CN213931042U - Integrated kitchen range - Google Patents

Abstract

The utility model relates to the field of household appliances, a integrated kitchen is disclosed, integrated kitchen includes: a cooking bench (1) provided with a cooking bench panel; a cooking part provided at a front portion of the cooking top (1); and air inlet portion (2), set up the rear portion of top of a kitchen range (1) and including air inlet enclosure (21) and open-close plate (22), air inlet enclosure (21) liftable inlay adorn in top of a kitchen range panel and enclosure top are formed with along vertical open-ended air intake, open-close plate (22) set up in and can open and shut in the air intake. The utility model discloses a set up the air intake of liftable and can overturn the open-close board of opening this air intake in integrated kitchen, can effectively reduce the pollutant and fall into the inside risk of integrated kitchen through the air intake to improve the reliability of integrated kitchen.

Description

Integrated kitchen range

Technical Field

The utility model relates to the technical field of household appliances, specifically, relate to an integrated kitchen.

Background

At present, the air intake setting of part integrated kitchen through with lampblack absorber module is in order to smoke downwards at the top of a kitchen range panel, nevertheless because the air intake of this type of integrated kitchen normally opens, no matter be under operating condition or the shutdown state, all have the pollutant to fall into the inside risk of integrated kitchen through the air intake, under the severe condition, can cause integrated kitchen can not normally work.

SUMMERY OF THE UTILITY MODEL

To prior art's above-mentioned defect or not enough, the utility model provides an integrated kitchen can effectively reduce the pollutant and fall into the inside risk of integrated kitchen through the air intake to improve the reliability of integrated kitchen.

In order to achieve the above object, the utility model provides an integrated kitchen, integrated kitchen includes:

a cooking bench provided with a cooking bench panel;

a cooking part disposed at a front of the cooking top; and

the air inlet portion sets up the rear portion of top of a kitchen range just includes air inlet enclosure and open-close board, the air inlet enclosure liftable inlay dress in top of a kitchen range panel and enclosure top are formed with along vertical open-ended air intake, the open-close board sets up just can open and shut in the air intake.

Optionally, the plywood sets up to can be from the upset and under the state of turning over with the air intake separates for front side air intake and rear side air intake around.

Optionally, the trip shaft of open-close plate along vertical fixed connection in the air inlet enclosure with the synchronous lift of air inlet enclosure.

Optionally, integrated kitchen sets up to coordinated control the air inlet enclosure go up and down with the open-close plate upset.

Optionally, the open-close plate is arranged to turn over the air inlet synchronously when the air inlet enclosing wall begins to ascend.

Optionally, the air inlet portion comprises an air inlet portion shell located below the cooktop panel and an opening plate supporting structure fixedly arranged in the air inlet portion shell, and the air inlet enclosure wall is embedded into the air inlet portion shell from the lower portion of the cooktop panel;

the plywood support structure supports the plywood in an embedded state of the air inlet enclosing wall, and the plywood closes the air inlet; under the state of stretching out of air inlet enclosure, the plywood breaks away from plywood bearing structure and upset downwards is to opening the air intake.

Optionally, the plywood bearing structure includes vertical arrangement's bracing piece, the bracing piece is fixed to be set up the horizontal middle part below of plywood.

Optionally, integrated kitchen sets up to mutual independent control the air inlet enclosure go up and down with the open-close plate upset.

Optionally, air inlet portion is including being located the air inlet portion casing of top of a kitchen range panel below, the air inlet enclosure is followed the top of a kitchen range panel inlays under the extremely in the air inlet portion casing, the horizontal both ends of air inlet portion casing are formed with two air inlet portion footing that stretch out downwards respectively, air inlet portion footing is equipped with the footing installation cavity, air inlet portion is still including setting up just be used for the drive in the footing installation cavity the lift actuating mechanism that the air inlet enclosure goes up and down.

Optionally, a lateral length of the air inlet is not less than a lateral span of the cooking portion.

Optionally, the cooking part comprises a middle burner arranged in the transverse middle of the cooktop panel, and a first edge burner and a second edge burner arranged on two transverse sides of the middle burner, and the integrated cooker further comprises a first pot support and a second pot support;

the first pot support comprises a first edge support and a first middle support unit, the first edge support is installed in an aligned mode with the first edge burner, the first middle support unit is formed at the outer edge of the first edge support, the second pot support comprises a second edge support and a second middle support unit, the second edge support is installed in an aligned mode with the second edge burner, the second middle support unit is formed at the outer edge of the second edge support, and the first middle support unit and the second middle support unit are spliced to form a middle support which is installed in an aligned mode with the middle burner.

Optionally, integrated kitchen still includes and is located the air inlet drive division of top of a kitchen range panel below and the portion of airing exhaust, the air inlet portion the air inlet drive division with the portion of airing exhaust from top to bottom can dismantle the connection in proper order.

Optionally, the cooking bench comprises a cooking bench body and an air inlet body, the cooking part is arranged on the cooking bench body, and the air inlet part is arranged on the air inlet body; wherein, the top of a kitchen range body with the air inlet body mutual independence installation or integrative installation.

The utility model discloses in, when integrated kitchen smoking or when carrying out air purification, steerable air inlet enclosure risees to stretching out the top of a kitchen range panel to the air intake is opened to the control open-close board, because the air intake position is higher this moment, and food, residue etc. are difficult for falling into the air intake. When the during operation that stops, steerable air inlet enclosure descends to embedding top of a kitchen range panel again, and controls the closed air intake of open-close plate, can avoid the pollutant to fall into integrated kitchen inside from the air intake this moment completely to improve the reliability of integrated kitchen.

Other features and advantages of the present invention will be described in detail in the detailed description which follows.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

fig. 1 is a perspective view of an integrated cooker according to an embodiment of the present invention, in which an air inlet enclosure wall is embedded in a cooking bench and a plywood is closed;

fig. 2 is a perspective view of another angle of the integrated cooker of fig. 1;

FIG. 3 is another perspective view of the integrated cooker of FIG. 1, with the air inlet enclosure extending upwardly from the cooktop and the opening plate being folded;

fig. 4 is a perspective view of another angle of the integrated cooker of fig. 3;

fig. 5 is a side sectional view of the integrated cooker of fig. 1;

fig. 6 is another sectional view of the integrated cooker of fig. 1;

fig. 7 is a perspective view of another angle of the integrated cooker of fig. 1, showing the edge brackets and the middle bracket being spliced together;

fig. 8 is an exploded view of the structure of the side and middle brackets of fig. 7;

fig. 9 to 15 are respective installation state diagrams of the integrated cooker in fig. 1.

Description of reference numerals:

1 cooking bench 2 air inlet part

3 air intake driving part 4 air exhaust part

5 reinforcing fixing piece 6 pot support

21 air inlet enclosure 22 plywood

23 air inlet part shell 24 air inlet part bottom foot

25 supporting rod 26 lifting driving mechanism

31 drive part housing 32 drive part foot

33 pipe joint 61 edge support

62 middle support

611 side frame 621 middle support unit

611a shared frame edge 621a splicing frame strip

621b frame strip support leg 621c frame strip support leg

Detailed Description

The following describes in detail embodiments of the present invention with reference to the accompanying drawings. It is to be understood that the description herein is only intended to illustrate and explain embodiments of the present invention, and is not intended to limit embodiments of the present invention.

It should be noted that, in the present invention, the embodiments and features of the embodiments may be combined with each other without conflict.

In the embodiments of the present invention, unless otherwise specified, the use of directional terms such as "upper, lower, top, bottom" and "upper" are generally used with respect to the orientation shown in the drawings or the positional relationship of the components with respect to each other in the vertical, vertical or gravitational direction.

The invention will be described in detail below with reference to the accompanying drawings in conjunction with exemplary embodiments.

As shown in fig. 1 to 15, an exemplary embodiment of the present invention provides an integrated cooker including a cooking top 1, a cooking part, and an air inlet part 2. Specifically, the cooking bench 1 is embedded on a kitchen countertop and is provided with a cooking bench panel. The cooking part is arranged at the front part of the cooking bench 1 and can comprise heating modules such as a gas stove and an electric stove. The air inlet part 2 belongs to a component of a range hood module or an air purification module and is arranged at the rear part of the cooking bench 1, namely, the cooking part and the air inlet part 2 are arranged on the cooking bench 1 in a front-back manner. In addition, air inlet portion 2 is equipped with air inlet enclosure 21 and open close plate 22, and this air inlet enclosure 21 is inlayed in top of a kitchen range panel and enclosure top with the liftable ground and is formed with along vertical open-ended air intake, and the air intake can follow air inlet enclosure 21 and go up and down promptly, and open close plate 22 sets up in the air intake and can open and shut the air intake.

When the integrated kitchen range smokes or purifies air, the controllable air inlet enclosing wall 21 rises to extend out of the kitchen range panel, and the opening and closing plate 22 is controlled to open the air inlet, so that food, residues and the like are not easy to fall into the air inlet due to the fact that the position of the air inlet is higher. When the stop work, steerable air inlet enclosure 21 descends to embedding top of a kitchen range panel again, and controls the closed air intake of open-close plate 22, can avoid the pollutant to fall into integrated kitchen inside from the air intake this moment completely to improve integrated kitchen's reliability.

Further, the manner in which the opening and closing plate 22 opens and closes the air inlet may be more novel, for example, different from the turning manner of a conventional microwave oven door body and the like, referring to the drawings, the opening and closing plate 22 is configured to be able to turn over itself to separate the air inlet into a front side air inlet and a rear side air inlet in a front-rear direction in a turned-over state, that is, the turning shaft of the opening and closing plate 22 is not disposed at the edge of the opening and closing plate 22, for example, when the opening and closing plate 22 is a rectangular plate arranged in a transverse direction, the axis of the turning shaft may be disposed to coincide with the perpendicular bisector of the short side of the rectangular plate.

Whether the opening-closing plate 22 ascends and descends along with the air inlet enclosing wall 21 or not can be determined according to actual conditions. For example, it may depend on the pursuit of the appearance of the integrated cooker. If the open-close board 22 goes up and down along with air inlet enclosure 21 in step, the trip shaft of open-close board 22 should follow vertical fixed connection in air inlet enclosure 21, forms promptly along vertical fixed connection, does not nevertheless influence the rotation of trip shaft, refers to the figure, and when the air intake was opened, open-close board 22 overturns to the perpendicular to horizontal plane, and its top stretches out the top of air inlet enclosure 21, is in the state of exposing promptly. If the vertical position of the turnover shaft is kept unchanged in the lifting process of the air inlet enclosing wall 21, the opening-closing plate 22 can still be hidden in the air inlet enclosing wall 21 when the air inlet is opened.

In addition, the lifting control of the air inlet enclosing wall 21 and the turning control of the opening plate 22 can be independent of each other or can be linked with each other.

Under the condition of synchronous lifting and coordinated control of air inlet enclosure 21 and open close plate 22, in order to further improve the starting response speed, open close plate 22 can open the air inlet synchronously when air inlet enclosure 21 begins to rise, and more preferably, open close plate 22 can open the air inlet completely before air inlet enclosure 21 rises to the preset height.

The following provides an embodiment that can realize that the opening-closing plate 22 synchronously opens the air inlet when the air inlet enclosure 21 starts to ascend, but the present exemplary embodiment is not limited to the linkage control manner in this embodiment.

Specifically, the air inlet 2 may include an air inlet housing 23 positioned below the cooktop panel and an opening plate support structure fixedly disposed within the air inlet housing 23, with the air inlet enclosure 21 being embedded into the air inlet housing 23 from below the cooktop panel. In the embedded state of the air inlet enclosing wall 21 (i.e. the air inlet enclosing wall 21 descends to the lowest position), the plywood supporting structure supports the plywood 22, so that the plywood 22 keeps closing the air inlet. Under the state that stretches out of air inlet enclosure 21 (that is air inlet enclosure 21 rises to the highest position), open-close plate 22 breaks away from the contact with open-close plate bearing structure to lose the support, overturn downwards under self action of gravity in order to open the air intake.

In other words, the plywood 22 gradually comes out of contact with the plywood support structure during the ascent of the air intake enclosure 21, and the plywood 22 first gradually comes close to the plywood support structure and then comes into contact again during the descent of the air intake enclosure 21, and gradually turns over to re-close the air intake when being supported by the plywood support structure. Through setting up the open-close plate bearing structure, can save the mechanism of drive open-close plate 22 of being exclusively used in, simplify the coordinated control mode, reduce the product complexity, be favorable to improving production efficiency and save the cost.

For example, the plywood supporting structure may include a supporting rod 25 vertically arranged, the supporting rod 25 is fixedly disposed below the transverse middle portion of the plywood 22, at this time, the plywood 22 is set to be capable of being turned over only towards the same side by means of a counterweight or the like, and in the embedded state of the air inlet enclosing wall 21, the top end of the supporting rod 25 abuts against the bottom surface of the plywood 22, so that the air inlet is kept closed.

Under the general condition, different heating module (gas-cooker, electric cooker etc.) on the portion of cooking arrange on top of a kitchen range 1 along horizontal interval, for guaranteeing the smoking effect, can set up the horizontal length of air intake into the horizontal span that is not less than the portion of cooking (the distance between the horizontal both ends of portion of cooking promptly) to make the air intake be close to different oil smoke sources as far as possible, reduce the oil smoke and scatter outward.

When the gas stove is arranged in the cooking part, the same number of pot supports are generally configured according to the number of the burner, but under the condition that the specifications of a plurality of burners and the specifications of the pot supports are different, the phenomenon of misplacing the pot supports is easy to occur. In addition, some manufacturers design large-scale pot supports which are integrally formed and are adaptive to installation of multiple burner heads so as to simplify installation, but due to overlarge volume, the pot supports cannot be put into a dishwasher for cleaning, and the cleaning workload of users is increased.

To solve the above problems, the integrated range of the present exemplary embodiment may include a burner assembly and a pot support assembly. Referring to fig. 7 and 8, the burner assembly includes a middle burner and two edge burners disposed on the cooking bench 1, the two edge burners are identical and are disposed at two lateral sides of the middle burner in a central symmetry manner, and the sizes of the edge burners and the middle burners may be the same or different. The pot support assembly comprises two pot supports 6 which are identical and are arranged in a central symmetry mode, namely if the contour line of one pot support 6 rotates 180 degrees by taking the middle furnace end as a reference, the contour line of the other pot support 6 can be coincided with the contour line of the other pot support. In addition, the pot support 6 includes an edge support 61 aligned with the edge burner and a middle support unit 621 formed on an outer edge of the edge support 61, after the two edge supports 61 are aligned with the two edge burners respectively, the two middle support units 621 can splice out the middle support 62 just, and the middle support 62 is aligned with the middle burner.

Therefore, the two pot supports 6 can be produced by the same set of mould, so that the production efficiency can be improved, the cost can be reduced, and the phenomenon of misplacement can be avoided. And utilize two split type pot support 6 to assemble into the pot support assembly that matches in the use of three furnace ends, guaranteed the small size of single pot support 6 to be convenient for put into the dish washer and wash, alleviate user's cleaning load, promote to use and experience.

However, it should be noted that if only the problem that the two pot racks 6 cannot be placed in the dishwasher for cleaning is to be solved, the two pot racks may be arranged in a central symmetry manner.

For example, the cooking part may include a middle burner disposed at a lateral middle portion of the cooktop panel and first and second edge burners disposed at lateral sides of the middle burner, the first and second edge burners having either the same or different sizes. Correspondingly, a first pot support and a second pot support are further arranged in the integrated stove. Wherein, first pot support includes the first limit portion support of counterpoint installation with first limit portion furnace end and forms the first middle part support unit at the outer fringe part of first limit portion support, the second pot support includes the second limit portion support of counterpoint installation with second limit portion furnace end and forms the second middle part support unit at the outer fringe part of second limit portion support, after first limit portion support is to lieing in first limit portion furnace end installation and second limit portion support is to lieing in second limit portion furnace end installation, middle part support 62 is spliced out to first middle part support unit and second middle part support unit, this middle part support 62 is counterpointed with middle part furnace end and is installed.

In other words, under the condition that the pot support assembly matched with the three furnace ends is assembled by the two pot supports with small volumes, a single pot support can be conveniently put into the dishwasher for cleaning, and the cleaning burden of a user is reduced.

In a general arrangement, the middle burner and the two edge burners are arranged in a linear direction on the basis of being arranged at intervals in the transverse direction. Of course, the arrangement is not limited to this, and for example, the middle burner and the two edge burners may be arranged at intervals in the front-rear direction.

The edge support 61 may include a rectangular edge frame 611 and the central support unit 621 may include a split frame strip 621a, a frame strip leg 621b and a frame strip leg 621 c. The side frame 611 is installed around the side burner. The split frame strips 621a extend perpendicularly from the end of the common frame edge 611a of the edge frame 611 along the linear direction, the common frame edge 611a is both the frame edge of the edge frame 611 and the frame edge of the middle frame of the middle support 62, only one split frame strip 621a can be formed on one middle support unit 621, that is, the split frame strip 621a extends perpendicularly from one end of the common frame edge 611a, or a first split frame strip and a second split frame strip with the same or different lengths can be formed on one middle support unit 621, that is, the first split frame strip and the second split frame strip extend perpendicularly from the two ends of the common frame edge 611a respectively. A frame leg 621c is formed at the middle position of the common frame edge 611a, and a frame leg 621b is formed on the split frame strip 621 a.

Under the above structure, when the two pot supports 6 are spliced, the middle frame body of the middle support 62 is composed of two common frame sides 611a and a plurality of (two or four) spliced frame bars 621a, and the middle support 62 further includes a middle support leg formed on the middle frame body, the middle support leg including two frame side support legs 621c and two frame bar support legs 621 b.

For making single pot support 6 more miniaturized, can set up first concatenation frame strip and second concatenation frame strip into length and equate to avoid leading to pot support 6 to be difficult to put into dish washer washing because first concatenation frame strip or second concatenation frame strip overlength. At this time, frame strip support legs 621b are formed at the outer ends of the first spliced frame strips. When two pot supports 6 splice, the first concatenation frame strip on one of them pot support 6 docks along the linear direction with the second concatenation frame strip on another pot support 6.

To simplify the structure, the rim support leg 621c may include a leg vertical section vertically extending upward from the common rim 611a and two leg transverse sections extending in a straight direction opposite to the leg vertical section to be respectively formed as the rim support leg 621c of the middle bracket 62 (i.e., one of the middle support legs) and one of the edge support legs of the edge bracket 61. The simplified pot support structure can simplify processing and reduce volume.

Additionally, in another alternative pan support structure, the edge support 61 includes a rectangular edge frame 611, and the edge frame 611 fits around the edge burner, similar to that described above. The middle support 62 unit includes two split frame strips 621a and two diagonal legs (not shown). The two splicing frame strips 621a extend perpendicularly from two ends of the common frame edge 611a of the side frame 611 along a straight line, and have equal or unequal lengths, and the two diagonal legs extend obliquely toward each other from two ends of the common frame edge 611 a.

Under the above structure, when the two pot supports 6 are spliced, the middle frame body of the middle support 62 is composed of two common frame edges 611a and four spliced frame strips 621a, and the middle support leg includes four diagonal support legs 621 d. When cooking, the cooking pot is supported by the four diagonal supporting legs together.

It should be noted that the shape and size of the side frame 611 of the side support 61 and the middle frame of the middle support 62 may be the same or different, and in the case of satisfying the normal use, the same shape and size of the side frame 611 and the middle frame can improve the overall aesthetic property of the pan support assembly.

In the cooking process, the cooking pot needs to be stably placed, so that the pot support assembly needs to form a stable structure. Therefore, after the two pot supports 6 are spliced, the two middle support units 621 can be detachably connected, and the overall stability is higher compared with a non-fixed butt joint mode.

When the culinary art scene is different, the size of the cooking pot that adopts also is different, so just need not the furnace end of equidimension to heat, and then need supporting not the pot support of equidimension. For example, in the integrated cooker of the present exemplary embodiment, when the outer diameter of the middle burner is different from the outer diameter of the edge burner, accordingly, in order to secure stable support of the cooking pot, the leg length of the edge bracket 61 and the leg length of the middle bracket 62 are set to be different, thereby allowing the legs to be supported at a proper bottom wall position of the cooking pot.

In addition, for the simplicity of installation, the edge support 61 and the middle support unit 621 may be formed as an integral unit, and of course, considering that a portion of the dish washing chamber of the dishwasher is small, the edge support 61 and the middle support unit 621 may be detachably connected to be detached and then placed in the dish washing chamber when being washed.

The integrated kitchen range with the oil smoke wind channel of arranging below the top of a kitchen range panel in the existing market keeps the complete machine form all the time after the production leaves the factory, leads to when domestic installation, because volume and weight are great and need many people to install in coordination to lead to the cost of labor higher, it is especially great in the European and American market.

To solve the above problems, the integrated range of the present exemplary embodiment may be assembled in a split manner when installed at home. Referring to fig. 9 to 15, the integrated cooker further includes an air inlet driving part 3 and an air outlet part 4 located below the top panel, the air inlet part 2, the air inlet driving part 3 and the air outlet part 4 are detachably connected in sequence from top to bottom, that is, the air inlet part 2, the air inlet driving part 3 and the air outlet part 4 on the top panel 1 can be installed part by part.

For example, the air inlet can include an air inlet housing 23, the air inlet housing 23 being positioned below the cooktop panel, and an air inlet enclosure 21 being fitted into the air inlet housing 23 from the cooktop panel. At this time, the intake driving part 3 is located below the intake part case 23 and includes a driving part case 31 and a fan, the driving part case 31 is detachably mounted at the bottom of the intake part case 23, and the fan is mounted in the driving part case 31. Exhaust portion 4 is located the below of air inlet drive portion 3 and includes the exhaust pipe, and exhaust pipe demountable installation is in the bottom of drive portion casing 31. In addition, the air inlet enclosing wall 21, the driving part shell 31 and the exhaust pipe are communicated in sequence from top to bottom.

When the fan works, if the air inlet enclosing wall 21 is raised to extend out of the top panel, the air flow passes through the air inlet, the air inlet enclosing wall 21, the air inlet part shell 23, the driving part shell 31 and the exhaust pipe in sequence. If the opening plate 22 opens the air inlet and the air inlet enclosure 21 remains embedded in the air inlet portion casing 23, the air flow passes through the air inlet, the air inlet enclosure 21, the driving portion casing 31 and the exhaust duct in sequence.

Through setting up above-mentioned structure, when the integrated kitchen of domestic installation, can inlay the dress in the kitchen mesa from top to bottom with top of a kitchen range 1 earlier, then install drive division casing 31 in the bottom of air inlet portion casing 23 to fixed connection air inlet drive division 3 and top of a kitchen range 1, install the exhaust pipe in the bottom of drive division casing 31 at last, with fixed connection exhaust division 4 and air inlet drive division 3. In the process, due to the adoption of a split assembly mode, the burden of an installer can be greatly reduced, and the installation can be quickly realized by only one person, so that the installation efficiency is improved and the installation cost is reduced. Particularly, in countries or regions with higher labor cost such as Europe and America, the cost can be greatly saved.

Further, the installation manner between the air inlet portion case 23 and the driving portion case 31 can be simplified. For example, two air inlet portion feet 24 protruding downward may be formed at both lateral ends of the air inlet portion housing 23, respectively, and a driving portion fitting cavity is formed at a lateral interval region between the two air inlet portion feet 24. When the air intake driving part 3 is installed, the upper part of the driving part housing 31 is inserted into the driving part embedding cavity along the front-back direction, and the two ends of the driving part housing 31 in the transverse direction are respectively provided with a structure capable of being hung on the two air intake part feet 24.

Therefore, during installation, the driving portion casing 31 can be temporarily hung on the air inlet portion bottom foot 24, so that an installer can vacate two hands to take other fixing members for reinforcement and fixation, for example, the driving portion casing 31 and the air inlet portion casing 23 can be connected at two vertical ends respectively, and a plurality of reinforcement fixing members 5 which are arranged at intervals in sequence along the transverse direction can be adopted for reinforcement and fixation. Of course, the fixing structure can also be directly formed in the hanging structure to simplify the installation. After the fixed installation, the lower part of the driving part shell 31 extends downwards out of the driving part embedding cavity, so that the subsequent installation of the exhaust part 4 is facilitated.

Because the air intake driving part 3 is provided with heavy components such as a fan, the bottom of the driving part shell 31 can be provided with driving part support legs 32 which can move in a vertical telescopic manner. After hanging drive part casing 31 and locating air inlet portion footing 24, make drive part stabilizer blade 32 extend downwards to support in ground, utilize drive part stabilizer blade 32 to strengthen the whole bearing to air inlet drive portion 3 promptly, improve the installation stability, avoid air inlet portion footing 24 pressurized excessively and damage.

The driving part support feet 32 can be a plurality of, so that the bearing capacity is stronger. For example, the driving part legs 32 may include first and second driving part legs protruding downward from both lateral ends of the bottom of the driving part housing 31, respectively. With this arrangement, it is also possible to reserve a large space right below the drive section case 31 for installing the exhaust section 4.

The air inlet part 2 further comprises a lifting driving mechanism 26 for driving the air inlet enclosing wall 21 to lift, and the structure and the position of the lifting driving mechanism have various arrangement modes. For example, a foot mounting cavity can be provided in the air inlet portion foot 24 to position the lift drive mechanism 26 within the foot mounting cavity, and the lift drive mechanism 26 can include a hydraulic lift lever or the like.

In addition, the driving part shell 31 can be formed with a pipe joint 33 extending downwards, so that a user can observe from the front, the exhaust pipe can be conveniently and quickly aligned and installed, when the exhaust pipe is installed, the exhaust pipe and the pipe joint 33 form detachable sleeving, the installation mode is simple, and time and labor are saved.

Specifically, top of a kitchen range 1 includes top of a kitchen range body and air inlet body two parts, and culinary art portion sets up on the top of a kitchen range body, and air inlet portion 2 sets up on the air inlet body. The cooking bench body and the air inlet body can be mutually independent parts, namely mutually independent parts arranged on a kitchen table top, or can be integrated, namely integrally arranged on the kitchen table top.

For example, in the case where the cooking part and the air inlet part 2 are arranged front to back, the cooktop panel includes a cooking part panel of the cooking part and an air inlet part panel of the air inlet part 2, the cooking part panel and the air inlet part panel are arranged front to back, the air inlet enclosure 21 is fitted to the air inlet part panel, and the air inlet part case 23 is located right below the air inlet part panel. At this time, the cooking part panel and the air inlet part panel can be arranged at intervals and are embedded independently, or the cooking part panel and the air inlet part panel are integrally formed and are integrally embedded.

When the cooking bench panel is embedded in the kitchen table, the panel hanging part horizontally extending outwards from the outer periphery of the cooking bench panel can be stably hung on the kitchen table, and then the air inlet driving part 3 and the air exhaust part 4 are continuously installed.

The above describes in detail optional implementation manners of embodiments of the present invention with reference to the accompanying drawings, however, the embodiments of the present invention are not limited to the details in the above implementation manners, and in the technical concept scope of the embodiments of the present invention, it is possible to perform various simple modifications on the technical solutions of the embodiments of the present invention, and these simple modifications all belong to the protection scope of the embodiments of the present invention.

It should be noted that, in the above-mentioned embodiments, the various technical features described in the above-mentioned embodiments can be combined in any suitable way without contradiction, and in order to avoid unnecessary repetition, the embodiments of the present invention do not separately describe various possible combinations.

In addition, various different implementation manners of the embodiments of the present invention can be combined arbitrarily, and as long as it does not violate the idea of the embodiments of the present invention, it should be considered as the disclosure of the embodiments of the present invention.

Claims (13)

1. An integrated cooker, characterized in that it comprises:

a cooking bench (1) provided with a cooking bench panel;

a cooking part provided at a front portion of the cooking top (1); and

air inlet portion (2), set up and be in the rear portion of top of a kitchen range (1) and including air inlet enclosure (21) and open-close plate (22), air inlet enclosure (21) liftable inlay adorn in top of a kitchen range panel and enclosure top are formed with along vertical open-ended air intake, open-close plate (22) set up in and can open and shut in the air intake.

2. The integrated cooker according to claim 1, wherein the opening plate (22) is configured to be capable of self-turning and to partition the air inlet into a front side air inlet and a rear side air inlet in a front-rear direction in a turned-open state.

3. The integrated cooker according to claim 2, wherein the turning shaft of the opening plate (22) is vertically and fixedly connected to the air inlet enclosing wall (21) to be lifted synchronously with the air inlet enclosing wall (21).

4. The integrated cooker according to claim 3, wherein the integrated cooker is configured to control the lifting of the air inlet enclosing wall (21) and the turning of the opening plate (22) in a linkage manner.

5. The integrated cooker according to claim 4, wherein the opening plate (22) is arranged to open the air inlet opening synchronously when the air inlet enclosing wall (21) starts to rise.

6. The integrated stove according to claim 5, wherein the air inlet part (2) comprises an air inlet part housing (23) located below the cooktop panel and an open-close plate support structure fixedly arranged in the air inlet part housing (23), the air inlet enclosure wall (21) is embedded into the air inlet part housing (23) from below the cooktop panel;

wherein, under the embedded state of the air inlet enclosing wall (21), the plywood supporting structure supports the plywood (22), and the plywood (22) closes the air inlet; under the state that stretches out of air inlet enclosure (21), open-close plate (22) break away from open-close plate bearing structure just overturns downwards to opening the air intake.

7. The integrated stove according to claim 6, characterized in that the opening plate support structure comprises a vertically arranged support bar (25), the support bar (25) being fixedly arranged below the transverse middle of the opening plate (22).

8. The integrated cooker according to claim 3, wherein the integrated cooker is configured to control the lifting of the air inlet enclosing wall (21) and the turning of the opening plate (22) independently from each other.

9. The integrated stove according to claim 1, wherein the air inlet portion (2) comprises an air inlet portion casing (23) located below the top panel, the air inlet enclosure (21) is embedded into the air inlet portion casing (23) from the top panel, two air inlet portion feet (24) extending downwards are formed at two transverse ends of the air inlet portion casing (23) respectively, the air inlet portion feet (24) are provided with foot mounting cavities, and the air inlet portion (2) further comprises a lifting driving mechanism (26) which is arranged in the foot mounting cavities and used for driving the air inlet enclosure (21) to lift.

10. The integrated cooker of claim 1, wherein a lateral length of the intake vent is not less than a lateral span of the cooking part.

11. The integrated stove according to claim 10, wherein the cooking part comprises a middle burner disposed at a lateral middle portion of the cooktop panel and first and second edge burners disposed at lateral sides of the middle burner, the integrated stove further comprising first and second pot brackets;

the first pot support comprises a first edge support and a first middle support unit, the first edge support is installed in an aligned mode with the first edge burner, the first middle support unit is formed at the outer edge of the first edge support, the second pot support comprises a second edge support and a second middle support unit, the second edge support is installed in an aligned mode with the second edge burner, the second middle support unit is formed at the outer edge of the second edge support, and the first middle support unit and the second middle support unit are spliced to form a middle support (62) installed in an aligned mode with the middle burner.

12. The integrated cooker according to claim 1, further comprising an air inlet driving part (3) and an air exhaust part (4) located below the cooktop panel, wherein the air inlet part (2), the air inlet driving part (3) and the air exhaust part (4) are sequentially detachably connected from top to bottom.

13. The integrated cooker according to any one of claims 1 to 12, wherein the cooktop (1) comprises a cooktop body on which the cooking part is disposed and an air inlet body on which the air inlet part (2) is disposed; wherein, the top of a kitchen range body with the air inlet body mutual independence installation or integrative installation.

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