CN208936231U - A kind of integrated kitchen range with semiconductor cooling device - Google Patents
A kind of integrated kitchen range with semiconductor cooling device Download PDFInfo
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- CN208936231U CN208936231U CN201821624444.2U CN201821624444U CN208936231U CN 208936231 U CN208936231 U CN 208936231U CN 201821624444 U CN201821624444 U CN 201821624444U CN 208936231 U CN208936231 U CN 208936231U
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Abstract
Negative-pressure air fan is fixedly installed in the rear of a kind of integrated kitchen range with semiconductor cooling device, including casing, kitchen range, kitchen ventilator, disinfection cabinet and locker, disinfection cabinet and locker, and oil trap is fixedly mounted below negative-pressure air fan；Kitchen ventilator includes air inlet；Control panel is set between kitchen range and disinfection cabinet, semiconductor cooling device is fixedly installed in vertical air plenums, semiconductor cooling device can not only separate the oil smoke of air inlet sucking, oil smoke separation rate is made to reach 90% or more；Semiconductor cooling device can also clean oneself, avoid the case where existing oil-fume separating device needs regular dismounting to clean or replace, overall structure is simple, the top cover of inverted V-shaped is fixedly mounted on spiral case, top cover entirely covers spiral case, it is coated with not viscous oil coating on the upper surface of top cover, drip to the greasy dirt dripped on semiconductor cooling device will not on negative-pressure air fan.
Description
Technical field
The utility model belongs to the manufacturing technology field of kitchen appliance, is related to a kind of integrated kitchen range, especially a kind of band half
The integrated kitchen range of conductor refrigerating plant.
Background technique
Integrated kitchen range is to generate fluid negative-pressure area with micro- aerodynamic principle using lower air draft, oil smoke is siphoned away down,
Oil smoke clean absorption rate is higher；Integrated kitchen range is to improve kitchen and household to solve the problems, such as that traditional kitchen ventilator can not thoroughly eradicate oil smoke
Environment and the machine for kitchen use product leading in the world developed, the product are organic by smoke machine, kitchen range, disinfection cabinet, storage cabinet etc.
Ground is combined together, and has thoroughly eradicated kitchen fume, its appearance brings depth for the managing model that prosperous oily high fire is characterized is given
It is remote to influence；With continuous improvement of people's living standards and to the continuous pursuit of healthy living, integrated kitchen range will become the following kitchen
The mainstream of room finishing；Oil-fume separating device in current integrated kitchen range is substantially oil smoke by way of filtering or condensing
Heavy oil ion filter condenses out, but through use after a period of time, bonds greasy dirt in current oil-fume separating device, oil
Dust of the dirt in air combines, and forms the grease stain for being not easy to remove, all generates very big load to oil-fume separating device and blower,
Reduce the effect of oil smoke separation；And current condensation vessel volume is larger, needs to be arranged compressor, and structure is complex.
Summary of the invention
The utility model mainly solves technical problem present in the above-mentioned prior art, provides a kind of band semiconductor refrigerating
The integrated kitchen range of device.
Above technical problems of the utility model are mainly solved by the following technical scheme: a kind of band semiconductor
The integrated kitchen range of refrigerating plant, including casing, kitchen range, kitchen ventilator, disinfection cabinet and locker, kitchen ventilator are " < " font, and kitchen range are horizontal
It is fixed at kitchen ventilator obliquely downward, the oil smoke generated on kitchen range is enable to be sucked by kitchen ventilator；Disinfection cabinet and locker sliding are set
It sets in the lower section of kitchen range, disinfection cabinet is arranged above locker, and disinfection cabinet and locker are arranged in casing side, disinfection cabinet and storage
Negative-pressure air fan is fixedly installed in the rear of object cabinet, and negative-pressure air fan is arranged in casing, and oil trap is fixedly mounted below negative-pressure air fan；Oil
Smoke machine includes air inlet, and kitchen ventilator is connect by vertical air plenums with casing, and kitchen ventilator, vertical air plenums and negative-pressure air fan is made to be linked as one
Body；Control panel is set between kitchen range and disinfection cabinet, and control panel is opened, closed etc. for controlling, it is characterised in that:
Semiconductor cooling device, the inclination installation of semiconductor cooling device device, semiconductor system are fixedly installed in vertical air plenums
The length of device for cooling and the length of vertical air plenums are identical, and the width of semiconductor cooling device is greater than the width of vertical air plenums, make half
Conductor refrigerating plant can be tiltedly mounted in vertical air plenums.
Further, semiconductor cooling device includes semiconductor refrigerating end, semiconductor heating end and ventilating noise-elimination blimp,
The surface at semiconductor heating end is arranged in semiconductor refrigerating end, and the oil smoke for entering air inlet first passes through the progress of semiconductor refrigerating end
Condensation；Several ventilation slots of regular setting on semiconductor refrigerating end and semiconductor heating end, ventilation slot are rectangle or polymorphic structure,
The gross area of ventilation hole horizontal cross-section accounts for the 45%-70% of vertical air plenums horizontal sectional area, convenient for the oil smoke for allowing air inlet to enter
Semiconductor cooling device can be passed through, the load for increasing negative-pressure air fan is avoided；Semiconductor cooling device installation after with horizontal plane
Between angle be 10-80 °, semiconductor cooling device is higher than the other end close to kitchen range one end, makes semiconductor refrigerating end and partly leads
Greasy dirt on system hot end flows out semiconductor cooling device, the fixed peace in the lower section at semiconductor heating end as early as possible under gravity
Ventilating noise-elimination blimp is filled, the oil smoke for avoiding air inlet from entering generates ear-piercing point when coming out from the ventilation slot at semiconductor heating end
Sharp noise.
Further, semiconductor heating end does not need the cooling devices such as installation fan, because after integrated kitchen range is opened, always
There is air-flow by semiconductor heating end, takes away the heat at semiconductor heating end together by air-flow.
Further, the upper surface at semiconductor refrigerating end, semiconductor heating end and ventilating noise-elimination blimp is coated with not viscous oil
Coating, not viscous oil coating be teflon coatings, not viscous oil coating with a thickness of 30-80 microns, make semiconductor refrigerating end, semiconductor
Greasy dirt in heating end and ventilating noise-elimination blimp is flowed into as early as possible in the oil trap below negative-pressure air fan.
Further, the surface nonplanar structure of the ventilation slot at semiconductor refrigerating end increases the surface area in ventilation slot, adds
The condensation effect of more than half conductor refrigeration end.
Further, negative-pressure air fan includes spiral case, and the top cover of inverted V-shaped, the two sides of the top cover of inverted V-shaped are fixedly mounted on spiral case
The perspective plane of spiral case is all stretched out, the perspective plane of top cover is greater than the perspective plane of spiral case, and top cover entirely covers spiral case；The top of inverted V-shaped
Upward, the angle of the wedge angle of the top cover of inverted V-shaped is 120-160 ° to the wedge angle of lid, is coated with not viscous oil coating on the upper surface of top cover,
Not viscous oil coating be teflon coatings, not viscous oil coating with a thickness of 30-80 microns, make the oil dripped on semiconductor cooling device
Dirt will not drip on negative-pressure air fan, and the greasy dirt dripped on top cover can be made to flow in oil trap, will not be bonded in top cover upper surface.
Further, at least six temperature sensor is all arranged in the surface perimeter at semiconductor refrigerating end and semiconductor heating end,
Temperature sensor is used to monitor the temperature at semiconductor refrigerating end and semiconductor heating end, convenient for controlling semiconductor refrigerating end and partly leading
System hot-side temperature reaches best condensation effect.
Further, coal gas detection device is set on control panel, and coal gas detection device is in the open state always, coal gas
Detection device is used to detect the gas content in kitchen, makes the coal gas in kitchen when gas leak or other situations occur in kitchen
When content reaches certain numerical value, integrated kitchen range would automatically turn on maximum smoke pumping mode, reduce the gas content in kitchen.
Further, anion generator is set on kitchen ventilator, and anion generator can automatically generate anion, for net
Change air in kitchen environment.
The principle of the utility model patent: oil smoke enters vertical air plenums from air inlet, initially encounters semiconductor refrigerating end, and half
Temperature is lower after conductor refrigeration end is powered, and the temperature of oil smoke is higher, when oil smoke encounters semiconductor refrigerating end, moment condensation,
So that the heavy oil ion in oil smoke is condensed in the surface at semiconductor refrigerating end, semiconductor refrigerating end make oil smoke separation rate reach 90% with
On；After semiconductor cooling device runs one end time, greasy dirt can be largely bonded on semiconductor refrigerating end, reduce oil smoke separation
Effect, at this time, it is necessary to semiconductor cooling device be cleaned, user can clean semiconductor cooling device with sets itself
The period is opened, irregularly can also voluntarily be opened；When user opens or integrated kitchen range automatically turns on semiconductor cooling device, partly lead
The motor of the logical direct current of system device for cooling changes, and makes semiconductor refrigerating end become heating, first by semiconductor cooling device
Semiconductor refrigerating end be heated to 95-100 DEG C, by the monitoring of temperature sensor, make semiconductor refrigerating end at 95-100 DEG C
At a temperature of kept for 20-30 minutes, at this point, bonding greasy dirt melted by heat at liquid, be then turned on negative-pressure air fan, make to be fused into liquid
The greasy dirt of state is flowed into oil trap, then periodically under the double action of gravity and negative-pressure air power along semiconductor refrigerating end
Clear up the greasy dirt in oil trap.
The utility model compared with prior art, has the following characteristics that
(1) it is provided with semiconductor cooling device, structure is simpler than needing the condenser of compressor, and semiconductor refrigerating fills
The oil smoke that can not only separate air inlet sucking is set, oil smoke separation rate is made to reach 90% or more；Semiconductor cooling device can also be to certainly
Oneself cleans, and avoids the case where existing oil-fume separating device needs regular dismounting to clean or replace, and overall structure letter
It is single；
(2) top cover of inverted V-shaped is fixedly mounted on spiral case, spiral case is entirely covered, is coated with not on the upper surface of top cover by top cover
Viscous oil coating drip to the greasy dirt dripped on semiconductor cooling device will not on negative-pressure air fan, and can make the oil dripped on top cover
Dirt flows in oil trap, will not be bonded in top cover upper surface.
Detailed description of the invention
Fig. 1 is a kind of left view of the utility model.
Fig. 2 is a kind of main view of the utility model.
In figure: 1, air inlet；2, vertical air plenums；3, semiconductor cooling device；4, control panel；5, temperature sensor；6,
Kitchen range；7, kitchen ventilator；8, disinfection cabinet；9, locker；10, negative-pressure air fan；11, spiral case；12, oil trap；13, casing；14, it pushes up
Lid；15, ventilating noise-elimination blimp；16, coal gas detection device；17, anion generator；31, semiconductor refrigerating end；32, it partly leads
System hot end；33, ventilation slot.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment: a kind of integrated kitchen range with semiconductor cooling device, as shown in Figure 1 and Figure 2, including casing, kitchen range, oil smoke
Machine, disinfection cabinet and locker, kitchen ventilator are " < " font, and kitchen range level is fixed at kitchen ventilator obliquely downward, makes to generate on kitchen range
Oil smoke can be sucked by kitchen ventilator；Disinfection cabinet and locker are slidably arranged in the lower section of kitchen range, and disinfection cabinet is arranged on locker
Side, disinfection cabinet and locker setting are in casing side, the rear fixed setting negative-pressure air fan of disinfection cabinet and locker, negative-pressure air fan
It is arranged in casing, oil trap is fixedly mounted below negative-pressure air fan；Kitchen ventilator includes air inlet, kitchen ventilator by vertical air plenums with
Casing connection, is linked together kitchen ventilator, vertical air plenums and negative-pressure air fan；Control panel is set between kitchen range and disinfection cabinet, is controlled
Panel processed is opened, is closed etc. for controlling, it is characterised in that: semiconductor cooling device, semiconductor are fixedly installed in vertical air plenums
The inclination installation of refrigerating plant device, the length of semiconductor cooling device and the length of vertical air plenums are identical, semiconductor cooling device
Width be greater than vertical air plenums width, so that semiconductor cooling device is tiltedly mounted in vertical air plenums.
As shown in Figure 1 and Figure 2, semiconductor cooling device include semiconductor refrigerating end, semiconductor heating end and ventilating noise-elimination every
The surface at semiconductor heating end is arranged in sound cover, semiconductor refrigerating end, and the oil smoke for entering air inlet first passes through semiconductor refrigerating
End is condensed；Regular several ventilation slots of setting, ventilation slot are rectangle or different on semiconductor refrigerating end and semiconductor heating end
Shape structure, the gross area of ventilation hole horizontal cross-section account for the 45%-70% of vertical air plenums horizontal sectional area, convenient for allowing air inlet to enter
Oil smoke can pass through semiconductor cooling device, avoid increase negative-pressure air fan load；Semiconductor cooling device installation after with
Angle between horizontal plane is 10-80 °, and semiconductor cooling device is higher than the other end close to kitchen range one end, makes semiconductor refrigerating end
Semiconductor cooling device, the lower section at semiconductor heating end are flowed out as early as possible under gravity with the greasy dirt on semiconductor heating end
Ventilating noise-elimination blimp is fixedly mounted, the oil smoke for avoiding air inlet from entering generate when being come out from the ventilation slot at semiconductor heating end compared with
Big sharp noise；Semiconductor heating end does not need the cooling devices such as installation fan, because having gas always after integrated kitchen range is opened
Stream takes away the heat at semiconductor heating end together by air-flow by semiconductor heating end.
As shown in Figure 1 and Figure 2, the upper surface at semiconductor refrigerating end, semiconductor heating end and ventilating noise-elimination blimp is coated with not
Viscous oil coating, not viscous oil coating be teflon coatings, not viscous oil coating with a thickness of 30-80 micron, make semiconductor refrigerating end, partly
Greasy dirt in conductor heating end and ventilating noise-elimination blimp is flowed into as early as possible in the oil trap below negative-pressure air fan；Semiconductor refrigerating end
Ventilation slot surface nonplanar structure, increase ventilation slot in surface area, increase semiconductor refrigerating end condensation effect.
As shown in Figure 1, negative-pressure air fan includes spiral case, and the top cover of fixed installation inverted V-shaped on spiral case, the two of the top cover of inverted V-shaped
The perspective plane of spiral case is all stretched out in side, and the perspective plane of top cover is greater than the perspective plane of spiral case, and top cover entirely covers spiral case；Inverted V-shaped
Upward, the angle of the wedge angle of the top cover of inverted V-shaped is 120-160 ° to the wedge angle of top cover, and not viscous oil painting is coated on the upper surface of top cover
Layer, not viscous oil coating be teflon coatings, not viscous oil coating with a thickness of 30-80 microns, make to drip on semiconductor cooling device
Greasy dirt will not drip on negative-pressure air fan, and the greasy dirt dripped on top cover can be made to flow in oil trap, will not be bonded on top cover
Surface.
As shown in Fig. 2, at least six temperature sensing is all arranged in the surface perimeter at semiconductor refrigerating end and semiconductor heating end
Device, temperature sensor are used to monitor the temperature at semiconductor refrigerating end and semiconductor heating end, convenient for control semiconductor refrigerating end and
Semiconductor heating end temperature, reaches best condensation effect.
As shown in Fig. 2, coal gas detection device is arranged on control panel, coal gas detection device is in the open state always, coal
Gas detection device is used to detect the gas content in kitchen, makes the coal in kitchen when gas leak or other situations occur in kitchen
When Gas content reaches certain numerical value, integrated kitchen range would automatically turn on maximum smoke pumping mode, reduce the gas content in kitchen.
As shown in Fig. 2, anion generator is arranged on kitchen ventilator, anion generator can automatically generate anion, be used for
Purifying air in kitchen environment.
As shown in Figure 1 and Figure 2, oil smoke enters vertical air plenums from air inlet, initially encounters semiconductor refrigerating end, semiconductor system
Temperature is lower after cold end is powered, and the temperature of oil smoke is higher, and when oil smoke encounters semiconductor refrigerating end, moment condensation makes oil smoke
In heavy oil ion condense in the surface at semiconductor refrigerating end, semiconductor refrigerating end makes oil smoke separation rate reach 90% or more；When
After semiconductor cooling device runs one end time, greasy dirt can be largely bonded on semiconductor refrigerating end, reduce oil smoke separating effect,
At this time, it is necessary to semiconductor cooling device be cleaned, user can clean the unlatching of semiconductor cooling device with sets itself
Period irregularly can also voluntarily open；When user opens or integrated kitchen range automatically turns on semiconductor cooling device, semiconductor system
The motor of the logical direct current of device for cooling changes, and semiconductor refrigerating end is made to become heating, first by the half of semiconductor cooling device
Conductor refrigeration end is heated to 95-100 DEG C, by the monitoring of temperature sensor, makes temperature of the semiconductor refrigerating end at 95-100 DEG C
Lower holding 20-30 minutes, at this point, the greasy dirt melted by heat of bonding is then turned on negative-pressure air fan, makes to be fused into liquid at liquid
Greasy dirt is flowed into oil trap, then periodic cleaning under the double action of gravity and negative-pressure air power along semiconductor refrigerating end
Greasy dirt in oil trap.
Finally it is pointed out that above embodiments are only the more representational examples of the utility model.Obviously, this is practical new
Type is not limited to the above embodiments, and acceptable there are many deformations.All foundation the technical essence of the utility model are to above embodiments
Made any simple modification, equivalent change and modification are considered as belonging to the protection scope of the utility model.
Claims (7)
1. a kind of integrated kitchen range with semiconductor cooling device, including casing, kitchen range, kitchen ventilator, disinfection cabinet and locker, kitchen ventilator
For " < " font, kitchen range level is fixed at kitchen ventilator obliquely downward；Disinfection cabinet and locker are slidably arranged in the lower section of kitchen range,
Disinfection cabinet is arranged above locker, and in casing side, the rear of disinfection cabinet and locker is fixed for disinfection cabinet and locker setting
Negative-pressure air fan is set, and negative-pressure air fan is arranged in casing, and oil trap is fixedly mounted below negative-pressure air fan；Kitchen ventilator includes air draught
Mouthful, kitchen ventilator is connect by vertical air plenums with casing, and kitchen ventilator, vertical air plenums and negative-pressure air fan are linked together；Kitchen range with disappear
Control panel is set between malicious cabinet, it is characterised in that:
Semiconductor cooling device, the inclination installation of semiconductor cooling device device, semiconductor refrigerating dress are fixedly installed in vertical air plenums
The length set is identical as the length of vertical air plenums, and the width of semiconductor cooling device is greater than the width of vertical air plenums.
2. a kind of integrated kitchen range with semiconductor cooling device according to claim 1, it is characterised in that the semiconductor refrigerating
Device includes semiconductor refrigerating end, semiconductor heating end and ventilating noise-elimination blimp, and semiconductor heating is arranged in semiconductor refrigerating end
The surface at end；Regular several ventilation slots of setting on semiconductor refrigerating end and semiconductor heating end, ventilation hole horizontal cross-section
The gross area accounts for the 45%-70% of vertical air plenums horizontal sectional area；Angle after semiconductor cooling device installation between horizontal plane
It is 10-80 °, semiconductor cooling device is higher than the other end close to kitchen range one end, and ventilation is fixedly mounted in the lower section at semiconductor heating end
Noise elimination blimp.
3. a kind of integrated kitchen range with semiconductor cooling device according to claim 1 or claim 2, it is characterised in that the semiconductor system
The upper surface of cold end, semiconductor heating end and ventilating noise-elimination blimp is coated with not viscous oil coating, and viscous oil coating is not Teflon painting
Layer, not viscous oil coating with a thickness of 30-80 microns.
4. a kind of integrated kitchen range with semiconductor cooling device according to claim 1, it is characterised in that the negative-pressure air fan packet
Spiral case is included, the top cover of inverted V-shaped is fixedly mounted on spiral case, the perspective plane of spiral case, the throwing of top cover are all stretched out in the two sides of the top cover of inverted V-shaped
Shadow face is greater than the perspective plane of spiral case；Upward, the angle of the wedge angle of the top cover of inverted V-shaped is 120-160 ° to the wedge angle of the top cover of inverted V-shaped,
Not viscous oil coating is coated on the upper surface of top cover, viscous oil coating is not teflon coatings, and viscous oil coating is not micro- with a thickness of 30-80
Rice.
5. a kind of integrated kitchen range with semiconductor cooling device according to claim 1 or claim 2, it is characterised in that the semiconductor system
At least six temperature sensor is all arranged in cold end and the surface perimeter at semiconductor heating end.
6. a kind of integrated kitchen range with semiconductor cooling device according to claim 1, it is characterised in that on the control panel
Coal gas detection device is set.
7. a kind of integrated kitchen range with semiconductor cooling device according to claim 1, it is characterised in that set on the kitchen ventilator
Set anion generator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821624444.2U CN208936231U (en) | 2018-10-04 | 2018-10-04 | A kind of integrated kitchen range with semiconductor cooling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821624444.2U CN208936231U (en) | 2018-10-04 | 2018-10-04 | A kind of integrated kitchen range with semiconductor cooling device |
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| Publication Number | Publication Date |
|---|---|
| CN208936231U true CN208936231U (en) | 2019-06-04 |
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ID=66723524
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821624444.2U Active CN208936231U (en) | 2018-10-04 | 2018-10-04 | A kind of integrated kitchen range with semiconductor cooling device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114001054A (en) * | 2021-09-30 | 2022-02-01 | 嵊州市浙江工业大学创新研究院 | Integrated kitchen fan is from cleaning device based on vortex tube |
-
2018
- 2018-10-04 CN CN201821624444.2U patent/CN208936231U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114001054A (en) * | 2021-09-30 | 2022-02-01 | 嵊州市浙江工业大学创新研究院 | Integrated kitchen fan is from cleaning device based on vortex tube |
| CN114001054B (en) * | 2021-09-30 | 2023-12-26 | 嵊州市浙江工业大学创新研究院 | Integrated kitchen fan self-cleaning device based on vortex tube |
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