CN108437752A - Vehicle-mounted smell generating means and its application - Google Patents
Vehicle-mounted smell generating means and its application Download PDFInfo
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- CN108437752A CN108437752A CN201810257025.8A CN201810257025A CN108437752A CN 108437752 A CN108437752 A CN 108437752A CN 201810257025 A CN201810257025 A CN 201810257025A CN 108437752 A CN108437752 A CN 108437752A
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- smell
- air
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- ontology
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60H—ARRANGEMENTS OF HEATING, COOLING, VENTILATING OR OTHER AIR-TREATING DEVICES SPECIALLY ADAPTED FOR PASSENGER OR GOODS SPACES OF VEHICLES
- B60H3/00—Other air-treating devices
- B60H3/0007—Adding substances other than water to the air, e.g. perfume, oxygen
Abstract
The present invention provides a vehicle-mounted smell generating means and its application, and the vehicle-mounted smell generating means are applied to a vehicle, wherein the vehicle is configured with an on-board air conditioner, including a smell generates ontology, and the smell generates ontology and exported with a smell；With a processor, the processor is communicatively connected in a network generates ontology in the smell, if generating one smell of Ontology learning in the smell, the on-board air conditioner is not in the case of working condition, the processor sends an enabling signal to the on-board air conditioner, and the smell is propagated by the on-board air conditioner.
Description
Technical field
The present invention relates to a Vehicular aromatherapy field more particularly to a vehicle-mounted smell generating means and its applications.
Background technology
Smell is the big source that the mankind feel, the mankind receive different olfactory signals by osmoreceptor, different
Olfactory signal bring the different impression of people, even in same environment, different smells can be built and place environment
Entirely different atmosphere.
Vehicular aromatherapy is the standard configuration of many vehicles at present, and vehicle is a relatively closed space, and champignon can dissipate
Get angry taste and be allowed to be full of this confined space so that user can be immersed in the smell that champignon distributes.However it is traditional
Vehicular aromatherapy have problems in that its smell for distributing is very single, the Vehicular aromatherapy one of an interior configuration
As be merely able to distribute a kind of smell, except non-user actively the odoriferous smell in the Vehicular aromatherapy is replaced,
The Vehicular aromatherapy that multiple and different smells are either placed in vehicle is suitable for generating different smells.
The Vehicular aromatherapy of single smell not only makes the choice of user greatly reduce, and also limits champignon in vehicle
Use.The smell Vehicular aromatherapy distributed by champignon can build different environments in vehicle to user, however right
For the single Vehicular aromatherapy of smell, user is chronically in same smell environment, it may appear that olfactory fatigue phenomenon, here it is
The cause of " occupy boudoir long and do not hear its perfume, it is smelly that its be can not help by the cities Jiu Jubao " phenomenon.That is, in the use of traditional Vehicular aromatherapy
In the process, user can experience the presence of smell at the beginning, and later user gets used to the atmosphere of smell and the nothing in smell
Method experiences the stimulation from smell.This is equivalent to for a user has paid this use cost of Vehicular aromatherapy however rear
Phase user can not perceive using effect, so that some are focused on the user of economic value and are not liked using Vehicular aromatherapy,
The of short duration time may be started in driving process with taste removal, if things go on like this Vehicular aromatherapy is just in an idle state.
In addition, Vehicular aromatherapy exports gas-scattering outwardly during giving forth fragrance, by one, wherein the outlet one
As it is smaller, the user for being likely located at the near exit can experience smell in time, however for far from the outlet
User, such as the passenger of heel row, may be full of entire vehicle space after for a period of time in odor dispersion can feel
By the smell of Vehicular aromatherapy.Once the air exchange rate inside and outside vehicle is larger, or even passenger is within a very long time
Smell can not be experienced, because being just displaced to the external world before smell reaches passenger.In order to avoid such case, use
Family can select the Vehicular aromatherapy of a relatively high power so that smell can more rapidly be full of entire vehicle, however such side
Formula may require higher energy consumption.
Invention content
The one of the present invention is designed to provide a vehicle-mounted smell generating means and its application, wherein the odor diffusion device
It can be with an on-board air conditioner co-ordination.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
Setting can make odor dispersion to entire vehicle by the speed of the offer of the on-board air conditioner.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
The air outlet set can be arranged near an air outlet of the on-board air conditioner.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
It sets in working condition, the on-board air conditioner can be started to assist smell to disseminate.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
It sets in working condition, the change in the air outlet direction that the sky withers can be coordinated to adjust the institute of the odor diffusion device
State the air-out direction of air outlet.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
The on-board air conditioner can be coordinated in the case where being placed or the position far from the Vehicular air conditioner air outlet being arranged one by setting
Work.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
It sets and is capable of providing a variety of smells.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the odor dispersion fills
Different smells is provided with setting the property of can adapt to.
Another object of the present invention is to provide a vehicle-mounted smell generating means and its applications, wherein the on-board air conditioner energy
Enough coordinate the work of the odor diffusion device.
In order to reach at least one of foregoing invention purpose, the present invention provides a vehicle-mounted smell generating means, applications
In a vehicle, wherein the vehicle is configured with an on-board air conditioner, including：
One smell generates ontology, and the smell generates ontology and exported with a smell；With
One processor, the processor is communicatively connected in a network generates ontology in the smell, if given birth in the smell
At one smell of Ontology learning, for the on-board air conditioner not in the case of working condition, the processor sends an enabling signal extremely
The on-board air conditioner, the smell are propagated by the on-board air conditioner.
An embodiment according to the present invention further comprises an air conditioning exhausting detector and a smell outlet air detector,
Described in air conditioning exhausting detector and the smell outlet air detector be communicatively coupled with the processor, the vehicle respectively
It carries air-conditioning quilt and is controllably connected to the processor, the processor is according to the air conditioning exhausting detector acquisition about institute
It states an air-out direction of on-board air conditioner and generates the one of ontology about the smell according to the smell outlet air detector acquisition
Air-out direction, adjust the air-out direction of the on-board air conditioner so that the on-board air conditioner the air-out direction and the gas
The air-out direction that taste generates ontology is consistent.
An embodiment according to the present invention further comprises an air conditioning exhausting detector and a smell outlet air detector,
Described in air conditioning exhausting detector and the smell outlet air detector be communicatively coupled with the processor, the gas respectively
The smell outlet that taste generates ontology is controllably connected to the processor, and the processor is according to the air conditioning exhausting
Detector acquisition about an air-out direction of the on-board air conditioner and according to the smell outlet air detector acquisition about institute
The air-out direction that smell generates ontology is stated, adjusts the air-out direction of the smell outlet so that the smell generates ontology
The air-out direction and the smell generate ontology the air-out direction be consistent.
An embodiment according to the present invention further comprises an at least nozzle, wherein the nozzle by rotatably arranged with
Exported in the smell and be controllably connected to the processor, the processor by adjusting the nozzle direction
Mode adjust the air-out direction that the smell generates ontology.
An embodiment according to the present invention, the smell generate ontology and are rotatablely arranged at the vehicle and by can
It is connected to control the processor, the processor adjusts the smell life by way of rotating the smell and generating ontology
At the air-out direction of ontology.
An embodiment according to the present invention further comprises an air conditioning exhausting detector and a smell outlet air detector,
Described in air conditioning exhausting detector and the smell outlet air detector be communicatively coupled with the processor, the gas respectively
Taste generates the smell outlet of ontology and the on-board air conditioner is controllably connected to the processor, the processing respectively
Device is according to the air conditioning exhausting detector acquisition about an air-out direction of the on-board air conditioner and according to the smell outlet air
The air-out direction that ontology is generated about the smell of detector acquisition, adjust smell outlet the air-out direction and
The air-out direction of the on-board air conditioner is so that the smell generates the air-out direction of ontology and the smell generates this
The air-out direction of body is consistent.
An embodiment according to the present invention further comprises an at least nozzle, wherein the nozzle by rotatably arranged with
Exported in the smell and be controllably connected to the processor, the processor by adjusting the nozzle direction
Mode adjust the air-out direction that the smell generates ontology.
An embodiment according to the present invention, the smell generate ontology and are rotatablely arranged at the vehicle and by can
It is connected to control the processor, the processor adjusts the smell life by way of rotating the smell and generating ontology
At the air-out direction of ontology.
An embodiment according to the present invention, it includes that a smell source memory and a smell generate that the smell, which generates ontology,
Device, wherein the odor source memory is used to store an odor source, wherein each smell source memory connects in which can be penetrated through
It is connected to the smell-generator.
An embodiment according to the present invention further comprises a reference information getter, wherein the reference information obtains
Device is communicatively connected in a network in the processor, and the processor controls the odor source according to the reference information and stores respectively
Device and the odor source generator are to generate a smell.
An embodiment according to the present invention, the smell-generator include a mixed cell and a diffusing unit, wherein institute
The one end for stating mixed cell is connected to each smell source memory in which can penetrate through, and the other end quilt of the mixed cell can
It is connected to perforation the diffusing unit, the diffusing unit is communicated in extraneous so that the odor source first passes around described mix
It closes unit mixing and is passed to the external world after the diffusing unit distributes again.
An embodiment according to the present invention, the smell-generator include a mixed cell and a diffusing unit, wherein institute
The one end for stating diffusing unit is connected to each smell source memory, and the other end of the diffusing unit is connected to described
Mixed cell, the mixed cell be communicated in it is extraneous so that the odor source first pass around the diffusing unit distribute using
It is passed to the external world after the mixed cell mixing.
An embodiment according to the present invention, the vehicle-mounted smell generating means include an at least solvent container, described molten
Agent container is connected to the smell-generator with can penetrating through.
An embodiment according to the present invention, the vehicle-mounted smell generating means include an odor source monitor, wherein described
Odor source monitor is arranged at the smell source memory and is communicatively connected in a network in the processor.
An embodiment according to the present invention, the vehicle-mounted smell generating means include an alarm, wherein the alarm
It is communicatively connected in a network in the processor.
According to another aspect of the present invention, the working method for providing a vehicle-mounted smell generating means, wherein the work
Method includes the following steps：
One smell of Ontology learning is generated in response to a smell, whether one on-board air conditioner of detection is in starter；With
If the on-board air conditioner is not activated, an enabling signal is sent to the on-board air conditioner.
According to another aspect of the present invention, the working method for providing a vehicle-mounted smell generating means, wherein the work
Method includes the following steps：
(a) one air-out direction of an on-board air conditioner is obtained respectively and a smell generates an air-out direction of ontology；With
(b) air-out direction of the air-out direction and smell generation ontology that adjust the on-board air conditioner makes
The two is consistent.
An embodiment according to the present invention, the step (b) are implemented as：Keep the outlet air side of the on-board air conditioner
To the air-out direction for adjusting the smell generation ontology makes the two be consistent.
An embodiment according to the present invention, the step (b) are implemented as：Keep the smell generate ontology it is described go out
Wind direction, the air-out direction for adjusting the on-board air conditioner make the two be consistent.
An embodiment according to the present invention, the step (b) are implemented as：Adjust simultaneously the on-board air conditioner it is described go out
The air-out direction that wind direction and the smell generate ontology makes the two be consistent.
Description of the drawings
Fig. 1 is the stereoscopic schematic diagram of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Fig. 2 is the application schematic diagram of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Fig. 3 A and Fig. 3 B are the application schematic diagrams of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Fig. 4 A and Fig. 4 B are the application schematic diagrams of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Fig. 5 is the application schematic diagram of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Fig. 6 is the application schematic diagram of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Fig. 7 is the application schematic diagram of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention.
Specific implementation mode
It is described below for disclosing the present invention so that those skilled in the art can realize the present invention.It is excellent in being described below
Embodiment is selected to be only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It defines in the following description
The present invention basic principle can be applied to other embodiments, deformation scheme, improvement project, equivalent program and do not carry on the back
Other technologies scheme from the spirit and scope of the present invention.
It will be understood by those skilled in the art that the present invention exposure in, 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
Indicate or imply that signified device or element must have a particular orientation, with specific azimuth configuration and operation, 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,
The quantity of one element can be one, and in a further embodiment, the quantity of the element can be multiple, and term " one " is no
It can be interpreted as the limitation to quantity.
It is a vehicle-mounted smell generating means quilt according to a preferred embodiment of the present invention shown in refer to the attached drawing 1 and attached drawing 2
It illustrates, wherein the vehicle-mounted smell generating means can generate a variety of smells and can coordinate with the on-board air conditioner in a vehicle
Work.
Specifically, the vehicle-mounted smell generating means, which include a smell, generates ontology 10 and a processor 20, wherein institute
It states processor 20 to be communicatively connected in a network in smell generation ontology 10, the smell generates ontology 10 can be in the vehicle
One smell of interior generation, when the smell generates ontology 10 and generates a smell, if the on-board air conditioner is not activated, that
The processor 20 will send an enabling signal to the on-board air conditioner, and the smell can be passed by the on-board air conditioner
It broadcasts.
The on-board air conditioner inherently has outwardly the ability of outlet air in the i.e. vehicle, and described on-board air conditioner itself
It will be considered how in the design process so that the problem of cold air or heating from air-conditioning are rapidly full of entire vehicle.Phase
For the on-board air conditioner, the vehicle-mounted smell generating means itself are the smaller equipment of an air output, in the present invention,
The vehicle-mounted smell generating means can be by the powerful outlet air ability of the on-board air conditioner so that the vehicle-mounted smell generates dress
Space in the vehicle can be full of by setting the smell distributed.
Further, the vehicle-mounted smell generating means include an air conditioning exhausting detector 30 and a smell outlet air detector
40, wherein the air conditioning exhausting detector 30 and the smell outlet air detector 40 are communicatively connected in a network in the processor
20, the air conditioning exhausting detector 30 be used to detect the air-out direction of the on-board air conditioner, the smell outlet air detector 40
It is used to detect the air-out direction that the smell generates ontology 10, the smell generates ontology 10 and the on-board air conditioner is distinguished
It is controllably connected to the processor 20, the processor 20 is according to the air conditioning exhausting detector 30 and the smell outlet air
The air-out direction that detector 40 obtains an air-out direction of the on-board air conditioner respectively and the smell generates ontology 10 is distinguished
The air-out direction that both adjusts so that the air-out direction of the on-board air conditioner and the smell generate ontology 10 it is described go out
Wind direction is consistent.In this way, energy saving effect can be played.Such as in use, described
The air-out direction that smell generates ontology 10 is facing forward, and the air-out direction of the on-board air conditioner is the outlet air side of the two backwards
To on the contrary, so for the energy that the entire vehicle consumes, the smell generates the energy that ontology 10 is consumed by outlet air
Amount is unnecessary, because the smell, which generates the air-flow facing forward that ontology 10 generates and can encounter, comes from the on-board air conditioner life
At air-flow backwards blocking, and then be redirected.By adjusting the air-out direction of the two, can reach energy saving
Purpose.
It, can be with it is noted that the vehicle-mounted smell generating means can not only coordinate the on-board air conditioner to work
Different smells is generated, user different experience and impression are given according to the environment of environment.
Specifically, the smell, which generates ontology 10, includes an at least smell source memory 11 and a smell-generator 12,
Wherein the odor source memory 11 be used to store odor source, wherein the odor source is the source of smell, itself can be dissipated
It gets angry taste.The number of the smell source memory 11 can be one, can also be multiple, the different smell source memory 11
It can also be stored with different odor sources, identical odor source can also be stored with.The smell-generator 12 is by can be communicatively
The smell source memory 11 is connected to so that the odor source being stored in the smell source memory 11 is in the smell
Generator 12 generates gas and disseminates outwardly after treatment, and a variety of different gas can be generated to which the smell generates ontology 10
Taste.
The smell source memory 11 can store a variety of smells, and smell can come from fragrance, including but not limited to,
Such as, pyrrole draw imperial (pyralone), limonene, linalool, bata-phenethyl alcohol and beta-myrcene, nonadienal, imperial saliva furans,
The compound of pentyl vinyl carbinol, and the composition of such as vegetable oil and essence or " cocktail ", or selected from ester, straight
Line terpenes, cyclic terpene alkene, aromatic hydrocarbons, amine, alcohol, aldehydes, ester, ketone, lactone and thio-alcohol band odorous pacify for human body
Full compound.The different odor source devices store different smells, these smells according to a certain percentage with dosage phase
Mutually different smells can be generated after mixing.
The vehicle-mounted smell generating means further comprise a reference information getter 50, wherein the reference information obtains
Device 50 is communicatively connected in a network can by difference in the processor 20, the smell source memory 11 and the smell-generator 12
It is connected to control the processor 20, the processor 20 is communicatively connected in a network in the reference information getter 50, institute
State air conditioning exhausting detector and the smell outlet air detector.
The reference information getter 50 is for obtaining a reference information and the reference information being transferred to the processing
Device 20, the processor 20 generate an odiferous information according to the reference information, and the processor 20 is according to the odiferous information
It controls the smell source memory 11 and the smell-generator 12 generates a smell.
The odiferous information includes but is not restricted to a smell configuration data, and a smell forms data and a smell is defeated
Go out data, wherein the smell configuration data includes the gentle taste source configuration of smell Source Type.The smell namely formed uses
The type and quantity of the odor source stored in the smell source memory 11.It includes still and unlimited that the smell, which forms data,
Be formed on heating temperature, heating time, condensation temperature, condensation time, incorporation time etc., wherein the smell output data include but
It is to be not restricted to output speed, output frequency, output flow, output time etc..
More specifically, the smell-generator 12 includes a mixed cell 121 and a diffusing unit 122, wherein described
Diffusing unit 122 for propagating gas outwardly by way of atomization, and the mixed cell 121 is for mixing the odor source
It closes.
In this example, the mixed cell 121, which can be communicated in, is connected to the smell source memory 11, described to distribute
Described in unit 122 can be communicatively connected to the mixed cell 121 so as to be stored in the smell source memory 11
Odor source is transmitted to the external world after the mixed cell 121 is mixed by the diffusing unit 122, i.e., in vehicle.It is described
Diffusing unit 122 can be by heating, and the modes such as ultrasonic wave make the odor source in a manner of droplet either with gas
The mode of body propagates to the external world.
The diffusing unit 122 and the mixed cell 121 and the smell source memory 11 are distinguished controllably
The processor 20 is connected to so that the smell source memory 11,122 basis of the mixed cell 121 and the diffusing unit
One smell of the corresponding odiferous information generation of reference information.
The processor 20 obtains an odiferous information according to the reference information that the reference information getter 50 detects
And the smell source memory 11, the diffusing unit 122 and the mixed cell 121 are controlled according to the odiferous information.
The processor 20 is configured as：
The reference information that comes from the reference information getter 50 according to one and it is based on the smell source memory 11
Analysis obtains a matched odiferous information；With
The smell source memory 11 and the smell-generator 12 are controlled to generate a smell according to the odiferous information.
The smell generates ontology 10 and further comprises a monitor 13, wherein the monitor 13 is communicatively connected in a network
In the processor 20, the monitor 13 is used to monitor the work of the smell source memory 11 and the smell-generator 12
State.
The monitor 13 further comprises an odor source monitor 131, wherein the odor source monitor 131 is set
It in the smell source memory 11 and is communicatively connected in a network in the processor 20, the odor source monitor 131 is used for
The operating status of the smell source memory 11 is monitored, for example detects the number of the odor source in the smell source memory 11
Amount, type and storage.When the odor source monitor 131 is communicatively connected in a network in the processor 20, when the odor source
Memory 11 goes wrong, such as an odor source in the smell source memory 11 will exhaust, the processing
Device 20 will send an alarm signal.
The monitor 13 further comprises a mixed cell monitor 132, wherein 132 quilt of mixed cell monitor
It is arranged in the mixed cell 121 and is communicatively connected in a network in the processor 20,121 processor 20 of the mixed cell
Operating status for monitoring the mixed cell 121, such as detect the shape of the odor source in the mixed cell 121
State, such as temperature information, humidity information.That is, the diffusing unit monitor 15 can be a thermometer, a humidity
Meter or flow meters.
The monitor 13 further comprises a diffusing unit monitor 133, wherein 133 quilt of diffusing unit monitor
Setting is in the diffusing unit 122 and is communicatively connected in a network in the processor 20, and the diffusing unit monitor 133 is used
In the operating status for monitoring the diffusing unit 122, such as detect the odor source in the diffusing unit monitor 133
State, such as temperature information, humidity information, output speed etc..That is, the diffusing unit monitor 133 can be
Flow meters, a thermometer or a hygrometer.
By the odor source monitor 131, the mixed cell monitor 132 and the diffusing unit monitor 133,
The processor 20 understand that the smell source memory 11, the operation of the mixed cell 121 and the diffusing unit 122
State, and the smell source memory 11, the mixed cell 121 and the diffusing unit 122 are controlled to meeting the gas
The requirement of taste information.
Further, it includes an alarm 14 that the smell, which generates ontology 10, wherein the alarm 14 is by communicably
It is connected to the processor 20, the odor source in the odor source monitor 131 finds the smell source memory 11
For content already below a preset value, the processor 20 will send an alarm signal to the alarm 14, the alarm 14
Issue the user with alarm.
For the mixed cell 121, the mixed cell 121 has a mixing chamber.Each odor source is deposited
There is reservoir 11 accommodating chamber, the accommodating chamber to be arranged to that the mixing chamber can be communicated in so that described in the accommodating chamber
Odor source can reach the mixing chamber and be mixed.
Further, it includes a solvent container 15 that the smell, which generates ontology 10, wherein 15 quilt of solvent container
For accommodating solvent, such as distilled water, pure water, mineral water etc., the solvent container 15 have a solvent chamber, wherein institute
It states solvent chamber to be arranged to that the mixing chamber can be communicated in, so that the solvent of the solvent intracavitary can be in the mixing chamber and institute
State odor source mixing.
Solvent can be water, and the solvent is atomized rear and then is mixed with the odor source being equally atomized dilute to play
Release the effect of the odor source.If it is water, moisturizing can also be played the role of and increase humidity.
It is noted that in this example, it is single that the smell source memory 11 can be communicatively connected to the mixing
Member 121, and the smell source memory 11 can be rotatably provided in the mixed cell relative to the mixed cell 121
121, when the smell-generator 12 needs one or more of the odor source stored in the smell source memory 11
When, smell source memory 11 described in target is rotated into a predeterminated position, and then smell source memory 11 described in target is connected to
In the mixed cell 121 so that the odor source for being stored in smell source memory 11 described in target enters the mixing list
In member 121.Similarly, the solvent container 15 can also be in this way so that solvent enters the mixed cell
In 121.
Further, it includes a circular ring shape plummer 16 that the smell, which generates ontology 10, wherein the plummer 16 is by can
It is rotatingly connected to the mixed cell 121, the smell source memory 11 and/or the solvent container 15 are according to certain
Interval is housed inside the circular ring shape plummer 16.The smell source memory 11 and the solvent container 15 can be revolved
A position in alignment with the mixed cell 121 is gone to, the mixed cell 121 is then communicated in, so as to be stored in institute
It states smell source memory 11 or odor source in the solvent container 15 or solvent enters the mixed cell 121.
Further, it includes a display screen 17 that the smell, which generates ontology 10, wherein the display screen 17 is by communicably
In the processor 20 so that user interacts.Further, it includes a solvent container that the smell, which generates ontology 10,
15, wherein the solvent container 15 can be communicatively connected to the diffusing unit 122.
Shown in refer to the attached drawing 2, for example, according to the odiferous information, the smell needs to include a certain proportion of gas
Taste source A, odor source B and odor source C, the odor source that the plummer 16 is actuated to make to be stored with the odor source A are deposited
For reservoir 11 in alignment with the mixed cell 121, it is to be mixed that the odor source A is extracted in the mixed cell 121 etc., described
Plummer 16 is re-driven so that the smell source memory 11 for being stored with the odor source B is aligned in mixing list
Member 121, the odor source B is extracted in the mixed cell 121 for being already equipped with the odor source A, the plummer 16
It is re-driven so that the smell source memory 11 for being stored with the odor source C is aligned in the mixed cell 121, institute
It states odor source A, the odor source B and the odor source C and is all housed inside the mixed cell 121.
Certainly, it will be appreciated by persons skilled in the art that the solvent container 15 can be used alone, also
It says, the smell, which generates ontology 10, in vehicle can be taken as a humidifier, be accommodated in the water of the solvent container 15
Vapor can be atomized into play humidification.
Gas can be stored in the smell source memory 11, liquid either solid, the solvent container 15 is right
For this example it is not necessary in addition solvent not necessarily liquid in the solvent container 15, can also be
Air will directly propagate to after the smell source diluting of odor types in the external world or the smell source memory 11
Liquid can not either be diluted by the dissolving of the solvent is directly propagated the external world.The odor source can be pure
Compound can also be by the solution dissolved with the compound that can be scented of.
Further, it includes a control device that the smell, which generates ontology 10, wherein the control device includes one the
One control switch, one second control switch and a third control switch, wherein it is described first control switch be used to control it is each
Circulation between each accommodating chamber of the smell source memory 11 and the mixing chamber enters the mixing to control
The quantity or flow of the type of the odor source of intracavitary and the odor source for entering the mixing chamber, wherein described second
Control switch is used for the circulation between the solvent chamber of the solvent accommodating chamber and the mixing chamber and is entered from institute with controlling
Amount of solvents or flow that accommodating chamber enters the mixing chamber are stated, wherein third control switch be used to control described mix
Close the break-make between the mixing chamber and the diffusing unit 122 of unit 121.The control device is controllably connected to
The processor 20.
The diffusing unit 122 has an emission path, wherein one end of the emission path is controlled by the third
Switch can be communicatively connected to the mixing chamber of the mixed cell 121, and the other end of the emission path is connected to
It is extraneous.Smell in the mixing chamber is transferred into the external world after capable of being distributed by the emission path, such as with atomization
Mode.
Further, it includes a heating component that the smell, which generates ontology 10, wherein the heating component is arranged on institute
It states mixed cell 121 and is communicatively connected in a network in the processor 20.The processor 20 can be believed according to the smell
Breath controls the heating component and the odor source of the mixing in the mixed cell 121 and the solvent is carried out at heating
Reason.Such as cold winter inside the vehicle, in order to make user obtain comfortable impression, the smell generates ontology 10 and generates
The smell of one temperature being adapted with human body sendible temperature is so that user feels comfortable.
Further, it includes a cooling component that the smell, which generates ontology 10, wherein the cooling component is arranged on institute
It states mixed cell 121 and is communicatively connected in a network in the processor 20.The processor 20 can be believed according to the smell
Breath controls the cooling component and carries out cooling place for the odor source of the mixing in the mixed cell 121 and the solvent
Reason.Such as in hot summer, in order to make user obtain comfortable impression, it is lower that the smell generation ontology 10 generates one
Temperature so that user experienced in hot summer it is nice and cool.
Further, the smell-generator 12 includes an at least micropump, wherein the micropump be connected to it is described
Mixed cell 121 will be stored in the smell so that when the mixed cell 121 is communicated in the smell source memory 11
The odor source in source memory 11 transports the mixed cell 121 and is mixed.That is, the micropump quilt can
Communicatively it is connected to the smell source memory 11.The micropump also can be communicatively connected to the solvent container 15,
It, can be by the solvent container by the micropump when the solvent container 15 is communicated in the mixed cell 121
Solvent transport in 15 is mixed to the mixed cell 121.
Further, the smell-generator 12 includes a stirring parts, wherein the stirring parts are driveably set to
To stir the compounding substances in the mixed cell 121 in the mixed cell 121.The stirring parts are controllably connected to
The processor 20.
In use, the reference information getter 50 is able to detect that a reference information, wherein described with reference to letter
Breath can be the information of vehicle itself, such as vehicle position information, vehicle destination information, temperature in vehicle, humidity, sound
Sound, the various information such as illumination can also make the information of user in vehicle, such as subscriber identity information, age of user information are smart
Refreshing status information, the information such as taste preference.The reference information getter 50 can be communicatively connected in a network in extraneous interconnection
Net is to obtain the preference information of user based on internet big data.The reference information may also come from the letter of circle of friends
Breath, such as the tourist site information that user thumbs up.The institute that the processor 20 is detected according to the reference information getter 50
Reference information is stated, an odiferous information for being matched with the reference information is generated, the smell-generator 12 is then controlled and generates symbol
Close the smell of the odiferous information.
Specifically, first the processor 20 can be detected according to the reference information getter 50 it is described with reference to letter
Breath is analyzed, such as is analyzed the scene that the reference information is applied, illustrate but do not caused to limit to the present invention
System, spring user drive vehicle traveling in the notch that Spring is very much in the air, and the processor 20 is according to reference information getter 50
The spring in road is detected, Spring is very much in the air, and these reference informations show that corresponding scene should be includes " spring, life " these elements
A scene, then by the scene and a smell matching to generate an odiferous information.
It is understood that a scene can be matched with a variety of different smells, the processor 20 can according to
Data of the frequency of use at family either based on a public selection provide the suitable gas to the user by a preset program
Taste, based on an odiferous information of the smell being identified, the processor 20 controls the generation of the smell-generator 12 and meets
The smell of the odiferous information.
It will be appreciated by persons skilled in the art that the structure and type of above-mentioned smell generation ontology 10 be not right
The present invention causes to limit.In other examples of the present invention, the smell-generator 12 is dissipated including a mixed cell 121 and one
Bill member 122, wherein the diffusing unit 122 by that can penetrate through is connected to each smell source memory 11, and in institute
Under the control for stating processor 20, the diffusing unit 122 can obtain the odor source storage from the smell source memory 11
The odor source of characteristic type and quantity in device 11.In the present embodiment, the odor source is liquid.The mixed cell
121 are arranged on the diffusing unit 122 and by that can penetrate through are connected to the diffusing unit 122, the mixed cell 121
One end by being connected to the mixed cell 121 with can penetrating through, the other end of the mixed cell 121 is connected to the external world.
That is in the present embodiment, the odor source first passes through the diffusing unit 122 and becomes gas then in the mixed cell
In 121 the external world is passed to after mixing.
The diffusing unit 122 is controllably connected to the processor 20 so that the diffusing unit 122 is according to one
The odor source of certain type and quantity in the smell source memory 11 is atomized into gas by smell configuration information.It is described
Mixed cell 121 is run through the diffusing unit 122 and is then transmitted so that the odor source after atomization is mixed into a smell
To the external world.
The reference information getter 50 can be environment reference information getter 50 in a vehicle, for example a vehicle
Interior music reference information acquirer 50, smell reference information obtains in temperature reference information acquirer 50 and a vehicle in a vehicle
Device 50.
Music reference information acquirer 50 in the vehicle, temperature reference information acquirer 50 and the vehicle in the vehicle
Interior smell reference information getter 50 is communicatively coupled with the processor 20 respectively.
The reference information getter 50 can be personnel's reference information getter 50, wherein personnel's reference information
Getter 50 be used to detect an identity information about personnel in vehicle, state of mind information and physical condition information, vehicle
Interior personnel can be such as driver and passenger.Personnel's reference information getter 50 can be a camera, a voice
Receiver, a heart rate reference information getter 50 are passed to the processing to obtain a personal information as a reference information
Device 20.
The reference information getter 50 can also be a sensor, such as temperature sensor, smell sensor, heart rate
Sensor or infrared sensor.
The reference information getter 50 can be a locator, for obtaining a current vehicle location.The reference letter
Breath getter 50 can be communicatively connected in a network in an on-vehicle navigation apparatus, for obtaining a current vehicle location information and a vehicle
Destination information.
Further, it includes a wind turbine that the smell, which generates ontology 10, wherein the wind turbine is by being controllably connected to
Processor 20 is stated, the smell in vehicle is extracted into outside vehicle.It can be connected it is understood that the smell generates ontology 10
An on-board air conditioner is passed through, the smell in vehicle is extracted into vehicle by the on-board air conditioner.That is, the wind turbine for
For the present embodiment it is not necessary to.
When the processor 20 needs to change the smell life according to the information that the reference information getter 50 detects
Grow up to be a useful person 12 generations smell when, the wind turbine can be actuated to remaining smell removal in vehicle to avoid taint of odour.Or
It is that can detect that air is dirty in vehicle by working as the reference information getter 50, the processor 20 controls the wind turbine
It takes a breath.
It is answering for a vehicle-mounted smell generating means according to a preferred embodiment of the present invention shown in refer to the attached drawing 3A and 3B
It is elucidated with scene.
The vehicle-mounted smell generating means are generating a smell, and the on-board air conditioner is working, drying outwardly, passing through
The air conditioning exhausting detector 30 and the smell outlet air detector 40 detect an air-out direction and the institute of the on-board air conditioner
State smell generate ontology 10 an air-out direction it is not consistent, the processor 20 by adjusting the on-board air conditioner outlet air side
It is consistent to the air-out direction that the on-board air conditioner and the smell generate ontology 10 is made.
It is answering for a vehicle-mounted smell generating means according to a preferred embodiment of the present invention shown in refer to the attached drawing 4A and 4B
It is elucidated with scene.
The vehicle-mounted smell generating means are generating a smell, and the on-board air conditioner is working, drying outwardly, passing through
The air conditioning exhausting detector 30 and the smell outlet air detector 40 detect an air-out direction and the institute of the on-board air conditioner
The air-out direction for stating smell generation ontology 10 is not consistent, and the processor 20 generates ontology 10 by adjusting the smell
Air-out direction makes the air-out direction that the on-board air conditioner and the smell generate ontology 10 be consistent.
In this example, the smell generates ontology 10 and is rotatablely arranged at the vehicle, and the smell generates this
There is body 10 smell to export 100, generate the rotation of ontology 10 by the smell to change the outlet air of the smell outlet 100
Direction.
Shown in refer to the attached drawing 5, the application scenarios of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention
It is elucidated with.
The vehicle-mounted smell generating means are generating a smell, and the on-board air conditioner is working, drying outwardly, passing through
The air conditioning exhausting detector 30 and the smell outlet air detector 40 detect an air-out direction and the institute of the on-board air conditioner
The air-out direction for stating smell generation ontology 10 is not consistent, and the processor 20 generates ontology 10 by adjusting the smell
Air-out direction makes the air-out direction that the on-board air conditioner and the smell generate ontology 10 be consistent.
In this example, the smell generates ontology 10 and is equipped with a nozzle 60, wherein the nozzle 60 can be connected to
Ground is set to the smell outlet 100.It is noted that the nozzle 60, which is rotatablely arranged at the smell, generates this
Body 10 changes the air-out direction of the smell generation ontology 10,60 quilt of the nozzle by adjusting the direction of the nozzle 60
It is controllably connected to the processor 20.
It is the applied field of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention shown in refer to the attached drawing 6
Scape is elucidated with.
The vehicle-mounted smell generating means are generating a smell, and the on-board air conditioner is working, drying outwardly, passing through
The air conditioning exhausting detector 30 and the smell outlet air detector 40 detect an air-out direction and the institute of the on-board air conditioner
The air-out direction for stating smell generation ontology 10 is not consistent, and the processor 20 generates ontology 10 by adjusting the smell
The air-out direction of air-out direction and the on-board air conditioner makes the on-board air conditioner and the smell generate the outlet air side of ontology 10
To being consistent.
In this example, the direction of the on-board air conditioner and smell generation ontology 10 is adjusted simultaneously, such as same
When both direction towards the middle be located proximate to.
It is the applied field of a vehicle-mounted smell generating means according to a preferred embodiment of the present invention shown in refer to the attached drawing 7
Scape is elucidated with.
One vehicle drive on road, front that the reference information getter 50 gets a vehicle be exactly ocean this
Information, the processor 20 generate the smell letter that can bring the impression of user ocean according to the reference information getter 50
Breath, the smell generate ontology 10 and generate a smell in the vehicle according to odiferous information generation.
The smell outlet air detector 40 detects that the smell generates an air-out direction of ontology 10, the air conditioning exhausting
Detector 30 detects an air-out direction of the on-board air conditioner, and the direction of the two is not consistent, and the processor 20 controls institute
It states nozzle 60 and changes the air-out direction that the smell generates ontology 10 in a manner of rotating the nozzle 60, to keep the spray
The direction of mouth 60 is consistent with the direction of the on-board air conditioner, so that the smell is experienced more quickly by user.
According to another aspect of the present invention, the working method for providing a vehicle-mounted smell generating means, includes the following steps：
One air-out direction of an on-board air conditioner is obtained respectively and a smell generates an air-out direction of ontology；
The air-out direction of the air-out direction and smell generation ontology that adjust the on-board air conditioner makes two
Person is consistent.
An embodiment according to the present invention, the step (b) are implemented as：Keep the outlet air side of the on-board air conditioner
To the air-out direction for adjusting the smell generation ontology makes the two be consistent.
An embodiment according to the present invention, the step (b) are implemented as：Keep the smell generate ontology it is described go out
Wind direction, the air-out direction for adjusting the on-board air conditioner make the two be consistent.
An embodiment according to the present invention, the step (b) are implemented as：Adjust simultaneously the on-board air conditioner it is described go out
The air-out direction that wind direction and the smell generate ontology makes the two be consistent.
An embodiment according to the present invention, the step (a) are implemented as：
Judge whether an on-board air conditioner is in running order,
If so, obtaining an air-out direction of the outlet air method and smell generation ontology of the on-board air conditioner.
An embodiment according to the present invention, the step (b) are implemented as：
Judge whether the on-board air conditioner is in a working condition,
If so, adjusting the air-out direction of the air-out direction and smell generation ontology of the on-board air conditioner
So that the two is consistent；If it is not, starting the on-board air conditioner and adjusting the air-out direction of the on-board air conditioner
The air-out direction that ontology is generated with the smell makes the two be consistent.
According to another aspect of the present invention, a vehicle is provided, wherein the vehicle includes：
One vehicle body and vehicle-mounted smell generating means according to any one of the preceding claims, wherein the vehicle-mounted gas
Taste generating means are arranged at the vehicle body.
It should be understood by those skilled in the art that the embodiment of the present invention shown in foregoing description and attached drawing is only used as illustrating
And it is not intended to limit the present invention.The purpose of the present invention has been fully and effectively achieved.The function and structural principle of the present invention exists
It shows and illustrates in embodiment, under without departing from the principle, embodiments of the present invention can have any deformation or modification.
Claims (20)
1. a vehicle-mounted smell generating means are applied to a vehicle, wherein the vehicle is configured with an on-board air conditioner, feature exists
In, including：
One smell generates ontology, and the smell generates ontology and exported with a smell；With
One processor, the processor is communicatively connected in a network generates ontology in the smell, if generating this in the smell
Body generates a smell, and for the on-board air conditioner not in the case of working condition, the processor sends an enabling signal to described
On-board air conditioner, the smell are propagated by the on-board air conditioner.
2. vehicle-mounted smell generating means according to claim 1, further comprise an air conditioning exhausting detector and a smell
Outlet air detector, wherein the air conditioning exhausting detector and the smell outlet air detector be communicatively coupled with respectively it is described
Processor, the on-board air conditioner are controllably connected to the processor, and the processor is detected according to the air conditioning exhausting
Device obtain about an air-out direction of the on-board air conditioner and according to the smell outlet air detector acquisition about the gas
Taste generates an air-out direction of ontology, adjust the air-out direction of the on-board air conditioner so that the on-board air conditioner it is described go out
The air-out direction that wind direction and the smell generate ontology is consistent.
3. vehicle-mounted smell generating means according to claim 1, further comprise an air conditioning exhausting detector and a smell
Outlet air detector, wherein the air conditioning exhausting detector and the smell outlet air detector be communicatively coupled with respectively it is described
Processor, the smell generate ontology and are controllably connected to the processor, and the processor is according to the air conditioning exhausting
Detector acquisition about an air-out direction of the on-board air conditioner and according to the smell outlet air detector acquisition about institute
The air-out direction that smell generates ontology is stated, adjusts the air-out direction of the smell outlet so that the smell generates ontology
The air-out direction and the smell generate ontology the air-out direction be consistent.
4. vehicle-mounted smell generating means according to claim 3, further comprise an at least nozzle, wherein the nozzle quilt
It is rotatablely arranged at the smell outlet and the nozzle is controllably connected to the processor, the processor is logical
The mode for crossing the direction for adjusting the nozzle adjusts the air-out direction that the smell generates ontology.
5. vehicle-mounted smell generating means according to claim 3, wherein the smell generate ontology by rotatably arranged with
In the vehicle and it is controllably connected to the processor, the processor generates ontology by rotating the smell
Mode adjusts the air-out direction that the smell generates ontology.
6. vehicle-mounted smell generating means according to claim 1, further comprise an air conditioning exhausting detector and a smell
Outlet air detector, wherein the air conditioning exhausting detector and the smell outlet air detector be communicatively coupled with respectively it is described
Processor, the smell generates ontology and the on-board air conditioner is controllably connected to the processor, the processing respectively
Device is according to the air conditioning exhausting detector acquisition about an air-out direction of the on-board air conditioner and according to the smell outlet air
The air-out direction that ontology is generated about the smell of detector acquisition, adjust smell outlet the air-out direction and
The air-out direction of the on-board air conditioner is so that the smell generates the air-out direction of ontology and the smell generates this
The air-out direction of body is consistent.
7. vehicle-mounted smell generating means according to claim 6, further comprise an at least nozzle, wherein the nozzle quilt
It is rotatablely arranged at the smell outlet and the nozzle is controllably connected to the processor, the processor is logical
The mode for crossing the direction for adjusting the nozzle adjusts the air-out direction that the smell generates ontology.
8. vehicle-mounted smell generating means according to claim 6, wherein the smell generate ontology by rotatably arranged with
In the vehicle and it is controllably connected to the processor, the processor generates ontology by rotating the smell
Mode adjusts the air-out direction that the smell generates ontology.
9. vehicle-mounted smell generating means according to any one of claims 1 to 8, wherein it includes a gas that the smell, which generates ontology,
Taste source memory and a smell-generator, wherein the odor source memory is used to store an odor source, wherein each gas
Taste source memory is connected to the smell-generator with can penetrating through.
10. vehicle-mounted smell generating means according to claim 9, further comprise a reference information getter, wherein institute
It states reference information getter to be communicatively connected in a network in the processor, the processor controls respectively according to the reference information
The smell source memory and the odor source generator are to generate a smell.
11. vehicle-mounted smell generating means according to claim 10, wherein the smell-generator includes a mixed cell
It is described wherein one end of the mixed cell by being connected to each smell source memory in which can penetrate through with a diffusing unit
The other end of mixed cell is connected to the diffusing unit in which can penetrate through, and the diffusing unit is communicated in the external world so that described
Odor source first passes around the mixed cell mixing and is passed to the external world after the diffusing unit distributes again.
12. vehicle-mounted smell generating means according to claim 10, wherein the smell-generator includes a mixed cell
With a diffusing unit, wherein one end of the diffusing unit is connected to each smell source memory, the diffusing unit
The other end be connected to the mixed cell, the mixed cell is communicated in the external world so that the odor source first passes around institute
State diffusing unit distribute using the mixed cell mix after be passed to the external world.
13. vehicle-mounted smell generating means according to claim 11 or 12, wherein the vehicle-mounted smell generating means include
An at least solvent container, the solvent container are connected to the smell-generator with can penetrating through.
14. vehicle-mounted smell generating means according to claim 9, wherein the vehicle-mounted smell generating means include a smell
Source monitor, wherein the odor source monitor is arranged at the smell source memory and is communicatively connected in a network in described
Processor.
15. vehicle-mounted smell generating means according to claim 9, wherein the vehicle-mounted smell generating means include an alarm
Device, wherein the alarm is communicatively connected in a network in the processor.
16. the working method of a vehicle-mounted smell generating means, which is characterized in that include the following steps：
One smell of Ontology learning is generated in response to a smell, whether one on-board air conditioner of detection is in starter；With
If the on-board air conditioner is not activated, an enabling signal is sent to the on-board air conditioner.
17. the working method of a vehicle-mounted smell generating means, which is characterized in that include the following steps：
(a) air-out direction of the air-out direction and smell generation ontology of an on-board air conditioner is obtained respectively；With
(b) air-out direction of the air-out direction and smell generation ontology that adjust the on-board air conditioner makes the two
It is consistent.
18. working method according to claim 17, wherein the step (b) is implemented as：Keep the on-board air conditioner
The air-out direction, adjust the smell and generate the air-out direction of ontology and both to be consistent.
19. working method according to claim 17, wherein the step (b) is implemented as：The smell is kept to generate
The air-out direction of ontology, the air-out direction for adjusting the on-board air conditioner make the two be consistent.
20. working method according to claim 17, wherein the step (b) is implemented as：It adjusts simultaneously described vehicle-mounted
The air-out direction that the air-out direction of air-conditioning and the smell generate ontology makes the two be consistent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810257025.8A CN108437752A (en) | 2018-03-27 | 2018-03-27 | Vehicle-mounted smell generating means and its application |
Applications Claiming Priority (1)
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|---|---|---|---|
| CN201810257025.8A CN108437752A (en) | 2018-03-27 | 2018-03-27 | Vehicle-mounted smell generating means and its application |
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