CN205961515U - Emergency light based on speech control - Google Patents
Emergency light based on speech control Download PDFInfo
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- CN205961515U CN205961515U CN201620795173.1U CN201620795173U CN205961515U CN 205961515 U CN205961515 U CN 205961515U CN 201620795173 U CN201620795173 U CN 201620795173U CN 205961515 U CN205961515 U CN 205961515U
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- emergency light
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- voice
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Abstract
The utility model is suitable for a lighting technology field provides an emergency light based on speech control, includes power module, control module, pronunciation detection module and LED lamp at least, power module for provide the power, power module with control module electric connection, pronunciation detection module for detect user's sound control order, and will sound control order send for control module, pronunciation detection module with control module electric connection, control module is used for the basis pronunciation detection module send sound control order control the work of LED lamp. Therefore, the utility model discloses an emergency light based on speech control can pass through speech control to it is more convenient to operate.
Description
Technical field
This utility model is related to lighting technical field, and more particularly, to one kind is based on voice-operated emergency light.
Background technology
With the development of human civilization, tellurian non-renewable energy resources are fewer and feweri, and green, the energy of low emission use
Following main flow will be become.Emergency light is the light fixture of emergency lighting, emergent including fire emergency lamp, Emergency lantern, supply
Lamp, underwater emergency lamp etc..Traditional emergency light is made up of rechargeable battery, control circuit and bulb etc., generally by button to emergent
Lamp is controlled.But emergency light uses generally under dark surrounds, such as evening has a power failure suddenly, and user is difficult to find emergency light
And operate button.In addition, emergency light uses generally under improper environment, when surrounding is dangerous, emergency light cannot
User is made with effective prompting or warning.
In summary, existing emergency light there will naturally be inconvenience and defect in actual use, it is therefore necessary to being improved.
Utility model content
For above-mentioned defect, the purpose of this utility model is to provide one kind to be based on voice-operated emergency light, its energy
Enough pass through Voice command emergency light, thus more convenient to operate.
To achieve these goals, this utility model provides one kind to be based on voice-operated emergency light, at least includes powering
Module, control module, speech detection module and LED：
Described supply module, for providing power supply, described supply module is electrically connected with described control module；
Described speech detection module, for detecting the phonetic control command of user, and described phonetic control command is sent
To described control module, described speech detection module is electrically connected with described control module；
Described control module, described in controlling according to the described phonetic control command that described speech detection module is sent
LED works.
According to described in the utility model based on voice-operated emergency light, described emergency light also include respectively with described control
Context detection module and reminding module that molding block is electrically connected with；
Described context detection module, for detecting the environmental information around described emergency light, and described environmental information is sent out
Give described control module；
Described reminding module, the described environmental information for being sent according to described context detection module sends information.
According to described in the utility model based on voice-operated emergency light, described emergency light also include respectively with described control
Locating module and communication module that molding block is electrically connected with；
Described locating module, for positioning to described emergency light, and current location information is sent to described control
Module；
Described control module, for analyzing the described environmental information that described context detection module is sent, when described environment letter
Breath is when reaching predetermined alarm threshold value, by described reminding module alert, and/or by described environmental information and described works as
Prelocalization information is sent to predetermined communicator by described communication module.
According to described in the utility model based on voice-operated emergency light, described supply module has further included power supply
Circuit, charging circuit, super capacitor, boost control circuit, power failure detection circuit：
Described power circuit, for input power；
Described charging circuit, the power supply for being inputted by described power circuit is charged to described super capacitor, institute
State charging circuit to be connected with described power circuit and described super capacitor respectively；
Described boost control circuit, the power supply for exporting to described super capacitor boost after be that described LED supplies
Electricity, described boost control circuit is connected with described super capacitor and described LED respectively；
Described power failure detection circuit, after being used for described power circuit power-off is detected, triggers described boost control circuit work
Make to light described LED, described power failure detection circuit is connected with described power circuit and described boost control circuit respectively.
According to described in the utility model based on voice-operated emergency light, described also wrapped based on voice-operated emergency light
Include a charging detecting circuit, described charging detecting circuit is connected with described charging circuit and described super capacitor respectively.
According to described in the utility model based on voice-operated emergency light, described power circuit is switching power circuit.
According to described in the utility model based on voice-operated emergency light, described charging circuit is pressure limiting charging circuit.
According to described in the utility model based on voice-operated emergency light, described also wrapped based on voice-operated emergency light
Include a human body induction control circuit and a delay control circuit, described human body induction control circuit is detecting with the presence of human body
Afterwards, described LED, described people's body-sensing are lighted by described delay control circuit and described boost control circuit delay scheduled time
Answer control circuit to be connected with described power circuit and described delay control circuit respectively, described delay control circuit also with described liter
Pressure control circuit connects.
According to described in the utility model based on voice-operated emergency light, described human body induction control circuit releases people for heat
Body inductive control circuit, light-operated human body induction control circuit, pressure human body induction control circuit and/or acoustic control human body induction control
Circuit.
According to described in the utility model based on voice-operated emergency light, described also wrapped based on voice-operated emergency light
Include some test buttons.
Of the present utility model based on voice-operated emergency light include supply module, control module, speech detection module and
LED, user can send phonetic control command, and speech detection module issues control mould after described phonetic control command is detected
Block, control module controls LED work according to phonetic control command.Whereby, this utility model can be met an urgent need by Voice command
Lamp, thus more convenient to operate.
Brief description
Fig. 1 is the circuit theory diagrams based on voice-operated emergency light for this utility model；
Fig. 2 is the circuit theory diagrams of the supply module based on voice-operated emergency light for this utility model.
Specific embodiment
In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.It should be appreciated that specific embodiment described herein is only in order to explain
This utility model, is not used to limit this utility model.
Fig. 1 is the circuit theory diagrams based on voice-operated emergency light for this utility model, described based on voice-operated should
Anxious lamp 100 at least includes supply module 10, control module 20, speech detection module 30 and LED 40, wherein：
Described supply module 10, for providing power supply, supply module 10 is electrically connected with control module 20.Preferably,
Supply module 10 is connected with outside mains supply, by mains supply input power.It is preferred that supply module 10 is included too
Sun energy electricity generation module, is produced and input power by solar electrical energy generation module.
Described speech detection module 30, for detecting the phonetic control command of user, and phonetic control command is sent to
Control module 20, speech detection module 30 is electrically connected with control module 20.User can be beforehand through speech detection module 30
Input several original phonetic control commands, for example, " turn on light ", " turning off the light ", " the brightest " etc., emergency light 100 is entered by correspondence respectively
Capable operation of turning on light, operation of turning off the light, the brightest operation etc..Speech detection module 30 is used for detecting the voice messaging around emergency light 100,
When the voice messaging that speech detection module 30 detects is predetermined voice control instruction, described phonetic control command is sent to
Control module 20.Certainly, all voice messagings can also be all sent to control module 20 by speech detection module 30, by control mould
Block 20 judges whether the voice messaging that speech detection module 30 is sent is predetermined phonetic control command, if this voice messaging is language
Sound control instruction, then control LED work according to this phonetic control command, if this voice messaging is not phonetic control command,
Ignore.It should be noted that this utility model speech detection module 30 should keep power supply state for a long time.Supply module 10 is preferred
Including solar electrical energy generation module, to keep powering for a long time to emergency light 100.
Described control module 20, the phonetic control command for being sent according to speech detection module 30 controls LED 40 work
Make.For example, according to the phonetic control command such as " turning on light ", " turning off the light ", " the brightest ", emergency light 100 is carried out the behaviour that turns on light by correspondence respectively
Work, operation of turning off the light, the brightest operation etc..
This utility model is used for illumination when meeting an urgent need using LED 40, because the luminous efficiency of LED 40 is high, thus protecting
The described discharge time based on voice-operated emergency light and brightness of illumination are demonstrate,proved.
Preferably, described being may also include based on voice-operated emergency light 100 is electrically connected with control module 20 respectively
Context detection module 50 and reminding module 60.
Described context detection module 50, for detecting the environmental information around emergency light 100, and described environmental information is sent out
Give control module 20.Described environmental information includes temperature information, humidity information, pressure information, air information etc..
Described control module 20, the described environmental information for sending described context detection module 50 is sent to prompting mould
Block 60.
Described reminding module 60, for sending prompting letter according to the described environmental information that described context detection module 50 is sent
Breath.Reminding module 60 can be voice cue module and/or vibration prompt module, carry out voice message respectively and/or vibration carries
Show.Certainly, reminding module 60 can also be display screen, carry out the prompting of voice, image and/or video by display screen.Prompting
The information that module 60 sends goes to point out user, and user can be allowed to understand ambient condition information it is ensured that inherently safe.
It is preferred that described emergency light 100 also includes locating module and the communication being electrically connected with respectively with control module 20
Module 70, wherein：
Described locating module 80, for positioning to emergency light 100, and current location information is sent to control module
20.
Described control module 20, the environmental information sent for analysis environments detection module 50, when described environmental information reaches
During to predetermined alarm threshold value, represent that current environment is dangerous, by described reminding module 60 alert, and/or will
Described environmental information and current location information are sent to predetermined communicator by communication module 70.Such as Current Temperatures are higher than pre-
Determine temperature threshold, current humidity is higher than predetermined moisture threshold value, current pressure is higher than predetermined pressure threshold, titanium dioxide in present air
Carbon reaches predetermined threshold etc., represents that current environment is dangerous it is necessary to remind user.Further, since user is already at danger
This environmental information and current location information therefore can be sent to the communication dress of corresponding government administration section or kith and kin by environment
Put, so that government administration section or kith and kin carry out process of recovering in time, thus user security has been effectively ensured.
Fig. 2 is the circuit theory diagrams of the supply module based on voice-operated emergency light for this utility model, supply module 10
Can directly be connected with LED 40 it is also possible to be connected with LED 40 by control module 20.Described supply module 10 at least wraps
Power circuit 101, charging circuit 102, super capacitor 103, boost control circuit 104, power failure detection circuit 105 are included, wherein：
Power circuit 101, for inputting mains supply.Power circuit 101 is whole based on voice-operated emergency light
Power pack, it is preferred to use efficient switching power circuit, described switching power circuit compared with traditional transformer frequency response, by
The electric energy loss producing in vortex is less, therefore can maximally utilise electric energy.
Charging circuit 102, the power supply for being inputted by power circuit 101 is charged to super capacitor 103, and charge electricity
Road 102 is connected with power circuit 101 and super capacitor 103 respectively.Described charging circuit 102 is preferably pressure limiting charging circuit, adopts
Can be moreover it is possible to ensure that its voltage not while not affecting the service life of next stage super capacitor 103 with pressure limiting charging modes
Can overcharge.
Super capacitor 103, for saving power supply for using when meeting an urgent need.Super capacitor 103 is that this utility model is based on language
The key of the emergency light of sound control and core component, it has has charging fast, and energy storage, the features such as being hardly damaged.
Boost control circuit 104, the power supply for exporting to super capacitor 103 is powered for LED 40 after boosting, and rises
Pressure control circuit 104 is connected with super capacitor 103 and LED 40 respectively.Boost control circuit 104 is super capacitor 103 and LED
The bridge of lamp 40, because the voltage on usual super capacitor 103 is up to 2.4V, it is 3V's that its presence can not light PN junction voltage
The shortcoming of white LED lamp 40, has boost control circuit 104 so that electric capacity in super capacitor 103 just as little as 0.8V at last,
Boost control circuit 104 also can export stable voltage and carry out lightening LED lamp 40.It will be further appreciated that, boost control circuit 104
The efficiency of conversion energy is very high, can reach more than 80%, so, the energy storage in super capacitor 103 can perform to highest
Utilization ratio.
Power failure detection circuit 105, after being used for power circuit 101 power-off is detected, triggering boost control circuit 104 work with
Lightening LED lamp 40, this power failure detection circuit 105 is connected with power circuit 101 and boost control circuit 104 respectively.Stop in civil power
When electric, power failure detection circuit 105 can in time detection to power-off signal, trigger boost control circuit 104 and work always, thus point
Bright LED 40, to realize the function of its emergency lighting.
This utility model utilize the advantages of energy-storage function of super capacitor 103 and LED 40 low-power consumption, high efficiency so that
Had the advantages that to charge fast, life-span length and non-maintaining based on voice-operated emergency light, greatly reduce harmful substance simultaneously
Discharge, environmental protection, energy-conservation and convenient use.
Preferably, of the present utility model a charging detecting circuit 107 be may also include based on voice-operated emergency light, should
Charging detecting circuit 107 is connected with charging circuit 102 and super capacitor 103 respectively.Charging detecting circuit 107 is based on voice control
The automatic control component of the emergency light of system, for example, when the voltage of super capacitor 103 is less than 2.2V, charging detecting circuit 107 meeting
Automatically open up charging circuit 102 super capacitor 103 is charged, when the voltage of super capacitor 103 is higher than 2.5V, inspection of charging
Slowdown monitoring circuit 107 then can be automatically switched off charging circuit 102 it is ensured that super capacitor 103 at least electric energy storage of 2.2V before power-off,
So that having sufficiently long lighting time after having a power failure.
It is preferred that of the present utility model may also include a human body induction control circuit based on voice-operated emergency light
108 and a delay control circuit 109.Described human body induction control circuit 108 is used for detecting based on voice-operated emergent
In the presence of having human body near lamp, by delay control circuit 109 and boost control circuit 104 delay scheduled time lightening LED lamp
40, human body induction control circuit 108 is connected with power circuit 101 and delay control circuit 109 respectively, and described delay controls electricity
Road 109 is also connected with boost control circuit 104.Preferably, human body induction control circuit 108 can be that heat releases human body sensing control
Circuit processed, light-operated human body induction control circuit, pressure human body induction control circuit and/or acoustic control human body induction control circuit.People
Body inductive control circuit 108 as from traditional still another feature different based on voice-operated emergency light, preferably heat releases people
Body inductive control circuit (i.e. PIR control circuit), described heat is released human body induction control circuit and is not worked on daytime, and work in the evening,
There is pedestrian when evening through out-of-date, this heat is released human body induction control circuit and can be sensed 37 DEG C about of the movement being sent by human body
Infrared ray, will start boost control circuit 104 lighting, in conjunction with the control delay function of delay control circuit 109, can time delay bright light
10s, people will turn off LED 40 after leaving, enters battery saving mode.Human body induction control circuit 108 is not only effectively multiplexed
Based on other electronic units of voice-operated emergency light, decrease the cost that user separately fills corridor lamp and increases, also effectively examine
Survey this integrity based on each part of voice-operated emergency light.This utility model passes through human body induction control circuit 108 and prolongs
Late control circuit 109 achieve human body sensing bright light function so that based on voice-operated emergency light more flexibly, practical and section
Energy.
Of the present utility model based on voice-operated emergency light may also include some test buttons 110, this test button 110
Detect this integrity based on each corresponding component of voice-operated emergency light for user.Preferably, test button 110 include bright
Lamp test button and test button of turning off the light, the function that described bright light tests button is bright light, and the function of button is tested in described light-off
It is to turn off the light, by the operation of the above two button, user can rapidly detect that this is based on voice-operated emergency light portion
The integrity of part.
In sum, of the present utility model based on voice-operated emergency light include supply module, control module, voice inspection
Survey module and LED, user can send phonetic control command, speech detection module is sent out after described phonetic control command is detected
To control module, control module controls LED work according to phonetic control command.Whereby, this utility model can pass through voice
Control emergency light, thus more convenient to operate.
Certainly, this utility model also can have other various embodiments, spiritual and its substantive without departing substantially from this utility model
In the case of, those of ordinary skill in the art work as and can make various corresponding changes and deformation according to this utility model, but these
Corresponding change and deformation all should belong to the scope of the claims appended by this utility model.
Claims (10)
1. one kind is based on voice-operated emergency light it is characterised in that at least including supply module, control module, speech detection
Module and LED：
Described supply module, for providing power supply, described supply module is electrically connected with described control module；
Described speech detection module, for detecting the phonetic control command of user, and described phonetic control command is sent to institute
State control module, described speech detection module is electrically connected with described control module；
Described control module, the described phonetic control command for being sent according to described speech detection module controls described LED
Work.
2. according to claim 1 based on voice-operated emergency light it is characterised in that described emergency light is also included respectively
The context detection module being electrically connected with described control module and reminding module；
Described context detection module, for detecting the environmental information around described emergency light, and described environmental information is sent to
Described control module；
Described reminding module, the described environmental information for being sent according to described context detection module sends information.
3. according to claim 2 based on voice-operated emergency light it is characterised in that described emergency light is also included respectively
The locating module being electrically connected with described control module and communication module；
Described locating module, for positioning to described emergency light, and current location information is sent to described control module；
Described control module, for analyzing the described environmental information that described context detection module is sent, when described environmental information reaches
During to predetermined alarm threshold value, by described reminding module alert, and/or by described environmental information and described currently fixed
Position information is sent to predetermined communicator by described communication module.
4. according to claim 1 based on voice-operated emergency light it is characterised in that described supply module wraps further
Power circuit, charging circuit, super capacitor, boost control circuit, power failure detection circuit are included：
Described power circuit, for input power；
Described charging circuit, the power supply for being inputted by described power circuit is charged to described super capacitor, described fills
Circuit is connected with described power circuit and described super capacitor respectively；
Described boost control circuit, the power supply for exporting to described super capacitor boost after be that described LED is powered, institute
State boost control circuit to be connected with described super capacitor and described LED respectively；
Described power failure detection circuit, after being used for described power circuit power-off is detected, triggering described boost control circuit work with
Light described LED, described power failure detection circuit is connected with described power circuit and described boost control circuit respectively.
5. according to claim 4 based on voice-operated emergency light it is characterised in that described based on voice-operated should
Anxious lamp also includes a charging detecting circuit, and described charging detecting circuit is connected with described charging circuit and described super capacitor respectively
Connect.
6. according to claim 4 based on voice-operated emergency light it is characterised in that described power circuit be switch electricity
Source circuit.
7. according to claim 4 based on voice-operated emergency light it is characterised in that described charging circuit fills for pressure limiting
Circuit.
8. according to any one of claim 4～7 based on voice-operated emergency light it is characterised in that described based on language
The emergency light of sound control also includes a human body induction control circuit and a delay control circuit, and described human body induction control circuit exists
After detecting with the presence of human body, lighted described by described delay control circuit and described boost control circuit delay scheduled time
LED, described human body induction control circuit is connected with described power circuit and described delay control circuit respectively, described delay control
Circuit processed is also connected with described boost control circuit.
9. according to claim 8 based on voice-operated emergency light it is characterised in that described human body induction control circuit
Release human body induction control circuit, light-operated human body induction control circuit, pressure human body induction control circuit and/or acoustic control human body for heat
Inductive control circuit.
10. according to claim 9 based on voice-operated emergency light it is characterised in that described based on voice-operated
Emergency light also includes some test buttons.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620795173.1U CN205961515U (en) | 2016-07-26 | 2016-07-26 | Emergency light based on speech control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620795173.1U CN205961515U (en) | 2016-07-26 | 2016-07-26 | Emergency light based on speech control |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205961515U true CN205961515U (en) | 2017-02-15 |
Family
ID=57973094
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620795173.1U Active CN205961515U (en) | 2016-07-26 | 2016-07-26 | Emergency light based on speech control |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205961515U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106921091A (en) * | 2017-04-17 | 2017-07-04 | 深圳市睿德电子实业有限公司 | Phonetic control socket |
| CN107489967A (en) * | 2017-08-17 | 2017-12-19 | 深圳宝龙达信息技术股份有限公司 | A kind of intelligent emergent illuminating lamp with indoor navigation function |
-
2016
- 2016-07-26 CN CN201620795173.1U patent/CN205961515U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106921091A (en) * | 2017-04-17 | 2017-07-04 | 深圳市睿德电子实业有限公司 | Phonetic control socket |
| CN107489967A (en) * | 2017-08-17 | 2017-12-19 | 深圳宝龙达信息技术股份有限公司 | A kind of intelligent emergent illuminating lamp with indoor navigation function |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |