CN209327977U - A kind of anti-drowsy equipment - Google Patents
A kind of anti-drowsy equipment Download PDFInfo
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- CN209327977U CN209327977U CN201920103794.2U CN201920103794U CN209327977U CN 209327977 U CN209327977 U CN 209327977U CN 201920103794 U CN201920103794 U CN 201920103794U CN 209327977 U CN209327977 U CN 209327977U
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Abstract
The utility model relates to equipment technical fields, specifically disclose a kind of anti-drowsy equipment, the anti-drowsy equipment is keyboard, circuit board including keyboard body and in keyboard body, the keyboard body is equipped with multiple keys, the surface of the key is equipped with conductive layer, and the conductive layer connects circuit board；The sensor module that the circuit board is equipped with main control module and connect respectively with main control module, discharge module and boost module, the discharge module connects boost module, conductive layer is arranged in the keytop of keyboard body in the utility model, when finger migration on keyboard, body current can generate feedback with the conductive layer on key, change the capacitance touched, so as to judge touch location, when detecting that touch has reaction, and when the release effective status of key and the constant state long period of touch, it is judged as user and is likely to be at doze state, the person of feeling sleepy is waken up with the mode of electric shock, reduce the chance felt sleepy in work, improve working efficiency.
Description
Technical field
The utility model relates to equipment technical field more particularly to a kind of anti-drowsy equipment.
Background technique
As the farming practices of scientific and technological progress and improvement of living standard, the ending at sunset that begins work at sunrise are faded out the epoch gradually
Trend, be more that various work requirements are completed by operation computer, therefore, also more and more people become office
Young white collar worker.
When engineer or designer are when using keyboard or mouse performance, eyes stare at screen sometimes, and hand is placed on
On keyboard or mouse, brain is kept in mind in the thinking association for carrying out depth, enters the state of doze unconsciously,
There are many more people due to various reasons, are usually easily accessible doze state, such as stay up late for work caused sleep insufficiency or eat
It is too full, lunch break is less, working environment is more quiet comfortable and physical reason etc., doze state not only can be dragged seriously
Prolong job schedule, while going back strong influence working condition.
In addition, many people like having on earphone at work, listen music and be immersed in the world of oneself, by extraneous sound
Sound obstructs outside, but music also has syngignoscism sometimes, people will be allowed to enter doze state unconsciously, to normal work
It impacts.
Utility model content
In view of the above technical problems, the utility model provide it is a kind of wake up the person of feeling sleepy with the mode of electric shock, reduce work
The chance felt sleepy in work improves the anti-drowsy equipment of working efficiency.
In order to solve the above-mentioned technical problem, concrete scheme provided by the utility model is as follows: a kind of anti-drowsy equipment, described
Anti-drowsy equipment is keyboard, the circuit board including keyboard body and in keyboard body, and the keyboard body is equipped with multiple
Key, the surface of the key are equipped with conductive layer, and the conductive layer connects circuit board；
The circuit board is equipped with main control module and the sensor module connecting respectively with main control module, discharge module
And boost module, the discharge module connect boost module.
In the keytop of keyboard body, conductive layer, when finger migration on keyboard, body current meeting and key are set
On conductive layer generate feedback, change the capacitance of touch, so as to judge touch location, when detecting that touch has reaction,
And when the release effective status of key and the constant state long period of touch, it is judged as user and is in doze state, use
The mode of electric shock wakes up the person of feeling sleepy, and reduces the chance felt sleepy in work, improves working efficiency.
A kind of anti-drowsy equipment, the anti-drowsy equipment is mouse, the electricity including mouse body and in mouse body
Road plate, the mouse body outer surface are equipped with conductive layer, and the conductive layer connects circuit board；
The circuit board is equipped with main control module and the sensor module connecting respectively with main control module, discharge module
And boost module, the discharge module connect boost module.
It is equipped with conductive layer in the outer surface of mouse body, is such as arranged on the surface of left side key, the right key and pulley
Conductive layer, when finger migration on mouse, body current can generate feedback with the conductive layer in mouse body, change touch
Capacitance, so as to judge touch location, when detecting that touch has a reaction, and left side key, the right key or pulley have
When the state long period of effect state and touch is constant, it is judged as user and is in doze state, called out with the mode of electric shock
Wake up the person of feeling sleepy, and reduces the chance felt sleepy in work, improves working efficiency.
A kind of anti-drowsy equipment, the anti-drowsy equipment is earphone, the electricity including headset body and in headset body
Road plate, the headset body include two earmuffs, are equipped with conductive layer on the earmuff with human ear contact portion, and the conductive layer connects
Connect circuit board；
The circuit board is equipped with main control module and the sensor module connecting respectively with main control module, discharge module
And boost module, the discharge module connect boost module.
On the earmuff of earphone, it is equipped with conductive layer with human ear contact portion, if user is not sleeping using earphone, such as
When being seated using earphone, the head of user can rotate or shake in some time, and the sensor module on circuit board can be examined
Motion state is measured, when not detecting that earphone has obvious movement for a long time, user is judged as and is in doze state, is used
The mode of electric shock wakes up the person of feeling sleepy, and reduces the chance felt sleepy in work, improves working efficiency.
It is further preferred that the boost module includes power supply, capacitor storage switch, boosting power switch, capacitor
C2, oscillator and transformer；
One end of the capacitor storage switch is separately connected main control module and power supply, the boosting power switch
One end is separately connected main control module and power supply, is connected with two poles between the capacitor storage switch and boosting power supply
Pipe D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, the oscillator
Connect transformer.
Main control module is first closed capacitor storage and switchs and disconnect boosting power switch, and after a period of time, capacitor C2 is just
Can be fully charged, it is then turned off capacitor storage and switchs and be closed boosting power switch, due to the presence of capacitor C2, so that capacitor C2 two
The voltage of side will not mutate, and boost module is powered by capacitor C2 in a short time, and oscillator becomes direct current
After alternating current, then by transformer boosting, it is finally translated into high tension voltage, if hand touches key or mouse or ear
Close to the conductive layer of ear cup portions, the excitement that shocks by electricity will be felt, to wake up the user of doze.
Preferably, the oscillator includes triode T1, T2, T3 and T4, and the pole B of the triode T1 is connected with resistance R1
And the pole E of R2, triode T1 are connected with resistance R3, the pole B of the pole the C connecting triode T2 of triode T1, the C of the triode T2
Pole is connected with resistance R4；The pole B of the triode T3 is connected with capacitor C1, and the pole C of capacitor C1 connection resistance R1, triode T3 connect
Transformer is connect, the pole E of triode T3 is connected with resistance R5, the pole B of the resistance R5 connecting triode T4, the pole B of triode T4
It is also connected with resistance R6, the pole C of triode T4 connects transformer, the resistance R2, the pole E of triode T2, resistance R6 and three poles
The pole E of pipe T4 is grounded respectively, and the resistance R1, resistance R3 and resistance R4 are separately connected transformer.
Triode T1 and T2 and the element of periphery form oscillator, generate DC pulse voltage, which passes through
After triode T3 pushes amplification, power amplification most is carried out through triode T4 afterwards, is generated in the primary coil of transformer one big
The pulse voltage of electric current generates high tension voltage, certainly, the oscillator signal in practical application in secondary coil after transformer boosts
It can also be generated by main control module.
Preferably, the sensor module includes touch sensor, by touch sensor come finger sensing to keyboard or mouse
Target touches judgement, including judges touch location and touch duration, for judging whether user is in doze state.
Preferably, the sensor module includes motion sensor, and motion sensor is used for the motion state of test earphone,
And then judge whether user is in doze state.
Preferably, it is additionally provided with the reminding module connecting with main control module on the circuit board, a variety of anti-dozes is provided
Mode, can first pass through reminding module when judgement show that user is in doze state and user is tentatively waken up.
Preferably, the reminding module is vibration magnetosphere or motor, i.e., wakes up user by shaking.
Preferably, the reminding module is buzzer, i.e., wakes up user by the sounding of buzzer.
Compared with prior art, the utility model has the beneficial effects that: 1, by equipment body surface or often
Conductive layer is set with human body contact portion when rule use, whether judges user using touch sensor or motion sensor
In doze state, if so, waking up user by way of electric shock, the chance felt sleepy in work is reduced, improves work
Make efficiency；
2, it is additionally provided with the reminding module connecting with main control module on circuit board, the mode of a variety of anti-dozes is provided, it can
It when judgement show that user is in doze state, first passes through reminding module and user is tentatively waken up, selectivity is more.
Detailed description of the invention
Fig. 1 is the anti-drowsy device structure schematic diagram of the utility model embodiment one；
Fig. 2 is the whole functional block diagram of the utility model；
Fig. 3 is the physical circuit connection figure of the utility model boost module；
Fig. 4 is the anti-drowsy device structure schematic diagram of the utility model embodiment two；
Fig. 5 is the anti-drowsy device structure schematic diagram of the utility model embodiment three；
Wherein, 1 is keyboard；2 be mouse；3 be earphone；4 be conductive layer.
Specific embodiment
It is right below in conjunction with the attached drawing of the utility model embodiment in order to which the technical solution of the utility model is described in detail
The technical solution of the utility model embodiment carries out clear, complete description.Obviously, described embodiment is the utility model
A part of the embodiment, instead of all the embodiments.Based on described the embodiments of the present invention, the common skill in this field
Art personnel every other embodiment obtained under the premise of being not necessarily to creative work, belongs to the model of the utility model protection
It encloses.
Unless otherwise defined, all technical and scientific terms used herein and the technology for belonging to the utility model
The normally understood meaning of the technical staff in field is identical.Term used herein is intended merely to describe specific embodiment party
The purpose of formula, it is not intended that in limitation the utility model.Term " and or " used herein includes one or more relevant
Any and all combinations of listed item.
Embodiment one:
Fig. 1-Fig. 3 is please referred to, a kind of anti-drowsy equipment is present embodiments provided, the anti-drowsy equipment is keyboard, including
Keyboard body and the circuit board in keyboard body, the keyboard body are equipped with multiple keys, and the surface of the key is set
There is conductive layer, the conductive layer connects circuit board；
The circuit board is equipped with main control module and the sensor module connecting respectively with main control module, discharge module
And boost module, the discharge module connect boost module.
In the keytop of keyboard body, conductive layer, when finger migration on keyboard, body current meeting and key are set
On conductive layer generate feedback, change the capacitance of touch, so as to judge touch location, when detecting that touch has reaction,
And when the release effective status of key and the constant state long period of touch, it is judged as user and is in doze state, use
The mode of electric shock wakes up the person of feeling sleepy, and reduces the chance felt sleepy in work, improves working efficiency.
Specifically, the boost module includes power supply, capacitor storage switch, boosting power switch, capacitor C2, oscillation
Device and transformer；One end of the capacitor storage switch is separately connected main control module and power supply, and the boosting is for establishing by cable
One end of pass is separately connected main control module and power supply, is connected between the capacitor storage switch and boosting power supply
Diode D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, the vibration
Swing device connection transformer.
Main control module is first closed capacitor storage and switchs and disconnect boosting power switch, and after a period of time, capacitor C2 is just
Can be fully charged, it is then turned off capacitor storage and switchs and be closed boosting power switch, due to the presence of capacitor C2, so that capacitor C2 two
The voltage of side will not mutate, and boost module is powered by capacitor C2 in a short time, and oscillator becomes direct current
After alternating current, then by transformer boosting, it is finally translated into high tension voltage, if hand touches key, will feel electric shock thorn
Excitation, to wake up the user of doze.
Wherein, the oscillator includes triode T1, T2, T3 and T4, the pole B of the triode T1 be connected with resistance R1 and
The pole E of R2, triode T1 are connected with resistance R3, the pole B of the pole the C connecting triode T2 of triode T1, the pole C of the triode T2
It is connected with resistance R4；The pole B of the triode T3 is connected with capacitor C1, the pole the C connection of capacitor C1 connection resistance R1, triode T3
Transformer, the pole E of triode T3 are connected with resistance R5, and the pole B of the resistance R5 connecting triode T4, the pole B of triode T4 is also
It is connected with resistance R6, the pole C of triode T4 connects transformer, the resistance R2, the pole E of triode T2, resistance R6 and triode
The pole E of T4 is grounded respectively, and the resistance R1, resistance R3 and resistance R4 are separately connected transformer.
Triode T1 and T2 and the element of periphery form oscillator, generate DC pulse voltage, which passes through
After triode T3 pushes amplification, power amplification most is carried out through triode T4 afterwards, is generated in the primary coil of transformer one big
The pulse voltage of electric current generates high tension voltage, certainly, the oscillator signal in practical application in secondary coil after transformer boosts
There can also be main control module to generate.
Sensor module in the present embodiment includes touch sensor, the touching by touch sensor come finger sensing to key
Judgement is touched, including judges that touch location and touch duration e.g., work as touching for judging whether user is in doze state
It touches sensor and detects that manpower touches on key, and the release effective status of key and the state long period of touch are constant
When, which may be configured as 1 minute or 2 minutes, i.e., when the release effective status of key and the state of touch are in 1 minute
There is no when variation, that is, judging that user is in doze state, and wake up user by shocking by electricity, to prevent high-voltage electricity
The circuit and chip of crushing bad keyboard need to first pass through main control module after judging that user is in doze state
The circuit switching of conductive layer is connected to after discharge module and triggers boost module work again, main control module passes through touch sensor
Which judge to there is key area to be arrived by human contact on keyboard, after having high tension voltage, by regular electric discharge, to human body
Finger generates electric shock excitement, to wake up the keyboard user of doze, it should be noted that each key in the present embodiment
The conductive layer on surface is independently separated region, i.e., the conductive layer of each key is individually connect with main control module, therefore, in master
Control module has detected which key area is arrived by human contact, when there is high tension voltage, main control module control electric discharge mould
The regular electric discharge of block, embodiments thereof can be using multiple relays or integrated circuit modules switch as electric discharge mould
Whether the electric discharge connection switch of block, after discharge, touch sensor detection key and touch condition change, if changed,
User is judged as to be electrically shocked wake-up and move the hand being placed on keyboard, if not changing the movement for continuing to circulation electric discharge,
Until the state of key changes.
Embodiment two:
- Fig. 4 referring to figure 2. present embodiments provides a kind of anti-drowsy equipment, and the anti-drowsy equipment is mouse, including
Mouse body and the circuit board in mouse body, the mouse body outer surface are equipped with conductive layer, the conductive layer connection
Circuit board；
The circuit board is equipped with main control module and the sensor module connecting respectively with main control module, discharge module
And boost module, the discharge module connect boost module.
It is equipped with conductive layer in the outer surface of mouse body, is such as arranged on the surface of left side key, the right key and pulley
Conductive layer, when finger migration on mouse, body current can generate feedback with the conductive layer in mouse body, change touch
Capacitance, so as to judge touch location, when detecting that touch has a reaction, and left side key, the right key or pulley have
When the state long period of effect state and touch is constant, it is judged as user and is in doze state, called out with the mode of electric shock
Wake up the person of feeling sleepy, and reduces the chance felt sleepy in work, improves working efficiency.
Specifically, the boost module includes power supply, capacitor storage switch, boosting power switch, capacitor C2, oscillation
Device and transformer；One end of the capacitor storage switch is separately connected main control module and power supply, and the boosting is for establishing by cable
One end of pass is separately connected main control module and power supply, is connected between the capacitor storage switch and boosting power supply
Diode D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, the vibration
Swing device connection transformer.
Main control module is first closed capacitor storage and switchs and disconnect boosting power switch, and after a period of time, capacitor C2 is just
Can be fully charged, it is then turned off capacitor storage and switchs and be closed boosting power switch, due to the presence of capacitor C2, so that capacitor C2 two
The voltage of side will not mutate, and boost module is powered by capacitor C2 in a short time, and oscillator becomes direct current
After alternating current, then by transformer boosting, it is finally translated into high tension voltage, if hand touches key, will feel electric shock thorn
Excitation, to wake up the user of doze.
Wherein, the oscillator includes triode T1, T2, T3 and T4, the pole B of the triode T1 be connected with resistance R1 and
The pole E of R2, triode T1 are connected with resistance R3, the pole B of the pole the C connecting triode T2 of triode T1, the pole C of the triode T2
It is connected with resistance R4；The pole B of the triode T3 is connected with capacitor C1, the pole the C connection of capacitor C1 connection resistance R1, triode T3
Transformer, the pole E of triode T3 are connected with resistance R5, and the pole B of the resistance R5 connecting triode T4, the pole B of triode T4 is also
It is connected with resistance R6, the pole C of triode T4 connects transformer, the resistance R2, the pole E of triode T2, resistance R6 and triode
The pole E of T4 is grounded respectively, and the resistance R1, resistance R3 and resistance R4 are separately connected transformer.
Triode T1 and T2 and the element of periphery form oscillator, generate DC pulse voltage, which passes through
After triode T3 pushes amplification, power amplification most is carried out through triode T4 afterwards, is generated in the primary coil of transformer one big
The pulse voltage of electric current generates high tension voltage, certainly, the oscillator signal in practical application in secondary coil after transformer boosts
There can also be main control module to generate.
Sensor module in the present embodiment includes touch sensor, the touching by touch sensor come finger sensing to mouse
Judgement is touched, including judges that touch location and touch duration e.g., work as touching for judging whether user is in doze state
It touches sensor and detects that manpower touches on key (including left side key and the right key) or pulley, and the release of key is effective
When the state long period of state and touch is constant or the touch condition of pulley is constant for a long time, which may be configured as 1
Minute or 2 minutes, i.e., when there is no variation or the touchings of pulley in 1 minute for the release effective status of key and the state of touch
State is touched in 1 minute there is no variation, that is, judges that user is in doze state, and wake up use by shocking by electricity
Person, circuit and chip to prevent high tension voltage from damaging inside mouse need elder generation after judging that user is in doze state
The circuit switching of conductive layer is connected to after discharge module by main control module and triggers boost module work, main control module again
Judge on mouse with the part of human contact to be key or pulley by touch sensor, after having high tension voltage, pass through
Regular electric discharge generates electric shock excitement to human finger and needs to illustrate to wake up the mouse user of doze
It is that the conductive layer of keytop and pulley surface in the present embodiment is independently separated region, the i.e. conductive layer and cunning of key
The conductive layer of wheel is individually connect with main control module, therefore, has detected which region is arrived by human contact in main control module,
When there is high tension voltage, main control module control the regular electric discharge of discharge module, embodiments thereof can be using it is multiple after
Electric appliance or integrated circuit modules switch are as the electric discharge connection switch of discharge module, and after discharge, touch sensor detects
Whether key, pulley and touch condition change, if changed, are judged as user and are electrically shocked waking up and moving and be placed on mouse
On hand, if do not change continue to circulation electric discharge movement, until the state of key or pulley changes.
Embodiment three:
Referring to figure 2., Fig. 3 and Fig. 5 present embodiments provides a kind of anti-drowsy equipment, and the anti-drowsy equipment is earphone,
Circuit board including headset body and in headset body, the headset body include two earmuffs, on the earmuff with people
Ear contact portion is equipped with conductive layer, and the conductive layer connects circuit board；
The circuit board is equipped with main control module and the sensor module connecting respectively with main control module, discharge module
And boost module, the discharge module connect boost module.
On the earmuff of earphone, it is equipped with conductive layer with human ear contact portion, if user is not sleeping using earphone, such as
When being seated using earphone, the head of user can rotate or shake in some time, and the sensor module on circuit board can be examined
Motion state is measured, when not detecting that earphone has obvious movement for a long time, user is judged as and is in doze state, is used
The mode of electric shock wakes up the person of feeling sleepy, and reduces the chance felt sleepy in work, improves working efficiency.
Specifically, the boost module includes power supply, capacitor storage switch, boosting power switch, capacitor C2, oscillation
Device and transformer；One end of the capacitor storage switch is separately connected main control module and power supply, and the boosting is for establishing by cable
One end of pass is separately connected main control module and power supply, is connected between the capacitor storage switch and boosting power supply
Diode D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, the vibration
Swing device connection transformer.
Main control module is first closed capacitor storage and switchs and disconnect boosting power switch, and after a period of time, capacitor C2 is just
Can be fully charged, it is then turned off capacitor storage and switchs and be closed boosting power switch, due to the presence of capacitor C2, so that capacitor C2 two
The voltage of side will not mutate, and boost module is powered by capacitor C2 in a short time, and oscillator becomes direct current
After alternating current, then by transformer boosting, it is finally translated into high tension voltage, if hand touches key, will feel electric shock thorn
Excitation, to wake up the user of doze.
Wherein, the oscillator includes triode T1, T2, T3 and T4, the pole B of the triode T1 be connected with resistance R1 and
The pole E of R2, triode T1 are connected with resistance R3, the pole B of the pole the C connecting triode T2 of triode T1, the pole C of the triode T2
It is connected with resistance R4；The pole B of the triode T3 is connected with capacitor C1, the pole the C connection of capacitor C1 connection resistance R1, triode T3
Transformer, the pole E of triode T3 are connected with resistance R5, and the pole B of the resistance R5 connecting triode T4, the pole B of triode T4 is also
It is connected with resistance R6, the pole C of triode T4 connects transformer, the resistance R2, the pole E of triode T2, resistance R6 and triode
The pole E of T4 is grounded respectively, and the resistance R1, resistance R3 and resistance R4 are separately connected transformer.
Triode T1 and T2 and the element of periphery form oscillator, generate DC pulse voltage, which passes through
After triode T3 pushes amplification, power amplification most is carried out through triode T4 afterwards, is generated in the primary coil of transformer one big
The pulse voltage of electric current generates high tension voltage, certainly, the oscillator signal in practical application in secondary coil after transformer boosts
There can also be main control module to generate.
Sensor module in the present embodiment includes motion sensor, incudes earphone in certain time by motion sensor
Inside whether move, which may be configured as in 2 minutes or 3 minutes, if earphone within a certain period of time there is no
When movement, then judge that user is in doze state, and wake up user by shocking by electricity, to prevent high tension voltage from damaging ear
Circuit and chip inside machine need to first pass through main control module for conductive layer after judging that user is in doze state
Circuit switching be connected to after discharge module trigger again boost module work, when there is high tension voltage, main control module control put
The electric regular electric discharge of module, embodiments thereof, which can be, to be switched using multiple relays or integrated circuit modules as putting
The electric discharge connection switch of electric module, after discharge, whether motion sensor senses earphone has generation motion state, if so, just
Judge that user has been electrically shocked wake-up, the movement of electric discharge is continued cycling through if not, until earphone has the change that operating status occurs
Change.
Example IV:
The present embodiment is similar to embodiment one, the difference is that, it is additionally provided on circuit board described in the present embodiment and master
The reminding module of control module connection, provides the mode of a variety of anti-dozes, can show that user is in doze shape in judgement
It when state, first passes through reminding module and user is tentatively waken up, when reminding module is vibration magnetosphere or motor, shake can be passed through
It moves to wake up user；When reminding module is buzzer, user can be waken up by the sounding of buzzer.
In addition, the present embodiment adds rotary switch also outside keyboard body, for adjusting electric shock intensity, when user's
When body-feeling is more sensitive, can reductions appropriate shock by electricity intensity, avoid can't stand because electric shock intensity is excessive, certainly, may be used also
With setting electric shock, intensity is ascending changes, such as first 3 seconds with small electric shock, if not detecting that user is waken up,
Medium electric shock is arrived in enhancing in 3-6 seconds time, if continuing enhancing electric shock intensity, value again without detecting that user is waken up
It is noted that the final electric shock intensity in the present embodiment is limited in human-body safety value, i.e., human body itself will not be caused
Injury.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But therefore it can not understand that a limitation on the scope of the patent of the present invention.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model, therefore, the protection scope of the utility model should be determined by the appended claims.
Claims (21)
1. a kind of anti-drowsy equipment, it is characterised in that: the anti-drowsy equipment is keyboard, including keyboard body and is set to keyboard sheet
Intracorporal circuit board, the keyboard body are equipped with multiple keys, and the surface of the key is equipped with conductive layer, and the conductive layer connects
Connect circuit board；
Sensor module, discharge module and the liter that the circuit board is equipped with main control module and connect respectively with main control module
Die block, the discharge module connect boost module.
2. anti-drowsy equipment according to claim 1, it is characterised in that: the boost module includes power supply, capacitor
Storage switch, boosting power switch, capacitor C2, oscillator and transformer；
One end of the capacitor storage switch is separately connected main control module and power supply, one end of the boosting power switch
It is separately connected main control module and power supply, is connected with diode between the capacitor storage switch and boosting power supply
D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, and the oscillator connects
Connect transformer.
3. anti-drowsy equipment according to claim 2, it is characterised in that: the oscillator include triode T1, T2, T3 and
T4, the pole B of the triode T1 are connected with resistance R1 and R2, and the pole E of triode T1 is connected with resistance R3, the pole C of triode T1
The pole C of the pole B of connecting triode T2, the triode T2 is connected with resistance R4；The pole B of the triode T3 is connected with capacitor
The pole C of C1, capacitor C1 connection resistance R1, triode T3 connect transformer, and the pole E of triode T3 is connected with resistance R5, the electricity
The pole B of R5 connecting triode T4 is hindered, the pole B of triode T4 is also connected with resistance R6, and the pole C of triode T4 connects transformer, institute
The pole E for stating resistance R2, the pole E of triode T2, resistance R6 and triode T4 is grounded respectively, the resistance R1, resistance R3 and resistance
R4 is separately connected transformer.
4. anti-drowsy equipment according to claim 1, it is characterised in that: the sensor module includes touch sensor.
5. anti-drowsy equipment according to claim 1, it is characterised in that: be additionally provided on the circuit board and main control module
The reminding module of connection.
6. anti-drowsy equipment according to claim 5, it is characterised in that: the reminding module is vibration magnetosphere or motor.
7. anti-drowsy equipment according to claim 5, it is characterised in that: the reminding module is buzzer.
8. a kind of anti-drowsy equipment, it is characterised in that: the anti-drowsy equipment is mouse, including mouse body and is set to mouse sheet
Intracorporal circuit board, the mouse body outer surface are equipped with conductive layer, and the conductive layer connects circuit board；
Sensor module, discharge module and the liter that the circuit board is equipped with main control module and connect respectively with main control module
Die block, the discharge module connect boost module.
9. anti-drowsy equipment according to claim 8, it is characterised in that: the boost module includes power supply, capacitor
Storage switch, boosting power switch, capacitor C2, oscillator and transformer；
One end of the capacitor storage switch is separately connected main control module and power supply, one end of the boosting power switch
It is separately connected main control module and power supply, is connected with diode between the capacitor storage switch and boosting power supply
D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, and the oscillator connects
Connect transformer.
10. anti-drowsy equipment according to claim 9, it is characterised in that: the oscillator includes triode T1, T2, T3
And T4, the pole B of the triode T1 are connected with resistance R1 and R2, the pole E of triode T1 is connected with resistance R3, the C of triode T1
The pole C of the pole B of pole connecting triode T2, the triode T2 is connected with resistance R4；The pole B of the triode T3 is connected with capacitor
The pole C of C1, capacitor C1 connection resistance R1, triode T3 connect transformer, and the pole E of triode T3 is connected with resistance R5, the electricity
The pole B of R5 connecting triode T4 is hindered, the pole B of triode T4 is also connected with resistance R6, and the pole C of triode T4 connects transformer, institute
The pole E for stating resistance R2, the pole E of triode T2, resistance R6 and triode T4 is grounded respectively, the resistance R1, resistance R3 and resistance
R4 is separately connected transformer.
11. anti-drowsy equipment according to claim 8, it is characterised in that: the sensor module includes touch sensor.
12. anti-drowsy equipment according to claim 8, it is characterised in that: be additionally provided on the circuit board and master control molding
The reminding module of block connection.
13. anti-drowsy equipment according to claim 12, it is characterised in that: the reminding module is vibration magnetosphere or horse
It reaches.
14. anti-drowsy equipment according to claim 12, it is characterised in that: the reminding module is buzzer.
15. a kind of anti-drowsy equipment, it is characterised in that: the anti-drowsy equipment is earphone, including headset body and is set to earphone
Intrinsic circuit board, the headset body include two earmuffs, are equipped with conductive layer, institute with human ear contact portion on the earmuff
State conductive layer connection circuit board；
Sensor module, discharge module and the liter that the circuit board is equipped with main control module and connect respectively with main control module
Die block, the discharge module connect boost module.
16. anti-drowsy equipment according to claim 15, it is characterised in that: the boost module includes power supply, electricity
Hold storage switch, boosting power switch, capacitor C2, oscillator and transformer；
One end of the capacitor storage switch is separately connected main control module and power supply, one end of the boosting power switch
It is separately connected main control module and power supply, is connected with diode between the capacitor storage switch and boosting power supply
D1, the diode D1 connection capacitor C2, the capacitor C2 and boosting power switch are separately connected oscillator, and the oscillator connects
Connect transformer.
17. anti-drowsy equipment according to claim 16, it is characterised in that: the oscillator includes triode T1, T2, T3
And T4, the pole B of the triode T1 are connected with resistance R1 and R2, the pole E of triode T1 is connected with resistance R3, the C of triode T1
The pole C of the pole B of pole connecting triode T2, the triode T2 is connected with resistance R4；The pole B of the triode T3 is connected with capacitor
The pole C of C1, capacitor C1 connection resistance R1, triode T3 connect transformer, and the pole E of triode T3 is connected with resistance R5, the electricity
The pole B of R5 connecting triode T4 is hindered, the pole B of triode T4 is also connected with resistance R6, and the pole C of triode T4 connects transformer, institute
The pole E for stating resistance R2, the pole E of triode T2, resistance R6 and triode T4 is grounded respectively, the resistance R1, resistance R3 and resistance
R4 is separately connected transformer.
18. anti-drowsy equipment according to claim 15, it is characterised in that: the sensor module includes motion-sensing
Device.
19. anti-drowsy equipment according to claim 15, it is characterised in that: be additionally provided on the circuit board and master control molding
The reminding module of block connection.
20. anti-drowsy equipment according to claim 19, it is characterised in that: the reminding module is vibration magnetosphere or horse
It reaches.
21. anti-drowsy equipment according to claim 19, it is characterised in that: the reminding module is buzzer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920103794.2U CN209327977U (en) | 2019-01-22 | 2019-01-22 | A kind of anti-drowsy equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920103794.2U CN209327977U (en) | 2019-01-22 | 2019-01-22 | A kind of anti-drowsy equipment |
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| Publication Number | Publication Date |
|---|---|
| CN209327977U true CN209327977U (en) | 2019-08-30 |
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ID=67731687
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| CN201920103794.2U Active CN209327977U (en) | 2019-01-22 | 2019-01-22 | A kind of anti-drowsy equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109656374A (en) * | 2019-01-22 | 2019-04-19 | 广东得胜电子有限公司 | A kind of anti-drowsy equipment |
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2019
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109656374A (en) * | 2019-01-22 | 2019-04-19 | 广东得胜电子有限公司 | A kind of anti-drowsy equipment |
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