CN106919128A - Digitlization gas generating unit and method - Google Patents
Digitlization gas generating unit and method Download PDFInfo
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- CN106919128A CN106919128A CN201710202122.2A CN201710202122A CN106919128A CN 106919128 A CN106919128 A CN 106919128A CN 201710202122 A CN201710202122 A CN 201710202122A CN 106919128 A CN106919128 A CN 106919128A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J7/00—Apparatus for generating gases
Abstract
The invention discloses one kind digitlization gas generating unit, including obtain and generate the instruction generation unit of the smell control instruction that application scenarios are adapted；For receiving the smell control instruction, and the smell control instruction is changed into Programmed control instruction, control the smell that corresponding volatility of raw material is gas to produce and control unit from time, concentration dimension by described program control instruction；The mixing that the smell produces the various smells being input into control unit is completed for mixing, controlled output flow simultaneously exports the odor dispersion unit for mixing smell；And for the instruction generation unit, smell produce the power supply unit that electric power is provided with control unit and smell diffusing unit.The present invention is by modes such as instruction interaction or remote data transmissions, smell instruction needed for obtaining scene, the corresponding smell of generation is instructed by smell, and the generation of smell is controlled by dimensions such as time, concentration, make the taste for blending truer, reach more preferable Consumer's Experience.
Description
Technical field
The present invention relates to the technical field of gas generating unit, and in particular to digitlization gas generating unit and method.
Background technology
Function with the intelligent mobile terminal of mobile Internet is become stronger day by day, and the form of film and TV is also constantly
Innovation, people also also have more diversified demand to the function of intelligent mobile terminal, and existing intelligent mobile terminal can be with
Simulation produces a virtual world for three dimensions, there is provided simulation of the user on sense organs such as vision, the sense of hearing, tactiles, allowing makes
User can in time, without limitation observe the things in three-dimensional space as being personally on the scene, and people are for its sense organ
It is required that also more and more higher, especially virtual smell.
Virtual smell refers to that virtual environment can allow user to smell truly in the interactive process of user and virtual environment
Smell, is the important component of virtual reality system, is the focus and difficult point of virtual reality research field.More and more grind
Study carefully and show, virtual smell can greatly strengthen perceptibility, the property immersed, interactivity and the imagination of virtual reality system, can be extensive
It is applied to many fields such as industry, medical science, education, amusement and military affairs.In terms of amusement, using virtual smell generating means in electricity
The smell of uniqueness is added in shadow, viewer experience can be recognized to more distinguished effect etc..
In the prior art, the smell that existing smell method for generation and device can be produced substantially covers human olfactory
The most smells that can be told.But, existing smell generator can only produce single smell or can only produce
Default taste during factory, it is not intelligent enough, and specific taste can not be produced in the specified time with demand, reduce client's
Experience.
In view of this, it is badly in need of providing that a kind of smell more true, user's olfactory sensations are more preferable and more intelligentized numeral
Change gas generating unit and method.
The content of the invention
In order to solve the above-mentioned technical problem, the invention provides one kind digitlization gas generating unit, including：
Obtain and generate the instruction generation unit of the adaptable smell control instruction of application scenarios；
For receiving the smell control instruction, and the smell control instruction is changed into Programmed control instruction, led to
Cross described program control instruction controls the smell that corresponding volatility of raw material is gas to produce and control list from time, concentration dimension
Unit；
The mixing that the smell produces the various smells being input into control unit is completed for mixing, controlled output flow is simultaneously
The odor dispersion unit of output mixing smell；
And for the instruction generation unit, smell produce the power supply that electric power is provided with control unit and smell diffusing unit
Unit.
In such scheme, the instruction generation unit includes carrying out exchanging for data and instruction with applications equipment,
And obtain the communication module of smell control instruction.
In such scheme, the smell is produced includes control module, volatilization control module, raw material storage with control unit
The gentle flow control module of module；
The control module is connected with the communication module；The control module receives the finger that the communication module sends
Order, and the control instruction is decomposed into control signal is conveyed to and be connected with the communication module, to the control module of volatilizing,
Gas flow optimized module and the odor dispersion unit；
The volatilization control module is connected with the control module and the raw material storage module respectively, the volatilization control
Molding root tuber controls the raw material storage module Central Plains according to the described program control instruction for receiving from dimensions such as time, concentration
The volatilization of material is volatilization state raw material；
The gas flow optimized module controls the gas to be input into the gas according to the described program control instruction for receiving
The speed of taste diffusing unit.
In such scheme, the smell is produced also to be included for monitoring each raw material in raw material storage module with control unit
Remaining content of starting materials monitoring module；And/or
The raw material monitoring module is connected to monitor the alarm module of the raw material storage module raw material predetermined amount, and
To the monitoring and early warning module of equipment working state.
In such scheme, the volatilization control module makes institute by technologies such as temperature control, injection, ultrasonic wave or laser
Various volatility of raw material are volatilization state raw material in stating raw material storage module；And/or
The gas flow optimized module controls formula technology, gas to aspirate by valve-type technology, changeable flow, air pump liquid pump or
The gases described in technical controlling such as atomization are input into the speed and dosage of the odor dispersion unit.
In such scheme, the communication module by the mode such as wired or wireless and applications equipment carry out data and
The exchange of instruction.
In such scheme, the odor dispersion unit includes gas mixing and gas output module；
The gas mixing is connected with the gas flow optimized module and the gas output module respectively；The gas
Mixing module receives the volatilization state raw material of the gas flow optimized module feeding, and is sufficiently mixed the volatilization state raw material；
The gas output module is the end by natural diverging, flow-controllable diverging or the output of vectored injection gas
Mouthful.
Present invention also offers one kind digitlization gas generating method, comprise the following steps：
A1, obtain and generate the adaptable smell control instruction of application scenarios；
A2, smell control instruction is changed into the instruction of corresponding Programmed control, it is former according to Programmed control instruction control
Material volatilization is for volatilization state raw material and exports；
A3, state raw material that different inputs are volatilized mix and export mixed gas.
In the above-mentioned methods, the step S2 specifically includes following steps：
A21, smell control instruction is changed into the instruction of corresponding Programmed control；
A22, the volatilization for controlling raw material from dimensions such as time, concentration according to Programmed control instruction；
A23, the volatilization state raw material for exporting each generation, and controlled output speed.
In the above-mentioned methods, the step S3 specifically includes following steps：
A31, the volatilization state raw material for receiving input are simultaneously sufficiently mixed all volatilization state raw materials；
A32, according to Programmed control instruction, control mixed volatilization state raw material is distributed from spouting velocity, direction etc. in terms of.
The present invention is by the modes such as instruction interaction or remote data transmission, the smell instruction needed for obtaining scene, by gas
The taste instruction corresponding smell of generation, the generation of smell is controlled by dimensions such as time, concentration, makes the taste for blending truer,
Reach more preferable Consumer's Experience；Can also according to demand, setting instruction makes gas generating unit pass through the speed for controlling to spray air-flow
To control the concentration of the gas for giving out.
Brief description of the drawings
The schematic diagram of the digitlization gas generating unit that Fig. 1 is provided for the present invention；
The structured flowchart of the digitlization gas generating unit that Fig. 2 is provided for the present invention；
The flow chart of the digitlization gas generating method that Fig. 3 is provided for the present invention；
Fig. 4 is the flow chart of the idiographic flow of step S2 in Fig. 3；
Fig. 5 is the flow chart of the idiographic flow of step S3 in Fig. 3.
Specific embodiment
The present invention is by the modes such as instruction interaction or remote data transmission, the smell instruction needed for obtaining scene, by gas
The taste instruction corresponding smell of generation, the generation of smell is controlled by dimensions such as time, concentration, makes the taste for blending truer,
Reach more preferable Consumer's Experience；Can also according to demand, setting instruction makes gas generating unit pass through the speed for controlling to spray air-flow
To control the concentration of the gas for giving out.The present invention is made in detail with reference to specific embodiment and Figure of description
Explanation.
As shown in Figure 1-2, the invention provides one kind digitlization gas generating unit, including：
Obtain and generate the instruction generation unit 10 of the adaptable smell control instruction of application scenarios.
Smell produce with control unit 20, receive the smell control instruction of the generation of instruction generation unit 10, and by smell control
System is instruction morphing into Programmed control instruction, is instructed from dimensions such as time, concentration by Programmed control and controls corresponding raw material
It is gas to volatilize.
Odor dispersion unit 30, the various smells being input into control unit 20, controlled output stream are produced for mixing smell
Measure and export mixing smell.
And the power supply unit 40 of electric power is provided for above-mentioned all units.
Instruction generation unit 10 includes carrying out data with applications equipment (for example, computer, mobile phone, VR helmets etc.) and refers to
The communication module 101 of the exchange of order, communication module 101 is by wired (for example, usb data interface) or wireless (for example, bluetooth number
According to transmission) etc. mode and applications equipment (for example, computer, mobile phone, VR helmets etc.) carry out the exchange of data and instruction, obtain
The smell control instruction being adapted with application scenarios, and send to smell generation and control unit 20.
Smell produce with control unit 20 include control module 201, volatilization control module 202, raw material storage module 203,
Gas flow optimized module 204 and raw material monitoring module 205.
Control module 201 is wirelessly connected with communication module 101, the smell control that control module 201 sends communication module 101
Instruction processed is processed, and is converted into corresponding Programmed control instruction, and the corresponding Programmed control that will be generated instructs difference
Send to volatilization control module 202, gas flow optimized module 204 and odor dispersion unit 30.
Volatilization control module 202 is connected with control module 201 and raw material storage module 203 respectively, control module of volatilizing
202 make the various volatility of raw material that are stored in raw material storage module 203 into gas according to the instruction of the Programmed control of control module 201
Body.Volatilization control module 202 can be reached using distinct methods such as temperature control, spraying technique, ultrasonic technology, laser technologies
To making various volatility of raw material in raw material storage module 204 be the volatilization state raw material of demand concentration, including gas or other be easy to scattered
Form of hair etc., lower mask body illustrates the present apparatus by taking gas as an example.
Volatilization control module 202 is according to the Programmed control instruction for receiving from the dimensions such as time, concentration control raw material storage
The volatilization of raw material in storing module 203.
The original that raw material storage module 203 can be stored with different shape (coating, liquid, compressed gaseous, solid material etc.)
Material.Raw material storage module 202 is connected with gas flow optimized module 204；Raw material storage module 203 is designed as consumptive material module, can be with
It is filled, replaces.
Raw material monitoring module 205 is connected with raw material storage module 203, for monitoring each raw material in raw material storage module 203
Surplus；Raw material monitoring module 205 is also connected with alarm module 211 and for the monitoring and early warning module to equipment working state
212, any one original for being disposed to be monitored in raw material storage module 203 when raw material monitoring module 205 of alarm module 211
When material is less than predetermined amount, it will remind user or staff's insufficient raw material by alarm, flicker or other prompting modes, need to add
Plus corresponding raw material.
The Programmed control instruction that gas flow optimized module 204 sends according to control module 201, control volatilization control module
The gas that 202 volatilizations are formed is input into the speed and dosage of odor dispersion unit 30, so as to reach to entering odor dispersion list
The control of the matched proportion density of all kinds of unstrpped gases, can blend more real smell according to the demand of scene in unit 30,
User is set to obtain more preferable virtual experience.Gas flow optimized module can using valve-type, changeable flow control formula, gas suction,
Air pump liquid pump, atomization the technology such as distribute and realize.
Odor dispersion unit 30 includes gas mixing 301 and gas output module 302.
Gas mixing 301 is cavity volume, is connected with gas flow optimized module 204 and gas output module 302 respectively；Gas
The various gases of the feeding of 301 receiving air-flow control module of mixing module 204, make the various gases of all entrance be sufficiently mixed (root
According to particular demands, one or more mixing of gas is completed)；According to the demand of application scenarios, gas mixing 301 possesses interior
Portion's gas can carry out non-emission type and empty and clean, need to again to receive the function of new gas mixing because of demand.
Gas output module 302 is the port of gas output.Gas output module 302, can be using certainly according to application scenarios
The modes such as right diverging, flow-controllable diverging, vectored injection control distributing for mixed gas.Control module 201 is responsible for output mould
Block sends command adapted thereto, makes gas output module 302 in some scenarios, possesses the detergent power to environmental gas, so as to
When smell changes, environmental gas are carried out with taste removal (for example, under VR helmet scenes, being emptied to nose gas).
Control module 201 is the central control module of equipment, receives control instruction from communication module 101, by control instruction
It is decomposed into control signal and is conveyed to volatilization control module 202, gas flow optimized module 204 and gas output module 302, so as to realizes
Equipment presses instruction works.
Power supply module 40 provides electric power for whole device.Can be connect using USB power source, mobile phone according to the demand of application scenarios
The modes such as mouth, independent current source, battery (battery) are powered.
The present apparatus can exist as stand-alone terminal, can be also integrated in other equipment as embedded module.
The device operation principle of present invention offer is provided：
Applications equipment will generate according to scene demand and data and instruct and send to communication module 101, communication module
101 data that will be received and instruction are converted to the recognizable smell control instruction of control module 201 and send to control module
201；Data and instruction are converted to corresponding Programmed control instruction by control module 201, and respectively by corresponding sequencing control
System instruction is sent to volatilization control module 202, gas flow optimized module 204 and odor dispersion unit 30.
Volatilization control module 202 is according to the corresponding Programmed control instruction for receiving is from the speed, concentration volatilized and waves
The control of the aspects such as the time sequencing of hair is stored in the various volatility of raw material in raw material storage module 203, while gas flow optimized module
The 204 Programmed control instructions sent according to control module 201, wave from the dimensions such as time, concentration control volatilization control module 202
Send out the smell for being formed and enter gas mixing 301, make to enter the mixing of all kinds of (one or more) in gas mixing 301
After uniform, gas output module 302 is instructed according to the corresponding Programmed control for receiving and controlled in terms of spouting velocity, direction etc.
Mixed gas processed are distributed.
For example, user is when movie theatre watches 3D films, scene therein moves towards a piece of Rose Garden from far near, and with micro-
Wind；Now, communication module 101 will receive the smell control instruction being adapted with this application scene first, and be sent to control
201 turns of molding block is instructed outward for Programmed control, and volatilization control module 202 is instructed according to the Programmed control of control module 201
Make the various volatility of raw material being stored in raw material storage module 203 and be input into be mixed to form rose into gas mixing 301
The gas of fragrance, because scene is to move towards Rose Garden from far near, therefore volatilization control module 202 will control raw material storage module
The concentration that 203 raw material changes over time volatilization is more and more denseer, meanwhile, gas flow optimized module 204 controls each raw material to be input into gas
Body mixing module 301 also will be increasingly faster, finally, due to gentle breeze in scene, therefore gas output module 302 will be according to control
The instruction changeable flow control formula ejection rose taste gas that molding block 201 sends.
As shown in figure 3, present invention also offers one kind digitlization gas generating method, comprising the following steps：
S1, obtain and generate the adaptable smell control instruction of application scenarios.
S2, smell control instruction is changed into the instruction of corresponding Programmed control, it is former according to Programmed control instruction control
Material volatilization state raw material and is exported for volatilization, volatilization state raw material including gas or other be easy to the form that distributes etc., lower mask body with
This method is illustrated as a example by gas.
Specifically include following steps：
S21, smell control instruction is changed into the instruction of corresponding Programmed control.
S22, the volatilization for controlling raw material from dimensions such as time, concentration according to Programmed control instruction.In order that the change of smell
Change trend realizes Programmed control, and this method it is also proposed the digitlization statement to smell, so as to realize the numeral of smell instruction
Change transmission, the digital definition of smell is specific as follows：
If method for generation is the meat flavor formulating technology based on n kind raw materials, the change to a kind of taste on a time dimension can
Stated with character matrix the following：
Wherein, the meaning of the individual parameter in matrix is：
Oi is the raw material of definition；
Di is the concentration that the raw material needs to reach；
STi starts the volatilization time for the raw material；
ETi is the time that the raw material terminates volatilization；
Ci is the parameter expanded (can need to add other control parameters because of application scenarios) for retaining；
S23, the gas for exporting each generation, and controlled output speed reaches the effect of controlled output gas concentration.
S3, by different input gas mixings and mixed gas are exported.Specifically include following steps：
S31, the gas for receiving input are simultaneously sufficiently mixed all gas.
S32, according to Programmed control instruction, control mixed gas are distributed from spouting velocity, direction etc. in terms of.
The present invention is not limited to above-mentioned preferred forms, and anyone should learn the knot made under enlightenment of the invention
Structure change, it is every with of the invention with same or like technical scheme, each fall within protection scope of the present invention.
Claims (10)
1. gas generating unit is digitized, it is characterised in that including：
Obtain and generate the instruction generation unit of the adaptable smell control instruction of application scenarios；
For receiving the smell control instruction, and the smell control instruction is changed into Programmed control instruction, by institute
State Programmed control instruction controls the smell that corresponding volatility of raw material is gas to produce and control unit from time, concentration dimension；
The mixing that the smell produces the various smells being input into control unit is completed for mixing, controlled output flow is simultaneously exported
Mix the odor dispersion unit of smell；
And for the instruction generation unit, smell produce the power supply list that electric power is provided with control unit and smell diffusing unit
Unit.
2. digitlization gas generating unit as claimed in claim 1, it is characterised in that the instruction generation unit include with it is outer
Portion's application apparatus carries out the exchange of data and instruction, and obtains the communication module of smell control instruction.
3. it is as claimed in claim 2 to digitize gas generating unit, it is characterised in that the smell is produced and control unit bag
Include control module, volatilization control module, the gentle flow control module of raw material storage module；
The control module is connected with the communication module；The control module receives the instruction that the communication module sends, and
The control instruction is decomposed into control signal it is conveyed to and be connected with the communication module, to the volatilization control module, air-flow
Control module and the odor dispersion unit；
The volatilization control module is connected with the control module and the raw material storage module respectively, the volatilization control mould
Root tuber controls raw material in the raw material storage module according to the described program control instruction for receiving from dimensions such as time, concentration
It is volatilization state raw material to volatilize；
The gas flow optimized module controls the volatilization state raw material to be input into described according to the described program control instruction for receiving
The speed of odor dispersion unit.
4. it is as claimed in claim 3 to digitize gas generating unit, it is characterised in that the smell is produced with control unit also
Including the remaining content of starting materials monitoring module for monitoring each raw material in raw material storage module；And/or
The raw material monitoring module is connected to monitor the alarm module of the raw material storage module raw material predetermined amount, and pair sets
The monitoring and early warning module of standby working condition.
5. it is as claimed in claim 3 to digitize gas generating unit, it is characterised in that the volatilization control module passes through temperature
Control, spray, various volatility of raw material are volatilization state raw material during the technology such as ultrasonic wave or laser makes the raw material storage module；With/
Or
The gas flow optimized module controls formula technology, gas suction, air pump liquid pump or atomization by valve-type technology, changeable flow
Dispensing technique controls the gas to be input into the speed and dosage of the odor dispersion unit.
6. it is as claimed in claim 3 to digitize gas generating unit, it is characterised in that the communication module is by wired or nothing
The modes such as line and applications equipment carry out exchanging for data and instruction.
7. it is as claimed in claim 3 to digitize gas generating unit, it is characterised in that the odor dispersion unit includes gas
Mixing module and gas output module；
The gas mixing is connected with the gas flow optimized module and the gas output module respectively；The gas mixing
Module receives the volatilization state raw material of the gas flow optimized module feeding, and is sufficiently mixed the volatilization state raw material；
The gas output module is the port by natural diverging, flow-controllable diverging or the output of vectored injection gas.
8. gas generating method is digitized, it is characterised in that comprised the following steps：
A1, obtain and generate the adaptable smell control instruction of application scenarios；
A2, smell control instruction is changed into the instruction of corresponding Programmed control, waved according to Programmed control instruction control raw material
Send out as volatilization state raw material and export；
A3, state raw material that different inputs are volatilized mix and export mixed gas.
9. it is as claimed in claim 8 to digitize gas generating method, it is characterised in that the step A2 specifically includes following step
Suddenly：
A21, smell control instruction is changed into the instruction of corresponding Programmed control；
A22, the volatilization for controlling raw material from dimensions such as time, concentration according to Programmed control instruction；
A23, the volatilization state raw material for exporting each generation, and controlled output speed.
10. it is as claimed in claim 8 to digitize gas generating method, it is characterised in that the step A3 specifically includes following
Step：
A31, the volatilization state raw material for receiving input are simultaneously sufficiently mixed all volatilization state raw materials；
A32, according to Programmed control instruction, control mixed volatilization state raw material is distributed from spouting velocity, direction etc. in terms of.
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| CN111388729A (en) * | 2020-02-10 | 2020-07-10 | 吉利汽车研究院（宁波）有限公司 | Target odor manufacturing method, device, system and storage medium |
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| CN114840093A (en) * | 2022-07-04 | 2022-08-02 | 江西工业贸易职业技术学院 | Smell simulation control system and method based on VR equipment |
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