CN202019659U

CN202019659U - Teppanyaki assembly

Info

Publication number: CN202019659U
Application number: CN2011200993590U
Authority: CN
Inventors: 江廷芳
Original assignee: KUNSHAN FANGCHENG METAL TECHNOLOGY CO LTD
Current assignee: KUNSHAN FANGCHENG METAL TECHNOLOGY CO LTD
Priority date: 2011-04-07
Filing date: 2011-04-07
Publication date: 2011-11-02
Anticipated expiration: 2021-04-07

Abstract

The utility model discloses a teppanyaki assembly, comprising a bench with a boiling plate, an air extractor arranged in the bench and an air filter connected with the air extractor, wherein the air filter is provided with a shell, which is provided with a ventilation space therein and is connected with the ventilation duct of the air extractor, and a filter screen, which is aslant arranged in the ventilation space so as to increase the filter area of the filter screen, therefore, besides the total flow of instantly passed air is effectively increased, the wind resistance can be reduced and the oil fume intercepting rate can be improved so that air pollution can be avoided.

Description

A kind of tappasaki assembly

Technical field

The utility model relates to a kind of tappasaki assembly.

Background technology

Consult Fig. 1, Fig. 2, existing tappasaki assembly 1 comprises a board 11, that is provided with the plate 111 that boils and is located at air extractors 12, in the board 11 and is located at a cut-off filter net 13 in this air extractor 12 and an Electrostatic Treatment group 14 of being located in the board 11; Wherein, air extractor 12 has the ventilation shaft 121, of being located at plate 111 sides that boil and is located at wind scooper 122 on this ventilation shaft 121, and an extraction opening 123 that is opened on the ventilation shaft 121, and this extraction opening 123 can be substituted installation for cut-off filter net 13; During action, the oil smoke that the plate 111 that boils is produced when frying cooking food, can be via behind wind scooper 122, the ventilation shaft 121, cut-off filter net 13 is tentatively with filtering oil smoke, be delivered to again in the Electrostatic Treatment group 14 and further this oil smoke removed, therefore, after use a period of time, just must take out 13 cleanings of cut-off filter net, to guarantee rate of air circulation.

The actual back of using finds that existing tappasaki assembly has following disappearance:

Because cut-off filter net 13 is installed in both the having living space of ventilation shaft 121, in the cut-off filter oil smoke, also reduced the caliber of ventilation shaft 121, and then the formation windage, the bottleneck that causes air quantity to discharge causes wind flow to reduce, make the absorption efficient of oil smoke not good, therefore must strengthen blast, horsepower, so just cause the consumption of the energy and the increase of noise, remain to be improved.

Moreover, in the oil smoke flow process, can adhere to grease in ventilation shaft 121 inside, though attached to the grease of cut-off filter net 13, clean, be all built-in enclosed formula structure but reach extraction opening 123 grades in the ventilation shaft 121 can take out cut-off filter net 13, the formation grease that accumulates over a long period is hoarded the dead angle and is difficult to clean, and cause outside the sanitary doubt, this grease often also becomes the point of ignition of fire in the future easily simultaneously, and having in fact needs to improve.

The utility model content

The purpose of this utility model is to provide a kind of tappasaki assembly, the interception rate that it can reduce windage and can effectively improve oil smoke, the absorption efficient of increase oil smoke.

Secondary objective of the present utility model is to provide a kind of tappasaki assembly, and it can improve efficient and convenience when cleaning.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of tappasaki assembly includes:

One board which is provided with the plate that boils;

One air extractor, it has the ventilation shaft and of being located at the described plate side that boils and is located at wind scooper on this ventilation shaft; Also comprised filter device; Described empty filter device has one and is connected with described ventilation shaft and an inner housing and a cut-off filter net that is formed with an airspace; Described cut-off filter net is obliquely installed in described airspace, offers an air outlet on the described housing; Described cut-off filter net is divided into a collection that is connected with this ventilation shaft with described airspace and receives a district and a filtering district that is connected with described air outlet.

Described air outlet outwards is communicated with a filter element that filters once more.

The side of described ventilation shaft is provided with one for the mobile cleaning road of cleaning fluid, and this cleaning road is connected with the filtering district of described airspace, offers a discharge outlet on the described housing.

Be formed with a guiding road between described ventilation shaft and described cut-off filter net, this guiding road is connected with described cleaning road.

Offer a water inlet that supplies cleaning fluid to enter on the described ventilation shaft.

Described housing is provided with one and cleans door.

Offer an extraction opening on the described housing.

In the described airspace and be positioned at shell wall side and be provided with a wind deflector.

After adopting said structure, housing and the cut-off filter net set up on the empty filter device of a kind of tappasaki assembly of the utility model by the tappasaki assembly are obliquely installed in this housing, enlarged the area of cut-off filter net filtration oil smoke, the total flow that lifting moment air passes through can have the retardation cushion space when making oil smoke through the cut-off filter net, reduces the windage that the cut-off filter net causes, to help wind flow to promote, improve oil smoke interception rate, and then increase the effect that oil smoke is drawn, avoid causing air pollution.

In addition, the utility model also can directly wash this ventilation shaft, housing, perhaps enters and carries out grease in the housing and remove operation by cleaning door, cleans to improve, efficient and convenience during maintenance.

Description of drawings

Fig. 1 is the schematic perspective view of existing tappasaki assembly;

Fig. 2 is the oil smoke flow schematic diagram of existing tappasaki assembly;

Fig. 3 is the schematic perspective view of the utility model preferred embodiment;

Fig. 4 is the partial component schematic diagram of the utility model preferred embodiment;

Fig. 5 is the oil smoke flow schematic diagram of the utility model preferred embodiment;

Fig. 6 is another enforcement style schematic diagram of housing of the present utility model;

Fig. 7 is the flushing view of the utility model preferred embodiment.

In the prior art:

Tappasaki assembly 1 board 11 plate 111 that boils

Air extractor 12 ventilation shafts 121 wind scoopers 122

Extraction opening 123 cut-off filter nets 13 Electrostatic Treatment groups 14

In the utility model:

Tappasaki assembly 3 boards 31 plate 311 that boils

Air extractor 32 ventilation shafts 321 wind scoopers 322

Clean 323 guiding roads, road, 324 water inlets 325

Empty filter device 33 housings 331 airspaces 3311

Collection is received district 3311a filtering district 3311b air outlet 3312

Discharge outlet 3313 cut-off filter nets 332 clean door 333

Extraction opening 334 wind deflectors 335 filter elements 34.

The specific embodiment

In order further to explain the technical solution of the utility model, the utility model is elaborated below by specific embodiment.

Consult Fig. 3, Fig. 4 and Fig. 5, the utility model one preferred embodiment, tappasaki assembly 3 includes a board 31, that is provided with the plate 311 that boils and is located at a air extractor 32 in this board 31 and an empty filter device 33 that is connected with this air extractor 32; Wherein, air extractor 32 has the ventilation shaft 321 of being located at plate 311 sides that boil, and a wind scooper 322 of being located on this ventilation shaft 321; In the present embodiment, clean for convenience, tappasaki assembly 3 can offer the cleaning road 323 that a water inlet 325 and that enters for cleaning fluid is located at ventilation shaft 321 sides and flows for cleaning fluid in good time on ventilation shaft 321.

Still continuous aforementioned, empty filter device 33 has one and is connected with ventilation shaft 321 and inside is formed with the housing 331 of an airspace 3311 and a cut-off filter net 332 that is obliquely installed in airspace 3311; Wherein, offer an air outlet 3312 on the housing 331, for making the convenient discharging of this cleaning fluid, can be provided with a discharge outlet 3313 in addition in housing 331 bottoms simultaneously in good time; Airspace 3311 is separated through cut-off filter net 332, makes airspace 3311 be divided into a collection that is connected with ventilation shaft 321 and receives the filtering district 3311b that district 3311a and is connected with air outlet 3312, cleans road 323 and is connected with filtering district 3311b; Moreover, for making the ventilation in the housing 331 more smooth, can in airspace 3311, be positioned at housing 331 walls and be provided with a wind deflector 335; The implantation mode of cut-off filter net 332 can be provided with one in housing 331 and clean door 333, by opening this cleanings door 333 cut-off filter net 332 is inserted, perhaps as shown in Figure 6, offers an extraction opening 334 on housing 331, and confession cut-off filter net 332 is substituted installation.Present embodiment is the example explanation to be provided with cleaning door 333 only; Air outlet 3312 outwards can be communicated with a filter element that can filter once more 34 in good time, further will remove through the oil smoke of cut-off filter net 332; At last, assemble the fluid discharging that forms for promoting cleaning fluid or oil smoke, can be provided with a guiding road 324 at

ventilation shaft

321 and 332 on cut-off filter net, this guiding road 324 is connected with cleaning road 323.

Consult Fig. 3 and Fig. 5, when the running exhausting, oil smoke (as the arrow among Fig. 5) is in regular turn via wind scooper 322, ventilation shaft 321, entering collection receives in the district 3311a, promptly collect and receive the space that district 3311a can provide the preliminary retardation buffering of oil smoke, by behind the cut-off filter net 332 preliminary filtration oil smoke, be disposed to filtering district 3311b again, then air is disposed in the filter element 34, further the filtering air via air outlet 3312; Therefore, be obliquely installed in housing 331 by cut-off filter net 332, remove the filter area that increases cut-off filter net 332, enlarge outside cut-off filter net 332 interception oil smoke areas and the moment total flow passed through of air, add simultaneously when collecting the design of receiving district 3311a makes oil smoke through cut-off filter net 332 the retardation cushion space can be arranged, so can significantly reduce the windage that cut-off filter net 332 is caused, more help the lifting of wind flow, its wind flow can be promoted to more than 70% by existing 30-35%, and then avoids causing the consumption of air pollution and additional energy source; Cooperate and consult Fig. 7, when desire is cleaned ventilation shaft 321 and housing 331, can utilize water inlet 325 that cleaning fluid (as the arrow among Fig. 6) is poured in the ventilation shaft 321, directly flushing is attached to the grease on the ventilation shaft 321, and enter filtering district 3311b for 332 times without this cut-off filter net by cleaning road 321, clean and remain on the housing 331 behind the grease, this cleaning fluid flows out via discharge outlet 3313, can finish washing and cleaning operation smoothly; Moreover, if will further clear up, maintain, can open and clean door 333 so that cut-off filter net 332 is taken out, and enter ventilation shaft 321, operation is cleared up, maintained in housing 331 inside, promotes the convenience that uses.

In sum, the utility model tappasaki assembly can be removed grease easily, by the housing of empty filter device and the design of cut-off filter net is that the cut-off filter net is obliquely installed in housing, to enlarge the total flow that cut-off filter net interception oil smoke area and raising moment air pass through, when making oil smoke the retardation cushion space can be arranged through the cut-off filter net, reduce the windage that the cut-off filter net causes, to help wind flow to promote, to improve oil smoke interception rate, and then the effect of increase oil smoke absorption, also can directly wash this ventilation shaft simultaneously, housing is perhaps entered by the cleaning door and carries out grease removal operation in the housing, cleans to improve, efficient during maintenance and convenience.

The foregoing description and graphic and non-limiting product form of the present utility model and style, any person of an ordinary skill in the technical field all should be considered as not breaking away from patent category of the present utility model to its suitable variation or modification of doing.

Claims

1. tappasaki assembly includes:

One board which is provided with the plate that boils;

One air extractor, it has the ventilation shaft and of being located at the described plate side that boils and is located at wind scooper on this ventilation shaft; It is characterized in that: also comprised filter device; Described empty filter device has one and is connected with described ventilation shaft and an inner housing and a cut-off filter net that is formed with an airspace; Described cut-off filter net is obliquely installed in described airspace, offers an air outlet on the described housing; Described cut-off filter net is divided into a collection that is connected with this ventilation shaft with described airspace and receives a district and a filtering district that is connected with described air outlet.

2. a kind of tappasaki assembly according to claim 1 is characterized in that: described air outlet outwards is communicated with a filter element that filters once more.

3. a kind of tappasaki assembly according to claim 1 and 2 is characterized in that: the side of described ventilation shaft is provided with one for the mobile cleaning road of cleaning fluid, and this cleaning road is connected with the filtering district of described airspace, offers a discharge outlet on the described housing.

4. a kind of tappasaki assembly according to claim 3 is characterized in that: be formed with a guiding road between described ventilation shaft and described cut-off filter net, this guiding road is connected with described cleaning road.

5. a kind of tappasaki assembly according to claim 3 is characterized in that: offer a water inlet that supplies cleaning fluid to enter on the described ventilation shaft.

6. a kind of tappasaki assembly according to claim 1 and 2 is characterized in that: described housing is provided with one and cleans door.

7. a kind of tappasaki assembly according to claim 1 and 2 is characterized in that: offer an extraction opening on the described housing.

8. a kind of tappasaki assembly according to claim 1 and 2 is characterized in that: in the described airspace and be positioned at shell wall side and be provided with a wind deflector.