CN204478359U - Integral type kitchen air-conditioning and overall top suction type air conditioner used in kitchen - Google Patents
Integral type kitchen air-conditioning and overall top suction type air conditioner used in kitchen Download PDFInfo
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- CN204478359U CN204478359U CN201520054722.5U CN201520054722U CN204478359U CN 204478359 U CN204478359 U CN 204478359U CN 201520054722 U CN201520054722 U CN 201520054722U CN 204478359 U CN204478359 U CN 204478359U
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Abstract
The utility model relates to a kind of Integral type kitchen air-conditioning and overall top suction type air conditioner used in kitchen, wherein, Integral type kitchen air-conditioning comprises fume-exhausting unit and air-conditioning unit, described fume-exhausting unit and described air-conditioning unit are arranged to monolithic construction, and described air-conditioning unit is positioned at the top of described fume-exhausting unit.The utility model is that fume-exhausting unit and air-conditioning unit are integrated into holistic air conditioner used in kitchen, and fume-exhausting unit and air-conditioning unit go to upper and lower portion's structure distribution, execute between kitchen person and fume-exhausting unit and do not increase supernumerary structure, therefore, unit outstanding culinary art work top can be ensured, solve that existing air conditioner used in kitchen layout is unreasonable, size is comparatively large, install inconvenient and take and execute person operating space, kitchen, may first order issue be touched in cooking process, be applicable to family kitchen etc.
Description
Technical field
The utility model relates to household appliance technical field, particularly relates to a kind of Integral type kitchen air-conditioning and overall top suction type 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.
Utility model content
The purpose of this utility model proposes a kind of Integral type kitchen air-conditioning and overall top suction type air conditioner used in kitchen, and it can solve, and existing air conditioner used in kitchen layout is unreasonable, size is comparatively large, installs inconvenient and takies the problem executing person operating space, kitchen.
For achieving the above object, the utility model provides a kind of Integral type kitchen air-conditioning, it comprises fume-exhausting unit and air-conditioning unit, and described fume-exhausting unit and described air-conditioning unit are arranged to monolithic construction, and described air-conditioning unit is positioned at the top of described fume-exhausting unit.
One preferably or in embodiment, described air-conditioning unit comprises condensing unit and evaporation element, the top of described fume-exhausting unit is disposed side by side on about described condensing unit and described evaporation element, or described condensing unit and described evaporation element are arranged above and below and are arranged on the top of described fume-exhausting unit.
One preferably or in embodiment, the air inlet of described air-conditioning unit and the oil suction mouth of described fume-exhausting unit separate, and setting direction is different.
One preferably or in embodiment, the condensation air inlet of described condensing unit and the evaporation air inlet of described evaporation element separate, and setting direction is different, the condensation air outlet of described condensing unit is all communicated with exhausting duct with the exhaust opening of described fume-exhausting unit, outside described exhausting duct communication chamber, indoor are led in the air port that evaporates of described evaporation element.
One preferably or in embodiment, between described air-conditioning unit and described fume-exhausting unit, and, all separated by isolation structure between described condensing unit and described evaporation element.
, separated by drip tray between described air-conditioning unit and described fume-exhausting unit preferably or in embodiment one.
, separated by dividing plate between described condensing unit and described evaporation element preferably or in embodiment one.
One preferably or in embodiment, described fume-exhausting unit comprises lampblack absorber housing, be provided with fume-exhausting blower fan in described lampblack absorber housing, described lampblack absorber housing is provided with described oil suction mouth and described exhaust opening, the side that described oil suction mouth is positioned at towards kitchen range is arranged.
Preferably or in embodiment, described exhaust opening is provided with the first check-valves one.
One preferably or in embodiment, described condensing unit comprises condensation housing, is provided with condenser, compressor and condensation fan in described condensation housing, described condensation housing is provided with described condensation air inlet and described condensation air outlet.
Preferably or in embodiment, described condensation air outlet is provided with the second check-valves one.
One preferably or in embodiment, described condensation air inlet is arranged on left side or the right side of described condensation housing.
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, described in evaporate air port and be arranged on described evaporation housing towards the side of 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, 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 evaporation air inlet is arranged on right side or the left side of described evaporation housing.
One preferably or in embodiment, described Integral type kitchen air-conditioning 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, the utility model provides a kind of overall top suction type air conditioner used in kitchen, and 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 top suction type.
Based on technique scheme, the utility model at least has following beneficial effect:
The utility model is that fume-exhausting unit and air-conditioning unit are integrated into holistic air conditioner used in kitchen, and fume-exhausting unit and air-conditioning unit go to upper and lower portion's structure distribution, execute between kitchen person and fume-exhausting unit and do not increase supernumerary structure, therefore, unit outstanding culinary art work top can be ensured, solve that existing air conditioner used in kitchen layout is unreasonable, size is comparatively large, install inconvenient and take and execute person operating space, kitchen, may first order issue be touched in cooking process, be applicable to family kitchen etc.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the present utility model, and form a application's part, schematic description and description of the present utility model, for explaining the utility model, is not formed improper restriction of the present utility model.In the accompanying drawings:
The structure diagram of the fume-exhausting unit of the Integral type kitchen air-conditioning that Fig. 1 provides for the utility model and an embodiment of air-conditioning unit layout structure;
The structure diagram of the fume-exhausting unit of the Integral type kitchen air-conditioning that Fig. 2 provides for the utility model and another embodiment of air-conditioning unit layout structure;
The schematic front view of the Integral type kitchen air-conditioning that Fig. 3 provides for the utility model;
The schematic top plan view of the Integral type kitchen air-conditioning that Fig. 4 the utility model provides;
The three-dimensional shaft mapping of the Integral type kitchen air-conditioning that Fig. 5 the utility model provides;
The installation of the Integral type kitchen air-conditioning that Fig. 6 the utility model provides and operating diagram.
Attached number in the figure:
A-fume-exhausting unit; B-air-conditioning unit; B1-condensing unit; B2-evaporation element;
1-evaporates air port; 2-drip tray; 3-evaporation fan spiral case; 4-evaporimeter; 5-evaporation fan; 6-front panel; 7-right plate; 8-top cover; 9-left plate; 10-condensation fan; 11-condenser; 12-condensation fan spiral case; 13-fume-exhausting volute of blower; 14-fume-exhausting blower fan; 15-kitchen ventilator panel; 16-compressor; 17-dividing plate; 18-condensation air outlet; 19-rear board; 20-exhausting duct; 21-first check-valves;
Hanging cupboard on the left of 23-; 24-executes kitchen person; 25-clothes closet; 26-cook utensil; Hanging cupboard on the right side of 27-; 28-suspended ceiling; The Integral type kitchen air-conditioning that 29-the utility model provides.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in embodiment is clearly and completely described.Obviously, described embodiment is only a part of embodiment of the present utility model, instead of whole embodiments.Based on embodiment of the present utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
In description of the present utility model, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end ", " interior ", orientation or the position relationship of the instruction such as " outward " are based on orientation shown in the drawings or position relationship, only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device of indication or element must have specific orientation, with specific azimuth configuration and operation, therefore the restriction to the utility model protection domain can not be interpreted as.
As shown in Figure 1 and Figure 2, for the illustrative examples of the Integral type kitchen air-conditioning that the utility model provides, in this illustrative examples, Integral type kitchen air-conditioning comprises fume-exhausting unit A (top-sucking kitchen ventilator) and air-conditioning unit B (conditioner), fume-exhausting unit A and air-conditioning unit B is arranged to monolithic construction, and air-conditioning unit B is positioned at the top of fume-exhausting unit A.
In above-mentioned illustrative examples, by the overall roof construction that fume-exhausting unit A and air-conditioning unit B is arranged to, and fume-exhausting unit A and air-conditioning unit B goes to upper and lower portion's structure distribution, execute between kitchen person and fume-exhausting unit A and do not increase supernumerary structure, therefore, the not outstanding culinary art work top of unit can be ensured, solve that existing air conditioner used in kitchen layout is unreasonable, size is larger, inconvenience is installed and takies and execute person operating space, kitchen, may first order issue be touched in cooking process, be applicable to family kitchen etc.
In the illustrative examples of the Integral type kitchen air-conditioning provided at the utility model, air-conditioning unit B can comprise condensing unit B1 and evaporation element B2.As shown in Figure 1, one preferably or in embodiment, condensing unit B1 and evaporation element B2 can be disposed side by side on the top of fume-exhausting unit A in left and right, be specially: condensing unit B1 can be positioned at right side, corresponding, evaporation element B2 can be positioned at left side, or, condensing unit B1 can be positioned at left side, corresponding, evaporation element B2 can be positioned at right side.As shown in Figure 2, at another preferably or in embodiment, condensing unit B1 and evaporation element B2 also can be arranged above and below, and is arranged on the top of fume-exhausting unit A, is specially: condensing unit B1 can be positioned at upside, corresponding, evaporation element B2 can be positioned at downside, or condensing unit B1 can be positioned at downside, corresponding, evaporation element B2 can be positioned at upside.The vibrational power flow of condensing unit B1 and evaporation element B2 is more flexible
In the illustrative examples of the Integral type kitchen air-conditioning provided at the utility model, the air inlet of air-conditioning unit B and the oil suction mouth of fume-exhausting unit A separate, and setting direction is different.The air inlet of air-conditioning unit B and the oil suction mouth of fume-exhausting unit A separate, the blocking that a large amount of smoke particles produced in cooking process can be avoided to cause air-conditioning unit B, improves efficiency and the life-span of the Integral type kitchen air-conditioning that the utility model provides.
In the illustrative examples of the Integral type kitchen air-conditioning provided at the utility model, the condensation air inlet of condensing unit B1 and the evaporation air inlet of evaporation element B2 separate, and setting direction is different, the condensation air outlet of condensing unit B1 is all communicated with exhausting duct 20 with the exhaust opening of fume-exhausting unit A, outside exhausting duct 20 communication chamber, indoor are led in the air port that evaporates of evaporation element B2.
In the illustrative examples of the Integral type kitchen air-conditioning provided at the utility model, between air-conditioning unit B and fume-exhausting unit A, and, all can be separated by isolation structure between condensing unit B1 and evaporation element B2.Further, can separate by arranging dividing plate between condensing unit B1 and evaporation element B2; Can separate by arranging drip tray between air-conditioning unit B and fume-exhausting unit A.
As shown in Figure 3-Figure 5, in the illustrative examples of the Integral type kitchen air-conditioning provided at the utility model, fume-exhausting unit A can comprise lampblack absorber housing, and lampblack absorber housing can be made up of drip tray 2, kitchen ventilator panel, front panel 6, rear board 19, left plate 9 and right plate 7; Condensing unit B1 can comprise condensation housing, and condensation housing can be made up of left plate 9, dividing plate 17, front panel 6, rear board 19, top cover 8 and drip tray 2; Evaporation element B2 can comprise evaporation housing, and evaporation element B2 can be made up of right plate 7, dividing plate 17, front panel 6, rear board 19, top cover 8 and drip tray 2.Lampblack absorber housing, to be spaced from each other between condensation housing and evaporation housing three.
Fume-exhausting blower fan 14 is provided with in lampblack absorber housing, lampblack absorber housing is provided with oil suction mouth and exhaust opening, be specially lampblack absorber housing and the side of kitchen range is provided with kitchen ventilator panel 15, oil suction mouth is arranged on kitchen ventilator panel 15, exhaust opening is communicated with exhausting duct 20, outside exhausting duct 20 communication chamber.
Further, exhaust opening can be provided with the first check-valves 21, when oil smoke suction function is closed, by closing the first check-valves 21, can prevent condensating wind from being come into the interior by exhaust opening, when the first check-valves 21 is opened and oil smoke suction function is opened, oil smoke can be inhaled in lampblack absorber housing, and is discharged by exhausting duct 20.
Condenser 11, compressor 16 and condensation fan 10 can be provided with in condensation housing.Condensation housing is provided with condensation air inlet and condensation air outlet 18, condensation air outlet 18 is communicated with exhausting duct 20.Further, condensation air outlet 18 can be provided with the second check-valves, close the second check-valves, can prevent the oil smoke in exhausting duct 20 from entering condensation housing.Condensation air inlet can be arranged on left side or the right side of condensation housing, or is arranged on the top of condensation housing.
Evaporimeter 4 and evaporation fan 5 can be provided with in evaporation housing.Evaporation housing is provided with evaporation air inlet and evaporates air port 1.Evaporate air port 1 and be arranged on evaporation housing towards the side of executing kitchen person, and the right of this side, the left side, centre or top can be positioned at.Evaporation air inlet is arranged on right side or the left side of evaporation housing, or is arranged on the top of evaporation housing.
Further, the air outlet angle evaporating air port 1 can perpendicular to unit right-side-out, or, also can 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.
In above-mentioned illustrative examples, lampblack absorber housing and condensation housing are provided separately, the blocking that a large amount of smoke particles produced in cooking process can be avoided to cause condenser 11, improve efficiency and the life-span of the Integral type kitchen air-conditioning that the utility model provides.
In above-mentioned illustrative examples, condenser 11, pipeline between evaporimeter 4 and compressor 16 connect, and can adopt existing techniques in realizing, no longer describe in detail at this.Condenser 11 and evaporimeter 4 all focus in complete machine one by the utility model, therefore, it is possible to avoid the pipeline between air-conditioning internal-external machine to connect, easy for installation, save space.
In above-mentioned illustrative examples, fume-exhausting blower fan 14, condensation fan 10 and evaporation fan 5 include fan blade and motor.
In above-mentioned illustrative examples, can also arrange fume-exhausting volute of blower 13 in fume-exhausting housing, fume-exhausting blower fan 14 is arranged in fume-exhausting volute of blower 13; Can also be provided with condensation fan spiral case 12 in condensation housing, condensation fan 11 is arranged in condensation fan spiral case 12; Can also be provided with evaporation fan spiral case 3 in evaporation housing, evaporation fan 5 is arranged in evaporation fan spiral case 3.
The Integral type kitchen air-conditioning that the utility model provides at least has three kinds of mode of operations, be respectively: 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 comprises again the pattern that refrigeration regulates and the pattern heating adjustment.
When the Integral type kitchen air-conditioning that the utility model provides is in the mode of operation that fume-exhausting and air conditioning carry out simultaneously, its concrete embodiment is as follows:
Fume-exhausting unit A: fume-exhausting blower fan 14 works, the first check-valves 21 is opened, and the oil smoke in kitchen is inhaled in lampblack absorber housing, is discharged to outdoor through exhausting duct 20.
Condensing unit B1: condensation fan 10 works, the second check-valves is opened, and the air in kitchen is inhaled into condensation housing, through condenser 11 heat exchange, then enter exhausting duct 20 to converge with the smoke evacuation of fume-exhausting unit A, be discharged to outdoor, realize the hot-swap feature of condensing unit B1.
Evaporation element B2: evaporation fan 5 works, kitchen room air sucks evaporation housing, through evaporimeter 4 heat exchange, then enters indoor by evaporating air port 1, realizes the object regulating indoor temperature.
When the Integral type kitchen air-conditioning that the utility model provides is in independent fume-exhausting mode of operation, its concrete embodiment is as follows:
Condensing unit B1 and evaporation element B2 quits work, the second closure of check ring, prevents oil smoke crossfire in condensing unit B1.
Fume-exhausting unit A: the first check-valves 21 is opened, and fume-exhausting blower fan 14 works, and is sucked in lampblack absorber housing by the oil smoke in kitchen, is more directly discharged to outdoor through exhausting duct 20.
When the Integral type kitchen air-conditioning that the utility model provides is in independent air conditioning mode of operation, its concrete embodiment is as follows:
Fume-exhausting unit A quits work, and the first check-valves 21 cuts out, and prevents the air-flow of condensing unit B1 from sealing in lampblack absorber housing.
Condensing unit B1: condensation fan 10 works, the second check-valves is opened, and the air in kitchen is inhaled into condensation housing, through condenser 11 heat exchange, then enter exhausting duct 20 to converge with the smoke evacuation of fume-exhausting unit A, be discharged to outdoor, realize the hot-swap feature of condensing unit B1.
Evaporation element B2: evaporation fan 5 works, kitchen room air is inhaled into evaporation housing, through evaporimeter 4 heat exchange, then enters indoor by evaporating air port 1, realizes the object regulating indoor temperature.
As shown in Figure 6, the installation of the Integral type kitchen air-conditioning provided for the utility model in kitchen and operating diagram, this is installed as the installation situation of typical family kitchen, and what further illustrate below in conjunction with Fig. 6 the Integral type kitchen air-conditioning that the utility model provides installs and uses situation.
The Integral type kitchen air-conditioning 29 that the utility model provides is arranged on the top of cook utensil 26, the left and right sides of Integral type kitchen air-conditioning 29 installs left side hanging cupboard 23 and right side hanging cupboard 27 respectively, the top of Integral type kitchen air-conditioning 29 is false ceiling smallpox 28, and cook utensil 26 supported by clothes closet 25.Execute kitchen person 24 when cooking, the oil smoke produced by cook utensil 26 sucks in unit under the effect of the fume-exhausting unit A of Integral type kitchen air-conditioning 29, and outside exhausting duct 20 discharge chamber connected through external blast connection; The space of air conditioner condensation air between left hanging cupboard and condensing unit B1 sucks in unit, after outside exhausting duct 20 discharge chamber that connects through external blast connection; The space of air between right hanging cupboard and evaporation element B2, evaporimeter 4 side sucks in unit, and from the blowout of unit front air outlet after evaporator 4 heat exchange, realizes indoor temperature and regulate.
Further, the below in the space of air conditioner condensation air between left hanging cupboard and condensing unit B1 sucks in unit; The below in the space of air between right hanging cupboard and evaporation element B2, evaporimeter 4 side sucks in unit.
In each illustrative examples above-mentioned, the Integral type kitchen air-conditioning that the utility model provides, its package size can meet the requirement of range hood national standard installation dimension, ensure that the feasibility of actual installation.
In above-mentioned illustrative examples, the evaporation fan 5 in evaporation element B2 can either be applicable to centrifugal blower fan system, also can be suitable for cross flow fan system.
In above-mentioned illustrative examples, the exhaust opening of fume-exhausting unit A and the air outlet of condensing unit B1 are provided with check-valves, therefore, it is possible to avoid the mutual string wind between different working modes conversion.
The Integral type kitchen air-conditioning that the utility model provides can do integrally top suction type air conditioner used in kitchen, and overall top suction type air conditioner used in kitchen adopts the structure of the Integral type kitchen air-conditioning in each embodiment above-mentioned, and fume-exhausting unit A is top suction type.
By the description of each embodiment above-mentioned, the Integral type kitchen air-conditioning that the utility model provides can be derived, at least have the following advantages:
The Integral type kitchen air-conditioning that the utility model provides, by range hood functional structure and the structure-integrated design of air conditioning function, make full use of traditional top-sucking kitchen ventilator 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 the popularity that user installation uses and versatility, solve the hidden danger of meeting and discussing in use simultaneously.
The Integral type kitchen air-conditioning that the utility model provides, reasonable structural arrangement, 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 top suction type fume-exhausting and room air regulates two kinds of electrical equipment objects, reduces kitchen appliance holistic cost.
In description of the present utility model; it will be appreciated that; the word such as " first ", " second " is used to limit parts or structure; be only used to be convenient to distinguish above-mentioned parts or structure; as there is no Stated otherwise; above-mentioned word does not have particular meaning, therefore can not be interpreted as the restriction to the utility model protection domain.
Finally should be noted that: above embodiment is only in order to illustrate that the technical solution of the utility model is not intended to limit; Although be described in detail the utility model with reference to preferred embodiment, those of ordinary skill in the field have been to be understood that: still can modify to detailed description of the invention of the present utility model or carry out equivalent replacement to portion of techniques feature; And not departing from the spirit of technical solutions of the utility model, it all should be encompassed in the middle of the technical scheme scope of the utility model request protection.
Claims (18)
1. an Integral type kitchen air-conditioning, it is characterized in that: comprise fume-exhausting unit (A) and air-conditioning unit (B), described fume-exhausting unit (A) and described air-conditioning unit (B) are arranged to monolithic construction, and described air-conditioning unit (B) is positioned at the top of described fume-exhausting unit (A).
2. Integral type kitchen air-conditioning as claimed in claim 1, it is characterized in that: described air-conditioning unit (B) comprises condensing unit (B1) and evaporation element (B2), described condensing unit (B1) and described evaporation element (B2) left and right are disposed side by side on the top of described fume-exhausting unit (A), or described condensing unit (B1) and described evaporation element (B2) are arranged above and below and are arranged on the top of described fume-exhausting unit (A).
3. Integral type kitchen air-conditioning as claimed in claim 2, is characterized in that: the air inlet of described air-conditioning unit (B) and the oil suction mouth of described fume-exhausting unit (A) separate, and setting direction is different.
4. Integral type kitchen air-conditioning as claimed in claim 3, it is characterized in that: the condensation air inlet of described condensing unit (B1) and the evaporation air inlet of described evaporation element (B2) separate, and setting direction is different, the condensation air outlet of described condensing unit (B1) is all communicated with exhausting duct (20) with the exhaust opening of described fume-exhausting unit (A), outside described exhausting duct (20) communication chamber, indoor are led in the air port that evaporates of described evaporation element (B2).
5. Integral type kitchen air-conditioning as claimed in claim 4, it is characterized in that: between described air-conditioning unit (B) and described fume-exhausting unit (A), and, all separated by isolation structure between described condensing unit (B1) and described evaporation element (B2).
6. Integral type kitchen air-conditioning as claimed in claim 5, be is characterized in that: separated by drip tray (2) between described air-conditioning unit (B) and described fume-exhausting unit (A).
7. the Integral type kitchen air-conditioning as described in claim 5 or 6, is characterized in that: separated by dividing plate (17) between described condensing unit (B1) and described evaporation element (B2).
8. Integral type kitchen air-conditioning as claimed in claim 5, it is characterized in that: described fume-exhausting unit (A) comprises lampblack absorber housing, fume-exhausting blower fan (14) is provided with in described lampblack absorber housing, described lampblack absorber housing is provided with described oil suction mouth and described exhaust opening, and the side that described oil suction mouth is positioned at towards kitchen range is arranged.
9. Integral type kitchen air-conditioning as claimed in claim 8, is characterized in that: described exhaust opening is provided with the first check-valves (21).
10. the Integral type kitchen air-conditioning as described in claim 5 or 8, it is characterized in that: described condensing unit (B1) comprises condensation housing, be provided with condenser (11), compressor (16) and condensation fan (10) in described condensation housing, described condensation housing be provided with described condensation air inlet and described condensation air outlet (18).
11. Integral type kitchen air-conditionings as claimed in claim 10, is characterized in that: described condensation air outlet (18) is provided with the second check-valves.
12. Integral type kitchen air-conditionings as claimed in claim 10, is characterized in that: described condensation air inlet is arranged on left side or the right side of described condensation housing.
13. Integral type kitchen air-conditionings as described in claim 5 or 8, it is characterized in that: described evaporation element (B2) comprises evaporation housing, be provided with evaporimeter (4) and evaporation fan (5) in described evaporation housing, described evaporation housing be provided with described evaporation air inlet and describedly evaporate air port (1).
14. Integral type kitchen air-conditionings as claimed in claim 13, is characterized in that: described in evaporate air port (1) and be arranged on described evaporation housing towards the side of 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 (1) perpendicular to unit right-side-out, or, be not more than the direction air-out of 90 degree from perpendicular to unit right-side-out to deflection and/or to the right left.
16. Integral type kitchen air-conditionings as claimed in claim 13, is characterized in that: described evaporation air inlet is arranged on right side or the left side of described evaporation housing.
17. Integral type kitchen air-conditionings as described in any one of claim 1-6 or 8 or 9, it is characterized in that: described Integral type kitchen air-conditioning 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.
18. 1 kinds of overall top suction type air conditioner used in kitchen, is characterized in that: the structure adopting the Integral type kitchen air-conditioning as described in any one of claim 1-17, and the fume-exhausting unit of described Integral type kitchen air-conditioning is top suction type.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520054722.5U CN204478359U (en) | 2015-01-26 | 2015-01-26 | Integral type kitchen air-conditioning and overall top suction type air conditioner used in kitchen |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520054722.5U CN204478359U (en) | 2015-01-26 | 2015-01-26 | Integral type kitchen air-conditioning and overall top suction type air conditioner used in kitchen |
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| CN204478359U true CN204478359U (en) | 2015-07-15 |
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Cited By (15)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104566731A (en) * | 2015-01-26 | 2015-04-29 | 珠海格力电器股份有限公司 | Integral kitchen air conditioner and integral top suction type kitchen air conditioner |
| CN105605638A (en) * | 2016-02-05 | 2016-05-25 | 珠海格力电器股份有限公司 | Range hood |
| CN107044668A (en) * | 2016-02-05 | 2017-08-15 | 珠海格力电器股份有限公司 | Lampblack absorber |
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