CN104566732A - Integral kitchen air conditioner and integral side-suction type kitchen air conditioner - Google Patents
Integral kitchen air conditioner and integral side-suction type kitchen air conditioner Download PDFInfo
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- CN104566732A CN104566732A CN201510039526.5A CN201510039526A CN104566732A CN 104566732 A CN104566732 A CN 104566732A CN 201510039526 A CN201510039526 A CN 201510039526A CN 104566732 A CN104566732 A CN 104566732A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
- F24F5/0096—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater combined with domestic apparatus
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24C—DOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
- F24C15/00—Details
- F24C15/20—Removing cooking fumes
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Abstract
The invention relates to an integral kitchen air conditioner and an integral side-suction type kitchen air conditioner, wherein the integral kitchen air conditioner comprises an oil fume suction unit and an air conditioning unit which are arranged into an integral structure, the air conditioning unit comprises an evaporation unit and a condensation unit, the condensation unit comprises a lower condensation unit and an upper condensation unit which are communicated with each other, the lower condensation unit is arranged on one side or two sides of the oil fume suction unit, and the upper condensation unit and the evaporation unit are positioned above the oil fume suction unit. The integral kitchen air conditioner provided by the invention has the advantages that the whole machine is distributed in an upper structure and a lower structure, no additional structure is added between a kitchen operator and a range hood functional part, the machine set can be ensured not to protrude out of a cooking working table, and the problem of possible head collision in the cooking process is solved; and divide into two parts with the condensing unit, lower condensing unit sets up in the lower part of unit, and sets up in one side or both sides of oil absorption cigarette unit, can more effective utilization space, reduces the unit size.
Description
Technical field
The present invention relates to household appliance technical field, particularly relate to a kind of Integral type kitchen air-conditioning and unitary side suction air conditioner used in kitchen.
Background technology
Kitchen, as the occasion needing most air-conditioning in life, is not being met for a long time.
Along with life requirement improves constantly, the demand of kitchen using air-condition is also more and more stronger.Part family has also installed air-conditioning in addition while installation range hood, but Independent air conditioning costly, and walks the installation troubles such as pipe, and especially destroying finishing to the Family needs of having moved in could install, and uses and becomes less feasible.So the air conditioner type range hood integrating range hood and air conditioning function also just arises at the historic moment.
But the topology layout of current existing air conditioner type range hood exists many unreasonable parts, these unreasonable parts will cause having problems when reality uses.
Such as: existing a kind of air conditioner type range hood, it comprises air-conditioning system main frame, air-conditioning system slave and range hood.Wherein, air-conditioning system main frame and the split of air-conditioning system slave are arranged, and air-conditioning system main frame is disposed in the outdoor, and air-conditioning system slave is disposed in the interior, and at this moment split is arranged exists the problem that inconvenience is installed in pipe, hanging etc.; When air-conditioning system main frame is when the design and installation of air-conditioning system slave is together with indoor, be arranged side by side before and after air-conditioning system slave and range hood, after installation, air-conditioning system slave is in range hood and executes between the person of kitchen, such existence because of depth dimensions large, unit is given prominence to and is executed kitchen work top and cause the hidden danger of meeting and discussing; Execute person operating space, kitchen will seriously be affected.
Also have a kind of air conditioner type range hood at present, range hood and conditioner are arranged to monoblock type by it.But the cooling air of condenser when the wind containing a large amount of oil smoke produced by stove and accessory drawn freezes as conditioner by this air conditioner type range hood, the as easy as rolling off a log like this condenser that causes is by oil smoke clogging deposits, cause the hydraulic performance decline of conditioner, or even scrap.And the structure such as compressor and evaporimeter is all arranged on range hood and executes between the person of kitchen by this conditioner, which increase the depth dimensions of complete machine, exist when installing and using to give prominence to and execute kitchen work top and cause meeting and discussing hidden danger, execute person operating space, kitchen and be affected.
Summary of the invention
The object of the invention is to propose a kind of Integral type kitchen air-conditioning and unitary side suction air conditioner used in kitchen, it can solve, and existing air conditioner used in kitchen layout is unreasonable, size is comparatively large, install inconvenient and take the problem executing person operating space, kitchen.
For achieving the above object, the invention provides a kind of Integral type kitchen air-conditioning, it comprises fume-exhausting unit and air-conditioning unit, described fume-exhausting unit and described air-conditioning unit are arranged to monolithic construction, wherein, described air-conditioning unit comprises evaporation element and condensing unit, described condensing unit comprises the lower condensing unit and upper condensing unit that are interconnected, the side of described fume-exhausting unit or both sides are provided with described lower condensing unit, and described upper condensing unit and described evaporation element are positioned at the top of described fume-exhausting unit.
One preferably or in embodiment, the oil suction mouth of described fume-exhausting unit and the lower condensation air inlet of described lower condensing unit separate.
One preferably or in embodiment, the lower condensation air inlet independence mutually of the evaporation air inlet of described evaporation element and the oil suction mouth of described fume-exhausting unit and described lower condensing unit.
One preferably or in embodiment, the exhaust opening of described fume-exhausting unit is all communicated with smoke extraction chamber with the upper condensation air outlet of described upper condensing unit, outside described smoke extraction chamber communication chamber, described evaporation element evaporate in the communication chamber of air port, the lower condensation air outlet of described lower condensing unit is communicated with the upper condensation air inlet of described upper condensing unit.
One preferably or in embodiment, described fume-exhausting unit comprises fume-exhausting housing, be provided with fume-exhausting blower fan in described fume-exhausting housing, described fume-exhausting housing is provided with described oil suction mouth and described exhaust opening, described oil suction mouth is arranged on the side towards cook utensil.
Preferably or in embodiment, described exhaust opening is provided with the first check-valves one.
One preferably or in embodiment, described lower condensing unit comprises lower condensation housing, is provided with condenser in described lower condensation housing, described lower condensation housing is provided with described lower condensation air inlet and described lower condensation air outlet.
One preferably or in embodiment, described lower condensation air inlet is arranged on left side or the right side of described lower condensation housing.
One preferably or in embodiment, the first filter is also provided with in described lower condensation housing, the air that described lower condensation air inlet enters, after described first metre filter oil smoke, by described condenser heat exchange, enters described upper condensing unit finally by described lower condensation air outlet.
One preferably or in embodiment, described upper condensing unit comprises condensation housing, is provided with condensation fan in described upper condensation housing, described upper condensation housing is provided with described upper condensation air inlet and described upper condensation air outlet.
Preferably or in embodiment, described upper condensation air outlet is provided with the second check-valves one.
One preferably or in embodiment, described evaporation element comprises evaporation housing, is provided with evaporimeter and evaporation fan in described evaporation housing, described evaporation housing be provided with described evaporation air inlet and describedly evaporate air port.
One preferably or in embodiment, be also provided with the second filter in described evaporation housing, the air that described evaporation air inlet enters, by described second metre filter oil smoke, then by described evaporator heat exchange, is discharged finally by the described air port that evaporates.
One preferably or in embodiment, described in evaporate air port and be arranged on side towards executing kitchen person.
One preferably or in embodiment, described in evaporate the air outlet angle in air port perpendicular to unit right-side-out, or, described in evaporate air port air outlet angle from perpendicular to unit right-side-out to left and/or deflection be to the right not more than the direction air-out of 90 degree.
One preferably or in embodiment, described smoke extraction chamber connects exhaust duct by external blast connection, described external blast connection is provided with the 3rd check-valves.
One preferably or in embodiment, described evaporation element and described condensing unit include blower fan, and described blower fan comprises fan blade and motor, and described evaporation element and described condensing unit share same motor.
One preferably or in embodiment, described Integral type kitchen air-conditioning at least has the mode of operation that independent air conditioning mode of operation, fume-exhausting mode of operation, and fume-exhausting separately and air conditioning are carried out simultaneously.
For achieving the above object, present invention also offers a kind of unitary side suction air conditioner used in kitchen, it adopts the structure of the Integral type kitchen air-conditioning in above-mentioned any embodiment, and the fume-exhausting unit of described Integral type kitchen air-conditioning is side-suction type.
Based on technique scheme, the present invention at least has following beneficial effect:
The complete machine distribution of Integral type kitchen air-conditioning provided by the invention goes to upper and lower portion's structure distribution, execute between kitchen person and range hood funtion part and do not increase supernumerary structure, the not outstanding culinary art work top of unit can be ensured like this, solve the possible contention problem in cooking process; And condensing unit is divided into two parts, lower condensing unit is arranged on the bottom of unit, and is arranged on side or the both sides of fume-exhausting unit, more effectively can utilize space like this, reduce engine packet size.Therefore, the present invention can solve that existing air conditioner used in kitchen layout is unreasonable, size is comparatively large, installs inconvenient and takies and execute person operating space, kitchen, may touch first order issue in cooking process, is applicable to family kitchen etc.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide a further understanding of the present invention, and form a application's part, schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is the topology layout block diagram of Integral type kitchen air-conditioning provided by the invention;
Fig. 2 is the structural representation of Integral type kitchen air-conditioning provided by the invention;
Fig. 3 is the left side air-out schematic diagram of Integral type kitchen air-conditioning provided by the invention;
Fig. 4 is installation and the operating diagram of Integral type kitchen air-conditioning provided by the invention.
Attached number in the figure:
A-fume-exhausting unit; B-condensing unit; Condensing unit under B1-; The upper condensing unit of B2-; C-evaporation element;
1-compressor and pipeline; 2-shell body; 3-exhaust opening; Condensation air inlet under 4-; 5-first filter; 6-condenser; 8-fume-exhausting blower fan; 9-fume-exhausting volute of blower; 10-second check-valves; The external blast connection of 11-; 12-first check-valves; 13-condensation fan spiral case; 14-condensation fan; The upper condensation air outlet of 16-; 17-evaporates air inlet; 18-second filter; 19-evaporimeter; 20-evaporation fan spiral case; 21-evaporation fan; 22-evaporates air port; 23-the 3rd check-valves; 24-smoke extraction chamber;
The left hanging cupboard of 31-; 32-executes kitchen person; 33-clothes closet; 34-cook utensil; The right hanging cupboard of 35-; 36-suspended ceiling; 37-Integral type kitchen air-conditioning provided by the invention.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in embodiment is clearly and completely described.Obviously, described embodiment is only a part of embodiment of the present invention, instead of whole embodiments.Based on embodiments of the invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
In describing the invention; it will be appreciated that; term " " center ", " longitudinal direction ", " transverse direction ", "front", "rear", " vertically ", " level ", " top ", " end ", " interior ", " outward " etc. instruction orientation or position relationship be based on orientation shown in the drawings or position relationship; be only the present invention for convenience of description and simplified characterization; instead of instruction or imply indication device or element must have specific orientation, with specific azimuth configuration and operation, therefore can not be interpreted as limiting the scope of the invention.
As shown in Figure 1, be the block diagram of an embodiment of the topology layout of Integral type kitchen air-conditioning provided by the invention, Fig. 1 is the present invention for convenience of explanation only, and substantial structure arranges and is not limited to this.
As shown in Figure 1, in the illustrative examples of Integral type kitchen air-conditioning provided by the invention, Integral type kitchen air-conditioning comprises fume-exhausting unit A and air-conditioning unit, fume-exhausting unit A and air-conditioning unit are arranged to monolithic construction, wherein, air-conditioning unit comprises evaporation element C and condensing unit B, condensing unit B comprises the lower condensing unit B1 and upper condensing unit B2 that are interconnected, the side of fume-exhausting unit A or both sides are provided with lower condensing unit B1, and upper condensing unit B2 and evaporation element C is positioned at the top of fume-exhausting unit A.
In above-mentioned illustrative examples, the complete machine distribution of Integral type kitchen air-conditioning goes to upper and lower portion's structure distribution, execute between kitchen person and range hood funtion part and do not increase supernumerary structure, the not outstanding culinary art work top of unit can be ensured like this, solve the possible contention problem in cooking process; And condensing unit B is divided into two parts, lower condensing unit B1 is arranged on the bottom of unit, and is arranged on side or the both sides of fume-exhausting unit A, more effectively can utilize space like this, reduce engine packet size.
In above-mentioned illustrative examples, needs can be facilitated according to unit refrigerating capacity size and installation air inlet, the left side of fume-exhausting unit A can be provided with separately lower condensing unit B1, or the right side of fume-exhausting unit A can arrange separately lower condensing unit B1, or the left side of fume-exhausting unit A and right side all arrange lower condensing unit B1, be conducive to like this increasing heat exchange area, balanced heat exchange, strengthen heat transfer effect, reduce engine packet size.
In the illustrative examples of Integral type kitchen air-conditioning provided by the invention, the evaporation air inlet 17 of the oil suction mouth of fume-exhausting unit A, the lower condensation air inlet 4 of lower condensing unit B1, evaporation element C is independent mutually.Be specially: the oil suction mouth of fume-exhausting unit A and the lower condensation air inlet 4 of lower condensing unit B1 separate.The evaporation air inlet 17 of evaporation element C is independent mutually with the lower condensation air inlet 4 of the oil suction mouth of fume-exhausting unit A and lower condensing unit B1.
The exhaust opening 3 of fume-exhausting unit A is all communicated with smoke extraction chamber 24 with the upper condensation air outlet 16 of upper condensing unit B2, outside smoke extraction chamber 24 communication chamber, evaporation element C evaporates in the communication chamber of air port 22, and the lower condensation air outlet of lower condensing unit B1 is communicated with the upper condensation air inlet of upper condensing unit B2.
As shown in Figure 2 and Figure 3, in the illustrative examples of Integral type kitchen air-conditioning provided by the invention, fume-exhausting unit A can comprise fume-exhausting housing, and lower condensing unit B1 comprises lower condensation housing, upper condensing unit B2 comprises condensation housing, and evaporation element C comprises evaporation housing.
Can be provided with fume-exhausting blower fan 8 and fume-exhausting volute of blower 9 in fume-exhausting housing, fume-exhausting blower fan 8 can be arranged in fume-exhausting volute of blower 9.Fume-exhausting housing can be provided with oil suction mouth and exhaust opening 3, oil suction mouth can be arranged on the side towards cook utensil 34, and exhaust opening 3 is communicated with smoke extraction chamber 24, outside smoke extraction chamber 24 communication chamber.
Further, exhaust opening 3 can be provided with the first check-valves 12, when oil smoke suction function is closed, by closing the first check-valves 12, can prevent condensating wind from being come into the interior by exhaust opening 3, when the first check-valves 12 is opened and oil smoke suction function is opened, oil smoke can be inhaled in fume-exhausting housing, and is discharged by smoke extraction chamber 24.
Condenser 6 and the first filter 5 can be provided with in lower condensation housing, lower condensation housing is provided with lower condensation air inlet 4 and lower condensation air outlet, lower condensation air outlet is communicated with upper condensing unit B2, and lower condensation air inlet 4 can be arranged on left side or the right side of lower condensation housing.The air that lower condensation air inlet 4 enters, after metre filter oil smoke, by condenser 6 heat exchange, enters upper condensing unit B2 finally by lower condensation air outlet.
Can be provided with condensation fan 14 and condensation fan spiral case 13 in upper condensation housing, condensation fan 14 can be arranged in condensation fan spiral case 13.Upper condensation housing can be provided with condensation air inlet and upper condensation air outlet, upper condensation air inlet can be communicated with lower condensation air outlet, and upper condensation air outlet 16 can be communicated with smoke extraction chamber 24.Further, upper condensation air outlet 16 can be provided with the second check-valves 10, close the second check-valves 10, can prevent the oil smoke in smoke extraction chamber 24 from entering in condensation housing.
Can be provided with evaporimeter 19, second filter 18, evaporation fan 21 and evaporation fan spiral case 20 in evaporation housing, evaporation fan 21 can be arranged in evaporation fan spiral case 20.Evaporation housing can be provided with evaporation air inlet 17 and evaporate air port 22.Evaporate air port 22 and can be arranged on side towards executing kitchen person, such as, evaporate air port 22 and can be arranged in the middle of the side top left executing kitchen person, top right or top, install with satisfied difference, the demand of different use habit.Evaporation air inlet 17 can arrange the left side on unit top, right side or top either direction or any combination direction air intake.
The air that evaporation air inlet 17 enters filters oil smoke by the second filter 18, then by evaporimeter 19 heat exchange, discharges finally by evaporating air port 22.And the air outlet angle evaporating air port 22 can vertical unit right-side-out, also the direction air-out of 90 degree can be not more than at vertical unit right-side-out to each deflection and/or to the right left, can be realized by the air outlet angle changing evaporation fan 21, to improve unit comfortableness.
In above-mentioned illustrative examples, condenser 6 and evaporimeter 19 all focus in complete machine one by the present invention, and the pipeline do not related to like this between air-conditioning internal-external machine connects, easy for installation, saves space.
In above-mentioned illustrative examples, oil suction mouth and condensation air inlet are provided separately, the blocking that a large amount of smoke particles contained of cooking generation may cause condenser 6 can be avoided, improve air-conditioner efficiency and life-span.
In the illustrative examples of Integral type kitchen air-conditioning provided by the invention, air-conditioning unit can also comprise compressor, and the pipeline be connected with condenser 6 and evaporimeter 19, and compressor and pipeline 1 can be arranged on the top of fume-exhausting unit A.During air conditioning refrigeration: the high pressure refrigerant vapor that compressor produces enters in the condenser 6 of unit bottom through compressor and pipeline 1, after restricting element throttling, evaporimeter 19 is entered again through the condensed cold-producing medium of condenser 6, compressor is flowed back to again by the cold-producing medium after evaporimeter 19 evaporates, after recompression, enter condenser 6, form periodic duty.
One preferably or in embodiment, smoke extraction chamber 24 can connect exhaust duct by external blast connection 11, external blast connection 11 can be provided with the 3rd check-valves 23, close the 3rd check-valves 23, can prevent outdoor airflow from flowing back to indoor formation and pollute.
In above-mentioned illustrative examples, exhaust opening 3 and condensation air outlet all arrange the independent check valve apparatus controlled, and can avoid the mutual string wind between different working modes conversion.
In the illustrative examples of Integral type kitchen air-conditioning provided by the invention, Integral type kitchen air-conditioning at least has three kinds of mode of operations, be specially: air conditioning mode of operation, separately fume-exhausting mode of operation separately, and the mode of operation etc. that fume-exhausting and air conditioning are carried out simultaneously, each mode of operation is relatively independent, can also may be combined with separately, easy to use.Wherein, the pattern of air conditioning also comprises refrigeration mode and heating mode.
In above-mentioned each illustrative examples, fume-exhausting blower fan 8, evaporation fan 21 and condensation fan 14 include fan blade and motor.And evaporation fan 21 and condensation fan 14 can share a motor, when sharing a motor, effect is more excellent, can reduce physical dimension.
In above-mentioned each illustrative examples, fume-exhausting housing, lower condensation housing, upper condensation housing and evaporation housing can be surrounded by plate partition, and each housing can have shared plate each other, and Integral type kitchen air-conditioning has shared shell body 2.
In above-mentioned each illustrative examples, evaporation fan 21 had both been applicable to centrifugal blower fan system and had also been suitable for cross flow fan system.
As shown in Figure 2 or Figure 3, a specific embodiment of Integral type kitchen air-conditioning provided by the invention is enumerated below.
In the specific embodiment of this Integral type kitchen air-conditioning, the both sides of fume-exhausting unit A are provided with condensing unit B1, and fume-exhausting unit A and two lower condensing unit B1 forms lower part, and upper condensing unit B2 and evaporation element C forms upper part, is specially:
Lower part mainly comprises: fume-exhausting unit A comprises fume-exhausting housing, is provided with fume-exhausting blower fan 8 and fume-exhausting volute of blower 9 in fume-exhausting housing; Two lower condensing unit B1 include lower condensation housing, and be provided with condenser 6 and the second filter 18 in lower condensation housing, lower condensation housing is provided with lower condensation air inlet 4, and lower condensation air inlet is arranged on the left and right sides of Integral type kitchen air-conditioning lower part.
Upper part mainly comprises: compressor and pipeline 1, exhaust opening 3, and upper condensing unit B2 comprises condensation housing, is provided with condensation fan spiral case 13, condensation fan 14 in upper condensation housing; Evaporation element C comprises evaporation housing, is provided with the second filter 18, evaporimeter 19, evaporation fan spiral case 20 and evaporation fan 21 in evaporation housing; Upper part also comprises smoke extraction chamber 24 and external blast connection 11 etc.
Further, evaporation element C can be positioned at the right side (as shown in Figure 2) of unit, or evaporation element C can be positioned at the left side (as shown in Figure 3) of unit.
The Integral type kitchen air-conditioning provided in above-mentioned specific embodiment has, the mode of operation that independent air conditioning mode of operation, fume-exhausting mode of operation, and fume-exhausting separately and air conditioning are carried out simultaneously.
1) when the Integral type kitchen air-conditioning provided in above-mentioned specific embodiment is positioned at the mode of operation that fume-exhausting and air conditioning carry out simultaneously, its concrete embodiment is as follows:
Fume-exhausting blower fan 8 works and forms suction, absorbs the oil smoke produced in cooking process; Exhaust opening 3 and smoke extraction chamber 24 communicate, and oil smoke enters smoke extraction chamber 24 under fume-exhausting blower fan 8 acts on after exhaust opening 3, and smoke extraction chamber 24 is discharged into outdoor through external blast connection 11 external connection row airduct, realize the function of range hood discharge oil smoke like this.3rd check-valves 23 plays the object preventing outdoor airflow from flowing back to indoor formation pollution.
Condensation fan 14 works and forms suction, sucks condensation air from unit bottom; Unit outer air enters from the lower condensation air inlet 4 of the lower condensing unit B1 of the both sides of fume-exhausting unit A under condensation fan 14 acts on, and sucks in condensation fan spiral case 13 respectively after the first filter 5, condenser 6; Upper condensation air outlet 16 and smoke extraction chamber 24 communicate, and the condensation air that condensation fan 14 sucks enters smoke extraction chamber 24 through upper condensation air outlet 16, and smoke extraction chamber 24 is discharged into outdoor through external blast connection 11 external connection row airduct, realizes the condensation function of air conditioning like this.
Lower condensation housing and fume-exhausting housing form independent closed space respectively in unit bottom, ensure that the air that condensation fan 14 sucks and the air that fume-exhausting blower fan 8 sucks are not collaborated in unit, the air that condensation fan 14 sucks can only suck through lower condensation air inlet 4, ensures heat exchange efficiency like this.
Evaporation fan 21 works and forms suction, sucks evaporative air from unit top; Unit outer air enters from evaporation air inlet 17 under evaporation fan 21 acts on, and sucks in evaporation fan spiral case 20 respectively after the second filter 18, evaporimeter 19, and is discharged into indoor through evaporating air port 22, is formed and regulates the air of indoor.
2) when the Integral type kitchen air-conditioning provided in above-mentioned specific embodiment is positioned at independent fume-exhausting mode of operation, its concrete embodiment is as follows:
Air-conditioning unit does not work.Second check-valves 10 cuts out, avoids oil smoke to flow back to indoor through upper condensation air outlet 16 and lower condensation air inlet 4.Fume-exhausting blower fan 8 works, and other courses of work are identical with the fume-exhausting working portion of the mode of operation that fume-exhausting and air conditioning are carried out simultaneously, can realize the function of independent range hood discharge oil smoke like this.
3) when the Integral type kitchen air-conditioning provided in above-mentioned specific embodiment is positioned at independent air conditioning (freeze or heat) mode of operation, its concrete embodiment is as follows:
Fume-exhausting unit A does not work.First check-valves 12 cuts out, avoids condensation air to be back to indoor through exhaust opening 3.Other courses of work, with identical with air conditioning (freeze or the heat) working portion of the mode of operation that fume-exhausting and air conditioning are carried out simultaneously, so namely realize the function of independent air conditioning (freeze or heat).
As shown in Figure 4, for the installation of Integral type kitchen air-conditioning provided by the invention in kitchen and operating diagram, this is installed as the installation situation of typical family kitchen, and what further illustrate Integral type kitchen air-conditioning provided by the invention below in conjunction with Fig. 4 installs and uses situation.
Integral type kitchen air-conditioning 37 provided by the invention is arranged on the top of cook utensil 34, Integral type kitchen air-conditioning 37 left and right sides installs left hanging cupboard 31 and right hanging cupboard 35 respectively, the top of Integral type kitchen air-conditioning 37 is false ceiling smallpox 36, and cook utensil 34 supported by clothes closet 33.Execute the oil smoke produced by cook utensil 34 when kitchen person 32 cooks to suck in unit under the effect of Integral type kitchen air-conditioning 37 fume-exhausting blower fan 8, and outside the airduct discharge chamber of external blast connection 11 connection; Air conditioner condensation air sucks in unit through the both sides, below in left hanging cupboard 31, space between right hanging cupboard 35 and Integral type kitchen air-conditioning 37, after outside the airduct discharge chamber that connects through external blast connection 11; Evaporation side air sucks in unit in the space between right hanging cupboard 35 and Integral type kitchen air-conditioning 37, and from the blowout of unit front after evaporator 19 evaporative cooling, realizes air conditioning, allows execute kitchen person 32 and feel nice and cool.
In the various embodiments described above, the place that package size is meeting the requirement of range hood national standard installation dimension of Integral type kitchen air-conditioning can be installed and used, and ensure that the feasibility of actual installation, popularity and versatility.
In sum, Integral type kitchen air conditioner structure connection and reasonable arrangement provided by the invention, smoke evacuation and room air regulate efficiency high, take full advantage of limited kitchen space, can realize namely hanging and namely use, family is facilitated to install and use, particularly to the room fitted up, directly can install and use under the condition not changing finishing, not destroy the overall decoration style in kitchen and attractive in appearance, simultaneously a machine achieves side-suction type fume-exhausting and room air regulates two kinds of electrical equipment objects, reduces kitchen appliance holistic cost.
Present invention also offers a kind of unitary side suction air conditioner used in kitchen, it adopts the structure of the Integral type kitchen air-conditioning in above-mentioned any embodiment, and is side-suction type.
Unitary side suction air conditioner used in kitchen provided by the invention, make full use of traditional side extraction cooking fume extractor itself and install available space, make complete machine structure size design reasonable, can install and use in the place meeting the requirement of range hood national standard installation dimension, ensure that and the popularity versatility that user installation uses solve the hidden danger of meeting and discussing in use simultaneously.
In describing the invention; it will be appreciated that; the word such as " first ", " second ", " the 3rd " is used to limit parts; be only used to be convenient to distinguish above-mentioned parts; as there is no Stated otherwise; above-mentioned word does not have particular meaning, therefore can not be interpreted as limiting the scope of the invention.
Finally should be noted that: above embodiment is only in order to illustrate that technical scheme of the present invention is not intended to limit; Although with reference to preferred embodiment to invention has been detailed description, those of ordinary skill in the field are to be understood that: still can modify to the specific embodiment of the present invention or carry out equivalent replacement to portion of techniques feature; And not departing from the spirit of technical solution of the present invention, it all should be encompassed in the middle of the technical scheme scope of request of the present invention protection.
Claims (19)
1. an Integral type kitchen air-conditioning, it is characterized in that: comprise fume-exhausting unit (A) and air-conditioning unit, described fume-exhausting unit (A) and described air-conditioning unit are arranged to monolithic construction, wherein, described air-conditioning unit comprises evaporation element (C) and condensing unit (B), described condensing unit (B) comprises the lower condensing unit (B1) and upper condensing unit (B2) that are interconnected, the side of described fume-exhausting unit (A) or both sides are provided with described lower condensing unit (B1), described upper condensing unit (B2) and described evaporation element (C) are positioned at the top of described fume-exhausting unit (A).
2. Integral type kitchen air-conditioning as claimed in claim 1, is characterized in that: the oil suction mouth of described fume-exhausting unit (A) and the lower condensation air inlet (4) of described lower condensing unit (B1) separate.
3. Integral type kitchen air-conditioning as claimed in claim 2, is characterized in that: the evaporation air inlet (17) of described evaporation element (C) is independent mutually with the lower condensation air inlet (4) of the oil suction mouth of described fume-exhausting unit (A) and described lower condensing unit (B1).
4. Integral type kitchen air-conditioning as claimed in claim 3, it is characterized in that: the exhaust opening (3) of described fume-exhausting unit (A) is all communicated with smoke extraction chamber (24) with the upper condensation air outlet (16) of described upper condensing unit (B2), outside described smoke extraction chamber (24) communication chamber, described evaporation element (C) evaporate in air port (22) communication chamber, the lower condensation air outlet of described lower condensing unit (B1) is communicated with the upper condensation air inlet of described upper condensing unit (B2).
5. Integral type kitchen air-conditioning as claimed in claim 4, it is characterized in that: described fume-exhausting unit (A) comprises fume-exhausting housing, fume-exhausting blower fan (8) is provided with in described fume-exhausting housing, described fume-exhausting housing is provided with described oil suction mouth and described exhaust opening (3), described oil suction mouth is arranged on the side towards cook utensil.
6. Integral type kitchen air-conditioning as claimed in claim 5, is characterized in that: described exhaust opening (3) is provided with the first check-valves (12).
7. the Integral type kitchen air-conditioning as described in claim 4 or 5, it is characterized in that: described lower condensing unit (B1) comprises lower condensation housing, be provided with condenser (6) in described lower condensation housing, described lower condensation housing be provided with described lower condensation air inlet (4) and described lower condensation air outlet.
8. Integral type kitchen air-conditioning as claimed in claim 7, is characterized in that: described lower condensation air inlet (4) is arranged on left side or the right side of described lower condensation housing.
9. Integral type kitchen air-conditioning as claimed in claim 7, it is characterized in that: in described lower condensation housing, be also provided with the first filter (5), the air that described lower condensation air inlet (4) enters filters after oil smoke through described first filter (5), by described condenser (6) heat exchange, enter described upper condensing unit (B2) finally by described lower condensation air outlet.
10. Integral type kitchen air-conditioning as claimed in claim 7, it is characterized in that: described upper condensing unit (B2) comprises condensation housing, be provided with condensation fan (14) in described upper condensation housing, described upper condensation housing be provided with described upper condensation air inlet and described upper condensation air outlet (16).
11. Integral type kitchen air-conditionings as claimed in claim 10, is characterized in that: described upper condensation air outlet (16) is provided with the second check-valves (10).
12. Integral type kitchen air-conditionings as described in claim 4 or 5, it is characterized in that: described evaporation element (C) comprises evaporation housing, be provided with evaporimeter (19) and evaporation fan (21) in described evaporation housing, described evaporation housing be provided with described evaporation air inlet (17) and describedly evaporate air port (22).
13. Integral type kitchen air-conditionings as claimed in claim 12, it is characterized in that: in described evaporation housing, be also provided with the second filter (18), the air that described evaporation air inlet (17) enters filters oil smoke by described second filter (18), then by described evaporimeter (19) heat exchange, discharge finally by the described air port (22) that evaporates.
14. Integral type kitchen air-conditionings as claimed in claim 12, is characterized in that: described in evaporate air port (22) and be arranged on side towards executing kitchen person.
15. Integral type kitchen air-conditionings as claimed in claim 14, it is characterized in that: described in evaporate the air outlet angle in air port (22) perpendicular to unit right-side-out, or, described in evaporate air port (22) air outlet angle from perpendicular to unit right-side-out to left and/or deflection be to the right not more than the direction air-out of 90 degree.
16. Integral type kitchen air-conditionings as claimed in claim 4, it is characterized in that: described smoke extraction chamber (24) connects exhaust duct by external blast connection (11), described external blast connection (11) is provided with the 3rd check-valves (23).
17. Integral type kitchen air-conditionings as claimed in claim 1, it is characterized in that: described evaporation element (C) and described condensing unit (B) include blower fan, described blower fan comprises fan blade and motor, and described evaporation element (C) and described condensing unit (B) share same motor.
18. Integral type kitchen air-conditionings as described in any one of claim 1-6 or 16 or 17, it is characterized in that: described Integral type kitchen air-conditioning at least has the mode of operation that independent air conditioning mode of operation, fume-exhausting mode of operation, and fume-exhausting separately and air conditioning are carried out simultaneously.
19. 1 kinds of unitary side suction air conditioner used in kitchen, is characterized in that: it adopts the structure of the Integral type kitchen air-conditioning as described in any one of claim 1-18, and the fume-exhausting unit (A) of described Integral type kitchen air-conditioning is side-suction type.
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| CN201510039526.5A CN104566732B (en) | 2015-01-26 | 2015-01-26 | Integral kitchen air conditioner and integral side-suction type kitchen air conditioner |
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| CN201510039526.5A CN104566732B (en) | 2015-01-26 | 2015-01-26 | Integral kitchen air conditioner and integral side-suction type kitchen air conditioner |
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