the evaluation module 412 is communicatively coupled with the scheme respectively and provides module 413 and the logic unit 42, institute
It states feedback unit 43 and the scheme offer module 413 is provided.The analysis module 411 can be from the acquisition
Unit 31 receives the air information of the user environment, and analyzes the air information of the user environment, for example, institute
State that the content of the PM2.5 contained in the air of the user environment can be analyzed but be not limited to analysis module 411, formaldehyde contains
Amount, the content of carbon monoxide, the content of carbon dioxide etc..The evaluation module 412 can be right according to the analysis module 411
The air matter of user environment described in the analysis evaluation of result that the air information of the user environment obtains after being analyzed
Amount, for example, the evaluation module 412 can be carried out according to air quality of the analysis module 411 to the user environment
The air quality of the user environment is divided into " outstanding ", " good ", " general ", " slight by the analysis result obtained after analysis
The grades such as pollution ", " serious pollution ".Certainly, in the possible example of the others of the air quality management system, institute's commentary
The analysis that valence module 412 obtains after capable of being analyzed according to the analysis module 411 air quality of the user environment
As a result carry out divided rank according to other standards, need to state when, no matter the evaluation module 412 is according to which type of
Standard evaluates the content and range that the air quality of the user environment does not limit the air quality management system.Institute
Stating scheme offer module 413 can be according to the offer of the air quality for the user environment that the evaluation module 412 obtains
Feedback information.The air quality for the user environment that the logic unit 421 can be obtained according to the evaluation module 412
The feedback logic is provided.The feedback module 43 can receive the feedback logic from the logic unit 42 and from described
Scheme provides module 413 and receives the feedback information, and the feedback unit 43 selected when executing the feedback logic to
User corresponding to the user environment feeds back the mode of the feedback information, and according to the feedback system selected by institute
It states feedback information and feeds back to user.
Further, the feedback unit 43 includes an execution module 431 and a feedback module 432, wherein described hold
Row module 431 is communicatively coupled with the feedback module 432 and logic unit 42 respectively, and the feedback module 432 can communicate
Ground is connected to the scheme and provides module 413.The execution module 431 receives the feedback logic from the logic unit 42
And the feedback logic is able to carry out to select the side for feeding back the feedback information to the user for corresponding to the user environment
Formula, wherein the feedback module 432 provides module from the scheme when the execution module 431 executes the feedback logic
413 receive the feedback information and the feedback information are fed back to user according to the feedback system selected.
For example, in a preferable example of the air quality management system of the invention, in the execution module
431 when executing the feedback logic, and the feedback module 432 can will be from institute by way of the external electronic vase 10
It states scheme and the communication agency 127 that the received feedback information of module 413 is sent to the electronic vase 10 is provided, so
Afterwards, the processor 123 of the electronic vase 10 can receive and handle the feedback information, and it is subsequent can be by institute
State the display screen 13 that the corresponding content of feedback information is shown in the electronic vase 10, or by the feedback information pair
The content answered outwardly is played by the loudspeaker 15 of the electronic vase 10, or the feedback information is corresponding
Content by way of the bottle body illumination region 17 for lighting the electronic vase 10 feeding back.It is of course also possible to use above-mentioned side
The combination of formula.
In an example of the air quality management system of the invention, the administrative center 40 includes a storage
Unit 44, wherein the scheme of the processing module 41, which provides module 413, is communicatively coupled with the storage unit 44,
Wherein for the storage unit 44 for storing an expert database, the knowledge that the expert database includes is expert according to
What section's knowledge and experience provided, correspond respectively to different air qualities.When the analysis module of the processing unit 41
The air information of 411 pairs of user environments analyze and the evaluation module 412 according to the analysis module 411 point
After analysis result obtains the air quality of the user environment, the scheme provides module 413 can be according to the evaluation module
The air quality acquisition of the 412 obtained user environments is stored in the expert database of the storage unit 44
The air quality corresponding to the user environment knowledge, and form the feedback information.For example, working as the analysis module
The result is that when containing more PM2.5 in the air of the user environment, the evaluation module 412 can root for 411 analysis
The air quality grade of the user environment is evaluated as " general " according to the analysis result of the analysis module 411, that is, described
The evaluation result of evaluation module 412 represents the grade of the air quality of the user environment as " general ".At this point, the logic
Unit 42 can select to provide the feedback logic according to the evaluation result of the evaluation module 412, for example, working as the logic
It, can be only by the feedback module 432 to making when unit 42 is executed by the execution module 431 of the feedback unit 43
User feeds back the information such as certain or certain class text information, audio-frequency information, video information, illuminated message or above-mentioned at least two
The information of kind information combination, to remind user to pay attention to paying close attention to the air quality of the user environment.Certainly, the air matter
The feedback information of buret reason system feedback also include how that needle leads to that the air quality of the user environment is deteriorated because
Knowledge that is plain and improving the air quality of the user environment, this knowledge can permit user and passes through sound, text, figure
The mode that piece, video or the above content combine obtains.
In another example of the air quality management system of the invention, the administrative center 40 is further wrapped
An online exhibition room unit 45 is included, wherein the online exhibition room unit 45 is communicatively coupled with the described of the feedback unit 43
Feedback module 432, wherein when the feedback module 432 feeds back the feedback information, the online exhibition room unit 45 can be to
User show commodity 200, shown in the commodity 200 can be but not limited to air purifier or air purifier
Filtration fraction.That is, the online exhibition room unit 45 can receive the feedback information from the feedback module 432,
The commodity 200 are shown to user with after receiving the feedback information.It is noted that by the online exhibition room list
The type for the commodity 200 that member 45 is shown corresponds to the current air mass of the user environment, such as when the user environment
Current air mass be the quotient then shown by the online exhibition room unit 45 when being deteriorated because of PM2.5 too high levels
The function of product 200 is to filter the content of the PM2.5 in the air for perhaps removing the user environment or when user's ring
The current air mass in border is the quotient then shown by the online exhibition room unit 45 when being deteriorated because content of formaldehyde is excessively high
The function of product 200 is the formaldehyde in the air for remove the user environment.By above-mentioned such mode, user can not
Need to know the reason of air quality of the user environment is deteriorated, but by the air quality management system by adopting
Collect and analyze the air information of the user environment, and after the reason of air quality for determining the user environment is deteriorated, directly
Connected the commodity 200 that the online exhibition room unit 45 shows corresponding current air mass to user, side in this way
Formula, user will not be because of the commodity for being ignorant of air cleaning professional knowledge or will not cause because of carelessness and having purchased mistake
200。
It is noted that the online exhibition room unit 45 shows the mode of commodity 200 in the air matter of the invention
It is unrestricted in amount management system, such as the online exhibition room unit 45 can be by way of the external electronic vase 10
It is shown using the display screen 13 of the electronic vase 10, the content of displaying can be the picture of the commodity 200, text
The combination of word description, introductory video etc. or aforesaid way.In other examples, the online exhibition room unit 45 can also be with
It is shown by electronic equipments such as smart phone, tablet computers.
When user views the commodity 200 shown by the online display unit 45, purchase is can be confirmed in user
The commodity 200 are bought, such as when the online display unit 45 shows the quotient by the display screen 13 of the electronic vase 10
When product 200, user can click directly on the display screen 13 for being implemented as touch screen, at this point, the air quality management
System can receive the selection of user and determine user and want to buy the commodity 200.
Further, the administrative center 40 of the air quality management system includes a generation unit 46, wherein institute
Stating generation unit 46 includes an order generation module 461, and the order generation module 461 is communicatively coupled with described online
Exhibition room unit 45.It includes an acquiring unit 12 that the content, which obtains center 10, wherein the acquiring unit 12 is communicatively coupled
In the order generation module 461, wherein the acquiring unit 12 is used to obtain the contact method of user, such as described
Contact method at least one of may include but be not limited to the information such as user's name, address, telephone number, E-mail address.
When the online exhibition room unit 45 of the air quality management system receives the selection of user and determines user and want purchase
When the commodity 200 bought, the order generation module 461 of the generation unit 46 is received from the online exhibition room unit 45
The selection of user and the contact method that user is obtained from the acquiring unit 12, and according to the selection of user and
The contact method of user generates a purchase order.It is noted that told purchase order includes user's purchase
At least one of information such as summary description, detailed description, the shipping address of user of the commodity 200.
In one embodiment of the invention, the acquiring unit 12 by way of the external electronic vase 10 from
The electronic vase 10 obtains the contact method of user.For example, user can be through but not limited to utilization such as intelligence
The mode for the identification part 16 that the electronic equipments such as energy mobile phone, tablet computer scan the electronic vase 10 registers a user
Account and/or the login user account, wherein after user has registered the user account, the user account quilt
It is stored in the memory 126 of the electronic vase 10.That is, the user account is saved in terminal, pass through
Such mode can be avoided the contact method leakage for being associated with the user account, to guarantee the safety of personal information.Separately
Outside, by above-mentioned such mode, user does not need to be frequently utilized that the electronic equipments such as smart phone, tablet computer are stepped on
The user account is recorded, does not also need to modify the personal information for being associated with the user account, side in this way regularly
Formula can be avoided sensitive vocabulary and be transmitted regularly by the network or cloud 50, guarantees to avoid leakage of personal information
Personal information security.
The air quality management system includes a home-delivery center 60, wherein the home-delivery center 60 is communicably connected
It is connected to the purchase order, and the quotient that the home-delivery center 60 buys user according to the information of the purchase order
Product 200 are distributed to user.
The air quality management system includes a paying centre 70, wherein the generation unit 46 further includes a bill
Generation module 462, wherein the bill generation module 462 is communicatively coupled with the order generation module 461 and institute respectively
Paying centre 70 is stated, wherein the bill generation module 462 is ordered according to the purchase that the order generation module 461 generates
It is single to generate a bill to be paid, wherein the paying centre 70 is for paying the bill to be paid.In a reality of the invention
It applies in example, after the paying centre 70, which is paid, completes the bill to be paid, the home-delivery center 60 is according to the purchase
The commodity 200 that the information of order buys user are distributed to user.In another embodiment of the present invention, work as institute
It states after home-delivery center 60 is distributed to user according to the commodity 200 that the information of the purchase order buys user, institute
Paying centre 60 is stated for paying the bill to be paid for corresponding to the purchase order.
In addition, the air quality management system and an airhandling equipment 500 are communicatively coupled, described in allowing
Air quality management system automatically controls the state of the airhandling equipment 500, such as the airhandling equipment 500
It can be the equipment such as the existing air purifier of user or the airhandling equipment 500 can be the home-delivery center
60 according to the information delivery of the purchase order to the commodity 200 of user.Specifically, the airhandling equipment 500
It is communicatively coupled with the processing unit 41 of the administrative center 40, further, the processing unit 41 includes a control
Molding block 414, wherein the control module 414 is communicatively coupled with the evaluation module 412, the airhandling equipment
500 are controllably connected to the control module 414, for example, the airhandling equipment 500 can by the network or
Person cloud 50 is controllably connected to the control module 414 or the airhandling equipment 500 and passes through the moulds such as bluetooth
Block is controllably connected to the control module 414, and the present invention is unrestricted in this regard.When the evaluation module 412 is right
When the Air Quality Evaluation of the user environment is poor (when unqualified), the control module 414 be can control at the air
Reason equipment 500 is automatically activated, to improve the air quality of the user environment.
In other examples, the control module 414 is communicatively coupled with the scheme and provides module 413, wherein
The airhandling equipment 500 can provide the mode of a variety of processing air, and the scheme provides module 413 can be according to institute
The air information for stating user environment provides an equipment control program, wherein the control module 414 receives the equipment controlling party
Case, and the control module 414 controls the work of the airhandling equipment 500 when executing the equipment control program
State, for example, can permit the control processing equipment when the control module 414 executes the equipment control program
The different processing air protocol of 500 selections, to correspond to the present air ingredient of the user environment.
Attached drawing 10 shows the flow chart of an air quality management method 1000 of a preferred embodiment under this invention,
Wherein the air quality management method 1000 includes the following steps:
Step 1001, (a) provides a feedback logic according to the air quality of a user environment；
Step 1002, it (b) when executing the feedback logic, selects to user's feedback about the user environment
The mode of one feedback information of the air information corresponding to the user environment；And
Step 1003, the feedback information (c) is fed back to user according to the mode selected.
Preferably, the air quality management method 1000 further comprises the steps of:
Step 1004, the air quality of the user environment (d) is determined according to the air information of the user environment, and
The feedback information for corresponding to the air quality of the user environment is provided, to patrol in the step (a) by one
It collects unit 42 and provides the feedback logic according to the air quality of the user environment, and in the step (c), pass through one
Feedback module 432 feeds back the feedback information to user according to the mode selected.
Further, in the step (d) comprising steps of
Step 10041, the air information of the user environment is analyzed, by an analysis module 411 (d.1) to be divided
Analyse result；
Step 10042, the use (d.2) is determined according to the analysis result of the analysis module by an evaluation module 412
The air quality of family environment；And
Step 10043, user's ring that module 413 is determined according to the evaluation module (d.3) is provided by a scheme
The air quality in border provides the feedback information.
Further, before the step (d.1) comprising steps of
Step 10044, the electricity (d.4) is obtained by way of an external electronic vase 10 by an acquisition unit 31
The air information of the user environment where sub- vase 10.
Attached drawing 11 shows the specifically used environment of the electronics ornament 100.The electronics ornament 100 it is described
Electronics plant 20 is installed in the vase main body 11 of the electronic vase 10, and the electronics ornament 100 can be by
It is placed in the cabinet for TV in parlor, at this point, parlor is defined as the user environment.It will be appreciated by those skilled in the art that
, parlor is placed on the electronics ornament 100 and so that parlor is formed the user environment and is only for example, to illustrate
The content and advantage of the electronics ornament 100 and the air quality management system of the invention, are not intended to limit the present invention
The electronics ornament 100 and the air quality management system content and range.In other examples, the electricity
Sub- ornament 100 can also be placed on the various places such as study, bedroom, kitchen.
Those skilled in the art will also be appreciated that parlor and outdoor due to forming the user environment are phases
It mutually exchanges, therefore outdoor air quality affects indoor air environment.The electronics of the electronics ornament 100
Vase 10 can detect in real time the air information of the user environment, such as the sensor by the sensor 125
125, which can detecte but be not limited to the content of the PM2.5 in the air of the user environment, the content of formaldehyde, carbon monoxide, contains
Amount, content of carbon dioxide etc..
The acquisition unit 31 that the content of the air quality management system obtains center 30 can be by described
Network or cloud 50 and the communication agency 127 of the electronic vase 10 are communicatively coupled, so that the acquisition unit
31 obtain the air information of the user environment by the communication agency 127 from the electronic vase 10.
The analysis module 411 of the processing unit 41 can receive the user environment from the acquisition unit 31
Air information, and the air information of the user environment is analyzed, such as the analysis module 411 can analyze institute
State the content of the PM2.5 in the air of user environment, the content of formaldehyde, the content of carbon monoxide, content of carbon dioxide etc..
In one embodiment, the content of PM2.5 of the analysis module 411 in the air for obtaining the user environment, formaldehyde
Analysis result can be fed back to by the communication agency 127 after content, the content of carbon monoxide, the content of carbon dioxide
The electronic vase 10, and the analysis result that the analysis module 411 obtains can be displayed on the electronic vase 10
On the display screen 13, in this way, the air quality management system can be to the current sky of the user environment
Makings amount is quantified, and feeds back to use by way of digitlization or textual or image conversion or video
Person, in order to which user understands the present air state of the user environment.
The evaluation module 412 can receive analysis as a result, and according to evaluation criterion and institute from the analysis module 411
The analysis result for stating analysis module 411 evaluates the current air mass of the user environment, such as the evaluation module
412 can be evaluated as the current air mass of the user environment " outstanding ", " good ", " general ", " slight pollution ", " weight
The grades such as degree pollution ".That is, the evaluation module 412 can be determined based on the analysis result of the analysis module 411
The current air mass of the user environment.In one embodiment, the user environment that the evaluation module 412 obtains
Current air mass can also lead to you by described and think which mechanism 127 feeds back to the electronic vase 10, and the evaluation
The current air mass for the user environment that module 12 obtains can be displayed on the display screen of the electronic vase 10
On 13, in this way, the present air state of the user environment can be understood convenient for user.
The scheme provides the present air matter that module 413 can receive the user environment from the evaluation module 412
Amount, and according to the current air mass of the user environment from the expert database for being stored in the storage unit 44
The middle knowledge for corresponding to the current air mass of the user environment of searching is to form the feedback information.
The logic unit 42 can receive the current air mass of the user environment from the evaluation module 412, and
And the feedback logic is provided according to the current air mass of the user environment.With reference to attached drawing 12, if the evaluation module
412 according to the analysis result of the analysis module 411 determine the user environment current air mass it is preferable when, such as institute
When stating the current air mass of user environment and reaching " good " ratings above, the execution module 421 is executing the logic list
What is selected when the feedback logic that member 42 provides feeds back the current air mass corresponding to the user environment to user
Mode, which can feed back to the grade of the current air mass of the user environment merely by the feedback module 422, to be made
User, for example, the grade of the current air mass of the user environment can be fed back to the electricity by the feedback module 422
Sub- vase 10, and the current air mass of the user environment is shown by the display screen 13 of the electronic vase 10
Grade, such as display " good " or " outstanding " etc..In addition, working as the feedback module 422 for the current of the user environment
When the grade of air quality feeds back to the electronic vase 10, the electronic vase 10 can also pass through the bottle body illumination region
17 luminance indicates the current air mass of the user environment to user.
With reference to attached drawing 13, if the evaluation module 412 is according to the determination of the analysis result of the analysis module 411
When the current air mass of user environment is general, the execution module 421 is executing the described anti-of the offer of logic unit 42
The mode of the current air mass for corresponding to the user environment to user's feedback selected when presenting logic not only makes to pass through institute
It states feedback module 422 and the grade of the current air mass of the user environment is fed back into user, and the scheme provides
Module 413 can also be searched from the expert database for being stored in the memory module 44 corresponds to user's ring
The knowledge of the current air mass in border and form the feedback information, and the feedback information again may be by it is described anti-
Feedback module 422 is fed back to user.For example, the grade of the current air mass of the user environment and correspond to the use
The feedback information that the current air mass of family environment is formed simultaneously or can be respectively displayed on the electronic vase 10
On the display screen 13, or it is shown in the electronics such as smart phone, the tablet computer for being associated with the electronic vase 10 and sets
On standby display screen, for being checked by user.User is by way of checking the feedback information, in that case it can be decided that whether
Actively improve the current air mass of the user environment, for example whether opening air purifier, or whether opens humidifier
Deng.
With reference to attached drawing 14A, if the evaluation module 412 is according to the determination of the analysis result of the analysis module 411
When the current air mass of user environment is poor, for example, the current air mass of the user environment reach " slight pollution " with
When lower grade, the execution module 421 selected when executing the feedback logic that the logic unit 42 provides to using
Person's feedback corresponds to the mode of the current air mass of the user environment not only by the feedback module 422 by the use
The grade of the current air mass of family environment, which feeds back to user and provides to user, corresponds to the current of the user environment
The feedback information that the knowledge of air quality is formed, but also can be corresponded to by the online displaying of exhibition room unit 45
The commodity 200 of the current air mass of the user environment, for being selected by the user, for example, working as when the user environment
When preceding air quality causes to be deteriorated because of the too high levels of PM2.5, then the commodity 200 that are shown by the online exhibition room unit 45
Function be equipment for filtering or removing the PM2.5 in air, when the current air mass of the user environment is because of first
Aldehyde it is excessively high and cause be deteriorated when, then the function of the commodity 200 shown by the online exhibition room unit 45 is for removing
The equipment of formaldehyde in air.
The online exhibition room unit 45 can be by way of the external electronic vase 10 by the electronic vase 10
The display screen 13 show commodity 200, the side of the electronic equipments such as external smart phone, tablet computer can also be passed through
Formula shows commodity 200 by the display screen of electronic equipment.It can choose the commodity 200 for wanting purchase in subsequent user, and
The commodity 200 that user buys can be supplied to user by the air quality management system.When user is in the user
When environment uses the commodity 200, the air quality of the user environment can be significantly improved, with reference to attached drawing 14B.
It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only made
The utility model is not intended to limit for citing.The purpose of this utility model completely and effectively realizes.The utility model
Function and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiment party of the utility model
Formula can have any deformation or modification.
Claims (22)
1. an air quality management system, which is characterized in that including an administrative center, wherein the administrative center further wraps
It includes:
One logic unit, wherein the logic unit provides a feedback logic according to the air quality of a user environment；With
One feedback unit, wherein the feedback unit includes an execution module and a feedback module, wherein the execution module point
It is not communicatively coupled with the logic unit and the feedback module, wherein the execution unit is received from the feedback unit
The feedback logic, and select to feed back to the user for corresponding to the user environment when executing the feedback logic
The mode of information, wherein the feedback module feeds back the feedback information according to the mode selected.
2. air quality management system according to claim 1, wherein the administrative center further comprises a processing list
Member, the processing unit are communicatively coupled with the logic unit and the feedback module respectively, wherein the processing unit
For determining that the air quality of the user environment, and offer correspond to the user according to the air information of the user environment
The feedback information of the air quality of environment, wherein user's ring that the logic unit is obtained according to the processing unit
The air quality in border provides the feedback logic, wherein the feedback module feeds back the processing unit according to the mode selected
The feedback information provided.
3. air quality management system according to claim 2, wherein the processing unit is commented including an analysis module, one
Valence module and a scheme provide module, wherein the evaluation module is communicatively coupled with the analysis module and described respectively
Scheme provides module, and the logic unit is communicatively coupled with the evaluation module, and the feedback module is communicatively coupled
Module is provided in the scheme, wherein the analysis module is used to analyze the air information of the user environment to obtain analysis knot
Fruit, the evaluation module obtain the air quality of the user environment, the scheme according to the analysis result of the analysis module
The air quality for providing the user environment that module is obtained according to the evaluation module provides the feedback information, the logic
The air quality for the user environment that unit is obtained according to the evaluation module provides the feedback logic, the feedback module
The scheme is fed back according to the mode selected, and the feedback information that module provides is provided.
4. air quality management system according to claim 3, wherein the administrative center includes a storage unit, it is described
Storage unit is for storing an expert database, wherein the storage unit, which is communicatively coupled with the scheme, provides module,
Wherein the scheme provides the air quality for the user environment that module is obtained according to the evaluation module from being stored in
It states the knowledge for searching the air quality for corresponding to the user environment in the expert database of storage unit and is formed described
Feedback information.
5. air quality management system according to claim 3, wherein the administrative center includes an online exhibition room unit,
The online exhibition room unit is communicatively coupled with the feedback module, wherein feeding back the feedback information in the feedback module
When, the online exhibition room unit shows the commodity for corresponding to the air quality of the user environment.
6. air quality management system according to claim 5, wherein the online exhibition room unit passes through an external electronics
The mode of vase shows the commodity for corresponding to the air quality of the user environment by a display screen of the electronic vase.
7. air quality management system according to claim 5 further comprises that a content obtains center, the content is obtained
Taking center includes an acquiring unit, and the acquiring unit obtains one corresponding to user by way of an external electronic vase
Contact method, wherein the administrative center includes a generation unit, the generation unit includes an order generation module, wherein
When being selected by the commodity that the online exhibition room unit is shown, the order generation module is according to the commodity that are selected and described
It is that mode generates a purchase order.
8. air quality management system according to claim 7 further comprises a home-delivery center, wherein in the dispatching
The heart is communicatively coupled with the order generation module of the generation unit, wherein the home-delivery center generates from the order
Module receives the purchase order, and in the subsequent commodity for being dispensed and being selected according to the purchase order.
9. air quality management system according to claim 8 further comprises a paying centre, wherein the generation is single
Member includes a bill generation module, and the bill generation module is communicatively coupled with the order generation module and described respectively
Paying centre, the paying centre are communicatively coupled with the home-delivery center, wherein the bill generation module is ordered from described
Single generation module receives the purchase order, and generates a bill to be paid according to the purchase order, the paying centre from
The bill generation module receives the bill to be paid, and is paid rear according to the bill to be paid, the dispatching
Center receives the purchase from the order generation module after the paying centre pays the bill to be paid and orders
It is single, and in the subsequent commodity for being dispensed and being selected according to the purchase order.
10. air quality management system according to claim 8 further comprises a paying centre, wherein the generation
Unit includes a bill generation module, and the bill generation module is communicatively coupled with the order generation module and institute respectively
Paying centre is stated, the paying centre is communicatively coupled with the home-delivery center, wherein the bill generation module is from described
Order generation module receives the purchase order, and generates a bill to be paid, the paying centre according to the purchase order
The purchase order is received from the order generation module in the home-delivery center and is selected according to purchase order dispatching
Commodity after from the bill generation module receive the bill to be paid, and propped up rear according to the bill to be paid
It pays.
11. it further comprise that a content obtains center according to the air quality management system any in claim 3 to 5,
It includes an acquisition unit that wherein the content, which obtains center, and the acquisition unit is communicatively coupled with the analysis module,
Described in acquisition unit the sky of the user environment where the electronic vase is acquired by way of an external electronic vase
Gas information, the analysis module receive the air information of the user environment from the acquisition unit.
12. according to the air quality management system any in claim 7 to 10, wherein content acquisition center includes
One acquisition unit, the acquisition unit are communicatively coupled with the analysis module, wherein the acquisition unit passes through external one
The mode of electronic vase acquires the air information of the user environment where the electronic vase, and the analysis module is from described
Acquisition unit receives the air information of the user environment.
13. air quality management system according to claim 2, wherein the processing unit includes an analysis module, one
Evaluation module and a control module, wherein the evaluation module is communicatively coupled with the analysis module and the control respectively
Molding block, an airhandling equipment are controllably connected to the control module, wherein the analysis module is for analyzing institute
The air quality of user environment is stated to obtain the analysis as a result, the evaluation module is according to the analysis result of the analysis module
Obtain the air quality of the user environment, control module air according to the air quality control of the user environment
The working condition of processing equipment.
14. air quality management system according to claim 3, wherein the processing unit includes a control module, institute
It states control module and the scheme offer module is provided, an airhandling equipment is communicatively connected in a network in the control
Molding block, wherein the air quality that the scheme provides the user environment that module is obtained according to the evaluation module provides one
Equipment control program, the control module receives the equipment control program, and controls when executing the equipment control program
The working condition of the airhandling equipment.
15. an air quality management method, which is characterized in that the air quality management method includes the following steps:
(a) feedback logic is provided according to the air quality of a user environment；
(b) it when executing the feedback logic, selects to correspond to the user to user's feedback about the user environment
The mode of one feedback information of the air information of environment；And
(c) feedback information is fed back to user according to the mode selected.
16. air quality management method according to claim 15, wherein further comprising before the step (a)
Step:
(d) air quality of the user environment is determined according to the air information of the user environment, and is provided corresponding to described
The feedback information of the air quality of user environment, thus in the step (a), by a logic unit according to the use
The air quality of family environment provides the feedback logic, and in the step (c), by a feedback module according to being selected
Mode feeds back the feedback information to user.
17. air quality management method according to claim 16, wherein the step (d) comprising steps of
(d.1) air information of the user environment is analyzed, by an analysis module to obtain analysis result；
(d.2) air quality of the user environment is determined according to the analysis result of the analysis module by an evaluation module；
And
(d.3) institute is provided by the air quality that a scheme provides the user environment that module is determined according to the evaluation module
State feedback information.
18. air quality management method according to claim 17, wherein further comprising before the step (d.1)
Step: (d.4) obtains the use where the electronic vase by an acquisition unit by way of an external electronic vase
The air information of family environment.
19. air quality management method according to claim 17, wherein the scheme mentions in the step (d.3)
It searches and corresponds to from an expert database for the air quality for the user environment that module is obtained according to the evaluation module
The knowledge of the air quality of the user environment and form the feedback information.
20. air quality management method according to claim 17, wherein further being wrapped after the step (d.3)
Include step: (d.5) the feedback module from the scheme provide module receive and execute the feedback information when, by one
Line exhibition room unit shows the commodity for corresponding to the air quality of the user environment.
21. air quality management method according to claim 20, wherein the online exhibition room unit passes through an external electricity
The mode of sub- vase shows the quotient for corresponding to the air quality of the user environment by a display screen of the electronic vase
Product.
22. air quality management method according to claim 20, wherein further comprising step in the above-mentioned methods:
A purchase order is generated according to the commodity of the contact method and selection that correspond to user by an order generation module；
With
Commodity are dispensed according to the purchase order.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710729540.7A CN109426897A (en) | 2017-08-23 | 2017-08-23 | Electronics ornament and its electronic vase, electronics plant and air quality management systems and management method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710729540.7A CN109426897A (en) | 2017-08-23 | 2017-08-23 | Electronics ornament and its electronic vase, electronics plant and air quality management systems and management method |
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| Publication Number | Publication Date |
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| CN109426897A true CN109426897A (en) | 2019-03-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710729540.7A Pending CN109426897A (en) | 2017-08-23 | 2017-08-23 | Electronics ornament and its electronic vase, electronics plant and air quality management systems and management method |
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