CN207214566U - A kind of deodorant refrigerator - Google Patents
A kind of deodorant refrigerator Download PDFInfo
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- CN207214566U CN207214566U CN201721110559.5U CN201721110559U CN207214566U CN 207214566 U CN207214566 U CN 207214566U CN 201721110559 U CN201721110559 U CN 201721110559U CN 207214566 U CN207214566 U CN 207214566U
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Abstract
The utility model belongs to refrigerator field, and in particular to a kind of deodorant refrigerator.A kind of deodorant refrigerator, including refrigeration compressor and civil power, in addition to：Locker, installation is on the ground；Power module, electrically connected with civil power and control module；Deodorization circuit, is electrically connected with control module；Sensor assembly, electrically connected with control module；Control module, electrically connected with power module；LED state lamp, is electrically connected with control module；Illuminating lamp, electrically connected with control module；Ozone generator, electrically connected with deodorization circuit；Sensor assembly includes：Temperature sensor, electrically connected with control module；Door switch sensor, electrically connected with control module；Light sensor, electrically connected with control module；Button, electrically connected with control module；Camera, electrically connected with control module；Peculiar smell sensor, is electrically connected with control module；Ozone concentration sensor, electrically connected with control module.
Description
Technical field
The utility model belongs to refrigerator field, and in particular to a kind of deodorant refrigerator.
Background technology
Living condition improves, the popularization of electrical equipment, and nearly all there is a refrigerator in every household, but refrigerator it is practical it is long will
Various peculiar smell are produced, it is necessary to go to clear up, but because cleaning is inadequate, many idle works can be done, waste substantial amounts of manpower
Material resources.
Utility model content
In order to solve the problems, such as above-mentioned refrigerator deodorization, the utility model proposes it is a kind of can be with the electric ice of automatic defrosting
Case, save substantial amounts of time, man power and material.
Technological means be a kind of deodorant refrigerator used by solving the above problems, including refrigeration compressor and civil power, and also
Including：Locker, installation is on the ground；Power module, electrically connected with civil power and control module；Deodorization circuit, with control module
Electrical connection；Sensor assembly, electrically connected with control module；Control module, electrically connected with power module；LED state lamp, with control
Module electrically connects；Illuminating lamp, electrically connected with control module；Ozone generator, electrically connected with deodorization circuit；Sensor assembly bag
Include：Temperature sensor, electrically connected with control module；Door switch sensor, electrically connected with control module；Light sensor, with control
Molding block electrically connects；Button, electrically connected with control module；Camera, electrically connected with control module；Peculiar smell sensor, with control
Module electrically connects；Ozone concentration sensor, electrically connected with control module.
Preferably, described locker includes：Cabinet, installation is on the ground；Front door, it is hinged with cabinet；Top cover, with cabinet
Body is hinged；Refrigeration compressor, electrically connected with control module；No. 1 electromagnetic lock, on front door, is electrically connected with control module；2
Number electromagnetic lock, on top cover, is electrically connected with control module；Display, on front door.
Preferably, described control module includes：Data acquisition unit, electrically connected with sensor assembly；Data processing
Unit, electrically connected with data acquisition unit；Memory cell, electrically connected with data processing unit；Clock unit, with output unit,
Data acquisition unit, data processing unit and memory cell electrical connection；Output unit, with refrigeration compressor, No. 1 electromagnetic lock, No. 2
Electromagnetic lock, ventilating fan, display, LED state lamp, illuminating lamp and ozone generator electrical connection.
Preferably, described front door includes：External door, it is be hinged with having no access to it, it is connected by No. 1 electromagnetic lock with inside door；Inside door,
It is hinged with cabinet；Front door vent, is provided with aperture on inside door；Ventilating fan, on inside door, electrically connected with control module；
Display, on inside door, electrically connected with control module.
Preferably, described top cover includes：Outer top cover, is hinged with internal head cover；Internal head cover, welded with cabinet；Top cover leads to
Air holes, aperture is provided with internal head cover.
Preferably, described deodorization circuit includes：Inductance L0 first terminates 220 alternating voltages, the second terminating diode
VD1 positive pole；Diode VD1 negative pole connects electric capacity C1 first end；Electric capacity C1 the second 220 alternating currents of termination；Electric capacity C2's
First termination capacitor C1 first end, electric capacity C2 the second termination capacitor C1 the second end；Resistance R1 the first termination capacitor C1
First end, resistance R1 the second termination capacitor C3 first end；Electric capacity C3 the first terminating resistor R1 the second end, electric capacity C3
The second termination capacitor C1 the second end；Electric capacity C4 the first terminating resistor R1 first end, electric capacity C4 the second two poles of termination
Pipe VD2 negative pole；Diode VD2 positive pole connecting resistance R1 the second end；Resistance R2 the first termination capacitor C4 first end, electricity
Hinder R2 the second terminating diode VD2 negative pole；Triode V1 colelctor electrode connecting resistance R2 first end, triode V1 transmitting
Pole connecting resistance R3 first end, triode V1 base stage connecting resistance R5 first end；Resistance R3 the second terminating diode VD2's
Negative pole；Resistance R5 the second termination inductance W1 first end；Inductance W1 the second terminating diode VD2 negative pole；Diode VD3
The first terminating resistor R3 first end, diode VD3 the second terminating resistor R5 first end；Electric capacity C5 the first termination electricity
Hinder R2 first end, electric capacity C5 the second termination capacitor C6 first end；Electric capacity C6 the second termination capacitor C1 the second end；Electricity
Feel W2 the first terminating resistor R6 first end, inductance W2 the second termination capacitor C1 the second end；Resistance R6 the first termination
Triode V2 base stage；Triode V2 colelctor electrode connecting resistance R3 the second end.The of triode V2 emitter stage connecting resistance R4
One end；Resistance R4 the second termination capacitor C1 the second end；Diode VD4 the first termination triode V2 emitter stage, two poles
Pipe VD4 the second termination triode V2 base stage；The first terminating resistors of bidirectional trigger diode V3 R1 the second end, two-way two pole
Pipe V3 the second termination triode V2 base stage；Inductance W3 the first terminating diode VD2 negative pole, inductance W3 the second termination
Inductance W4 first end；Inductance W4 the first termination capacitor C5 the second end；Inductance W5 the first terminating diode VD5 is just
Pole, inductance W5 the second termination light emitting diode VL negative pole；Diode VD5 negative pole sending and receiving optical diode VL positive pole；Electricity
Feel W6 the first termination ozone generator VG first end, inductance W6 the second termination smoking generator VG the second end；Inductance
The circuit where circuit and inductance W6 where W5 is in the circuit where the side of pulse transformer, inductance W4 in pulse transformer
T opposite side.
The beneficial effects of the utility model：The peculiar smell situation of refrigerator inside is detected by peculiar smell sensor, and is shown to
On display, there is user to decide whether to carry out deodorization, in deodorization, press related key, control module control refrigeration compressor
It is stopped, then controls No. 1 electromagnetic lock and No. 2 electromagnetic lock power-off, external door and outer top cover are flicked, and then deodorization circuit is connected,
Ozone generator produces ozone, and after ozone kills the bacterium in locker, control module control ventilating fan is opened, and air is from interior
The aperture of door enters, and is excluded from the aperture of internal head cover.After having opened a period of time, in ozone concentration and sensor detection locker
Ozone concentration, when ozone content low negligible, exhaust fan stop working, and show that deodorization is complete in display
Into user closes outer top cover and external door, you can normal work is freezed.Display can also be obtained by temperature sensor simultaneously
Internal temperature of refrigerator, and show.In deodorization circuit when circuit is connected, V1 conductings are two-way because C3 charging acts on
Diac V3 ends.When the charging voltage at C3 ends rises certain voltage, V3 is triggered conducting, turns on V2.
During V2 is turned on, C3 gradually discharges, and ends V2 again.After V1 conductings, in the presence of pulse transformer T, produced just on W1, W2
Feedback voltage, this voltage add to V1 and V2 base stage respectively, make V1 and V2 alternate conductions and cut-off, push away and exempt from oscillating circuit work.
Push away exempt from oscillating circuit work after, produce high voltage pulse on pulse transformer T secondary winding W6, make ozone generator VG works
Make, produce ozone sterilization.Light emitting diode VL also lights work simultaneously.
Brief description of the drawings
Fig. 1：Deodorant refrigerator structure chart
Fig. 2：Deodorant refrigerator schematic diagram
Fig. 3：Deodorization circuit diagram
In figure：1st, outer top cover, 2, internal head cover, 3, inside door, 4, external door, 5, display, 6, ventilating fan, 7, temperature sensor,
8th, door switch sensor, 9, light sensor, 10, button, 11, camera, 12, peculiar smell sensor, 13, ozone concentration sensing
Device, 14, data acquisition unit, 15, data processing unit, 16, memory cell, 17, output unit, 18, clock unit, 19, No. 2
Electromagnetic lock, 20, No. 1 electromagnetic locks, 21, ventilating fan, 22, ozone generator, 23, refrigeration compressor, 24, illuminating lamp, 25, LED shapes
State lamp, 26, display.
Embodiment
Embodiment
Technological means is a kind of deodorant refrigerator used by solving the above problems, including refrigeration compressor 23 and civil power,
Also include：Locker, installation is on the ground；Power module, electrically connected with civil power and control module；Deodorization circuit, with controlling mould
Block electrically connects；Sensor assembly, electrically connected with control module；Control module, electrically connected with power module；LED state lamp 25, with
Control module electrically connects；Illuminating lamp 24, is electrically connected with control module；Ozone generator 22, electrically connected with deodorization circuit；Sensor
Module includes：Temperature sensor 7, is electrically connected with control module；Door switch sensor 8, is electrically connected with control module；Light sensor
Device 9, is electrically connected with control module；Button 10, is electrically connected with control module；Camera 11, is electrically connected with control module；Peculiar smell passes
Sensor 12, is electrically connected with control module；Ozone concentration sensor 13, is electrically connected with control module.
Described locker includes：Cabinet, installation is on the ground；Front door, it is hinged with cabinet；Top cover, it is hinged with cabinet；System
Cold compressor 23, is electrically connected with control module；No. 1 electromagnetic lock 20, on front door, is electrically connected with control module；No. 2 electromagnetism
Lock 19, on top cover, is electrically connected with control module；Display 265, on front door.
Described control module includes：Data acquisition unit 14, is electrically connected with sensor assembly；Data processing unit 15,
Electrically connected with data acquisition unit 14；Memory cell 16, electrically connected with data processing unit 15；Clock unit 18, it is single with output
Member 17, data acquisition unit 14, data processing unit 15 and memory cell 16 electrically connect；Output unit 17, with refrigeration compressor
23rd, 20, No. 2 electromagnetic locks 19 of No. 1 electromagnetic lock, ventilating fan 216, display 265, LED state lamp 25, illuminating lamp 24 and ozone occur
Device 22 electrically connects.
Described front door includes：External door 4, it is be hinged with having no access to it, it is connected by No. 1 electromagnetic lock 20 with inside door 3；Inside door 3, with cabinet
Body is hinged；Front door vent, aperture is provided with inside door 3；Ventilating fan 216, on inside door 3, electrically connected with control module；
Display 265, on inside door 3, electrically connected with control module.
Described top cover includes：Outer top cover 1, it is be hinged with internal head cover 2；Internal head cover 2, welded with cabinet；Top cover air vent,
Aperture is provided with internal head cover 2.Described deodorization circuit includes：Inductance L0 first terminates 220 alternating voltages, the second terminating diode
VD1 positive pole；Diode VD1 negative pole connects electric capacity C1 first end；Electric capacity C1 the second 220 alternating currents of termination；Electric capacity C2's
First termination capacitor C1 first end, electric capacity C2 the second termination capacitor C1 the second end；Resistance R1 the first termination capacitor C1
First end, resistance R1 the second termination capacitor C3 first end；Electric capacity C3 the first terminating resistor R1 the second end, electric capacity C3
The second termination capacitor C1 the second end；Electric capacity C4 the first terminating resistor R1 first end, electric capacity C4 the second two poles of termination
Pipe VD2 negative pole；Diode VD2 positive pole connecting resistance R1 the second end；Resistance R2 the first termination capacitor C4 first end, electricity
Hinder R2 the second terminating diode VD2 negative pole；Triode V1 colelctor electrode connecting resistance R2 first end, triode V1 transmitting
Pole connecting resistance R3 first end, triode V1 base stage connecting resistance R5 first end；Resistance R3 the second terminating diode VD2's
Negative pole；Resistance R5 the second termination inductance W1 first end；Inductance W1 the second terminating diode VD2 negative pole；Diode VD3
The first terminating resistor R3 first end, diode VD3 the second terminating resistor R5 first end；Electric capacity C5 the first termination electricity
Hinder R2 first end, electric capacity C5 the second termination capacitor C6 first end；Electric capacity C6 the second termination capacitor C1 the second end；Electricity
Feel W2 the first terminating resistor R6 first end, inductance W2 the second termination capacitor C1 the second end；Resistance R6 the first termination
Triode V2 base stage；Triode V2 colelctor electrode connecting resistance R3 the second end.The of triode V2 emitter stage connecting resistance R4
One end；Resistance R4 the second termination capacitor C1 the second end；Diode VD4 the first termination triode V2 emitter stage, two poles
Pipe VD4 the second termination triode V2 base stage；The first terminating resistors of bidirectional trigger diode V3 R1 the second end, two-way two pole
Pipe V3 the second termination triode V2 base stage；Inductance W3 the first terminating diode VD2 negative pole, inductance W3 the second termination
Inductance W4 first end；Inductance W4 the first termination capacitor C5 the second end；Inductance W5 the first terminating diode VD5 is just
Pole, inductance W5 the second termination light emitting diode VL negative pole；Diode VD5 negative pole sending and receiving optical diode VL positive pole；Electricity
Feel W6 the first termination ozone generator 22VG first end, inductance W6 the second termination smoking generator VG the second end；Electricity
The circuit where circuit and inductance W6 where sense W5 is in the circuit where the side of pulse transformer, inductance W4 in pulse transforming
Device T opposite side.
The peculiar smell situation of refrigerator inside is detected by peculiar smell sensor 12, and is shown on display 265, has user to determine
It is fixed whether to carry out deodorization, in deodorization, related key 10 is pressed, control module control refrigeration compressor 23 is stopped, then
No. 1 electromagnetic lock 20 of control and No. 2 electromagnetic locks 19 are powered off, and external door 4 and outer top cover 1 flick, and then deodorization circuit is connected, and ozone occurs
Device 22 produces ozone, and after ozone kills the bacterium in locker, control module control ventilating fan 216 is opened, and air is from inside door 3
Aperture enter, excluded from the aperture of internal head cover 2.After having opened a period of time, in ozone concentration and sensor detection locker
Ozone concentration, when ozone content low negligible, ventilating fan 216 is stopped, and is removed in the display of display 265
Smelly completion, user close outer top cover 1 and external door 4, you can normal work is freezed.Display 265 can also pass through temperature simultaneously
Sensor 7 obtains internal temperature of refrigerator, and shows.In deodorization circuit when circuit is connected, V1 conductings, due to filling for C3
Electro ultrafiltration, bidirectional trigger diode V3 cut-offs.When the charging voltage at C3 ends rises certain voltage, V3 is triggered conducting,
Turn on V2.During V2 is turned on, C3 gradually discharges, and ends V2 again.After V1 conductings, in the presence of pulse transformer T,
Positive and negative feedthrough voltage is produced on W1, W2, this voltage adds to V1 and V2 base stage respectively, makes V1 and V2 alternate conductions and cut-off, pushes away and exempt from
Oscillating circuit works.Push away exempt from oscillating circuit work after, produce high voltage pulse on pulse transformer T secondary winding W6, make
Ozone generator 22VG works, and produces ozone sterilization.Light emitting diode VL also lights work simultaneously.
Claims (6)
1. a kind of deodorant refrigerator, including refrigeration compressor and civil power, it is characterised in that also include：
Locker, installation is on the ground；
Power module, electrically connected with civil power and control module；
Deodorization circuit, is electrically connected with control module；
Sensor assembly, electrically connected with control module；
Control module, electrically connected with power module；
LED state lamp, is electrically connected with control module；
Illuminating lamp, electrically connected with control module；
Ozone generator, electrically connected with deodorization circuit；
Sensor assembly includes：
Temperature sensor, electrically connected with control module；
Door switch sensor, electrically connected with control module；
Light sensor, electrically connected with control module；
Button, electrically connected with control module；
Camera, electrically connected with control module；
Peculiar smell sensor, is electrically connected with control module；
Ozone concentration sensor, electrically connected with control module.
2. a kind of deodorant refrigerator according to claim 1, it is characterised in that described locker includes：
Cabinet, installation is on the ground；
Front door, it is hinged with cabinet；
Top cover, it is hinged with cabinet；
Refrigeration compressor, electrically connected with control module；
No. 1 electromagnetic lock, on front door, is electrically connected with control module；
No. 2 electromagnetic locks, on top cover, are electrically connected with control module；
Display, on front door.
3. a kind of deodorant refrigerator according to claim 1, it is characterised in that described control module includes：
Data acquisition unit, electrically connected with sensor assembly；
Data processing unit, electrically connected with data acquisition unit；
Memory cell, electrically connected with data processing unit；
Clock unit, electrically connected with output unit, data acquisition unit, data processing unit and memory cell；
Output unit, with refrigeration compressor, No. 1 electromagnetic lock, No. 2 electromagnetic locks, ventilating fan, display, LED state lamp, illuminating lamp
Electrically connected with ozone generator.
4. a kind of deodorant refrigerator according to claim 2, it is characterised in that described front door includes：
External door, it is be hinged with having no access to it, it is connected by No. 1 electromagnetic lock with inside door；
Inside door, it is hinged with cabinet；
Front door vent, is provided with aperture on inside door；
Ventilating fan, on inside door, electrically connected with control module；
Display, on inside door, electrically connected with control module.
5. a kind of deodorant refrigerator according to claim 2, it is characterised in that described top cover includes：
Outer top cover, is hinged with internal head cover；
Internal head cover, welded with cabinet；
Top cover air vent, is provided with aperture on internal head cover.
6. a kind of deodorant refrigerator according to claim 1, it is characterised in that described deodorization circuit includes：
Inductance L0 first terminates 220 alternating voltages, the second terminating diode VD1 positive pole；Diode VD1 negative pole meets electric capacity C1
First end；Electric capacity C1 the second 220 alternating currents of termination；Electric capacity C2 the first termination capacitor C1 first end, the of electric capacity C2
Two termination capacitor C1 the second end；Resistance R1 the first termination capacitor C1 first end, resistance R1 the second termination capacitor C3's
First end；Electric capacity C3 the first terminating resistor R1 the second end, electric capacity C3 the second termination capacitor C1 the second end；Electric capacity C4's
First terminating resistor R1 first end, electric capacity C4 the second terminating diode VD2 negative pole；Diode VD2 positive pole connecting resistance
R1 the second end；Resistance R2 the first termination capacitor C4 first end, resistance R2 the second terminating diode VD2 negative pole；Three
Pole pipe V1 colelctor electrode connecting resistance R2 first end, triode V1 emitter stage connecting resistance R3 first end, triode V1 base
Pole connecting resistance R5 first end；Resistance R3 the second terminating diode VD2 negative pole；The of resistance R5 the second termination inductance W1
One end；Inductance W1 the second terminating diode VD2 negative pole；Diode VD3 the first terminating resistor R3 first end, diode
VD3 the second terminating resistor R5 first end；Electric capacity C5 the first terminating resistor R2 first end, electric capacity C5 the second termination electricity
Hold C6 first end；Electric capacity C6 the second termination capacitor C1 the second end；Inductance W2 the first terminating resistor R6 first end, electricity
Feel W2 the second termination capacitor C1 the second end；Resistance R6 the first termination triode V2 base stage；Triode V2 colelctor electrode
Connecting resistance R3 the second end；
Triode V2 emitter stage connecting resistance R4 first end；Resistance R4 the second termination capacitor C1 the second end；Diode VD4
The first termination triode V2 emitter stage, diode VD4 the second termination triode V2 base stage；Bidirectional trigger diode V3
First terminating resistor R1 the second end, bilateral diode V3 the second termination triode V2 base stage；Inductance W3 the first termination
Diode VD2 negative pole, inductance W3 the second termination inductance W4 first end；The second of inductance W4 the first termination capacitor C5
End；Inductance W5 the first terminating diode VD5 positive pole, inductance W5 the second termination light emitting diode VL negative pole；Diode
VD5 negative pole sending and receiving optical diode VL positive pole；Inductance W6 the first termination ozone generator VG first end, the of inductance W6
Two termination smoking generator VG the second end；The circuit where circuit and inductance W6 where inductance W5 is the one of pulse transformer
Side, the opposite side of circuit where inductance W4 in pulse transformer T.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721110559.5U CN207214566U (en) | 2017-08-31 | 2017-08-31 | A kind of deodorant refrigerator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721110559.5U CN207214566U (en) | 2017-08-31 | 2017-08-31 | A kind of deodorant refrigerator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207214566U true CN207214566U (en) | 2018-04-10 |
Family
ID=61826193
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721110559.5U Expired - Fee Related CN207214566U (en) | 2017-08-31 | 2017-08-31 | A kind of deodorant refrigerator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207214566U (en) |
-
2017
- 2017-08-31 CN CN201721110559.5U patent/CN207214566U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180410 Termination date: 20180831 |