CN204232836U

CN204232836U - A kind of multi-function ranges

Info

Publication number: CN204232836U
Application number: CN201420561727.2U
Authority: CN
Inventors: 梁坤铉
Original assignee: Individual
Current assignee: Chen Riwei; Liang Kunxuan
Priority date: 2014-06-30
Filing date: 2014-09-12
Publication date: 2015-04-01
Anticipated expiration: 2024-09-12
Also published as: CN104367171A

Abstract

The utility model relates to a kind of multi-function ranges, steaming tray is rotatably connected to pedestal by the connecting portion of this stove and accessory, this connecting portion has a steam channel and a hot gas path, by heating source heating base, make the water generates steam in pedestal container cavity, steam enters the steam room in steaming tray via steam channel, by the food in Steam Heating steam room, the top board of hot gas path above steaming tray, the hot gas that heating source produces enters and forms effective heating in hot gas path to top board, realizes multiplely cooking mode with this by multiple heat form.

Description

A kind of multi-function ranges

Technical field

The present invention relates to a kind of stove and accessory, particularly a kind of in conjunction with multiple multi-function ranges of cooking mode, eater can carry out cooking of different modes simultaneously, eats differently flavoured food.

Background technology

Steam, be a kind of frequent more traditional cooking method used in daily life, food be placed on vessel, utilize steam to heat food, make it ripe.Wherein utilized common stove and accessory is food steamer, is positioned over by food in food steamer, and the water below food passes through heating produces steam.Wherein, traditional food steamer is bamboo or wooden material, generally can be provided with gap in the bottom of food steamer, and steam enters food steamer inside by gap in the process risen, the food by the high-temperature heating of steam.But food steamer that is bamboo or wooden materials is not easy to cleaning, can leave over lower residue in the inside of food steamer after having steamed food materials, be also improperly easy to cooperating microorganisms owing to cleaning, therefore modern a lot of conventional food steamer is aluminum material simultaneously.Stove and accessory required for steaming is relatively simple, does not also need special culinary education simultaneously, and some food materials utilizes the mode of steaming to carry out with regard to being particularly suitable for, and is therefore widely used.

Rinse, a kind ofly eat while the mode of cooking, chafing dish is a kind of concrete manifestation form of rinsing this cooking method, food materials are positioned in chafing dish and rinse the regular hour processed, just food materials can be made to become ripe, and so a kind of mode not only can make food materials delicious, eater can be made can to enjoy the enjoyment of oneself rinsing system simultaneously, food materials are comparatively easily ripe, liking extensively by modern.

In modern diet, people are more and more particular about the eating method of food, steam, rinse, stew, stewing, fry, decocting etc. is all the multiple cooking method of food, and the cooking method of each all has respective characteristic, same a kind of food materials, the difference of the cooking method utilized, the taste of food worked it out is different, corresponding, and different cooking methods just needs different cooking furnaces naturally.

Multiple cooking method is the enjoyment that eater brings in the sense of taste; but different cooking methods all needs to use multi-form cooking furnace to carry out cooking of food materials; owing to having such requirement, when making eater want to taste the food utilizing different cooking method to cook, usually restriction can be produced simultaneously.Such as, eater outside blocked shot time want suddenly to eat barbecue, so eater just must cook on the stove and accessory of barbecue, extra stove and accessory not only also will be utilized to occupy additional space, side by side, also want the expense of the outer stove and accessory of amount paid, this not only brings the inconvenience in use to eater, spend also relatively costly simultaneously.Similarly, eater puts and purchases these different stove and accessorys and equally also will bear larger cost in own home, and especially some stove and accessory may utilization rate be not very high, but eater also can use once in a while, and therefore eater may or need to put to purchase.Also there is a problem stored simultaneously, the family of eater leave unused region less time, in the face of multiple cooking furnace may just without unnecessary space, this causes inconvenience to eater to a certain extent, therefore the function of various stoves can how better be merged, solve the multiple inconvenience of eater, simultaneously for eater brings more economic performance to be a problem being worth solving.

Summary of the invention

Main purpose of the present invention is to provide a kind of multi-function ranges, wherein can realize rinsing on a stove and accessory simultaneously, steams, and roasting multiplely cooks mode, maximises the function of stove and accessory.

Another object of the present invention is to provide a kind of multi-function ranges, a large amount of steam produced when wherein rinsing processed are just applied to boiling, achieve the maximum using of the energy with this.

Another object of the present invention is to provide a kind of multi-function ranges, wherein the steam room of this kind of multi-function ranges is set to rotary structure, makes user can carry out Food sharing more expediently in edible process.

Another object of the present invention is to provide a kind of multi-function ranges, wherein this kind of multi-function ranges be at various height on realize multiple cooking method, therefore do not take unnecessary accommodation space.

Another object of the present invention is to provide a kind of multi-function ranges, wherein user can eat the food that the multiple difference mode of cooking is cooked on same stove and accessory simultaneously, for user maximises economic interests.

Another object of the present invention is to provide a kind of multi-function ranges, wherein different connection of cooking between structure is separable connection, is therefore convenient to user's cleaning and displacement.

Another object of the present invention is to provide a kind of multi-function ranges, one of them heating source is applied to, on this stove and accessory, maximising the producing level of this heating source.

Another object of the present invention is to provide a kind of multi-function ranges, all have corresponding heat transfer medium between wherein different culinary art structures, the food making to be in differing heights can both be ripe, food can not because of the reason of height deficiency of being heated.

Another object of the present invention is to provide a kind of multi-function ranges, wherein this pedestal is provided with protection block, and this protection block can play barrier effect to connecting portion, when user is firmly excessive, or when stove and accessory is placed, steaming tray can be avoided to a certain extent to drop from pedestal.

Another object of the present invention is to provide a kind of multi-function ranges, be provided with corresponding slide guide between the connecting portion of wherein this stove and accessory and arrange, making user in use can easily by rotating sharing of food.

Another object of the present invention is to provide a kind of multi-function ranges, wherein the connecting portion of this stove and accessory provides two medium conduction pathways, achieves the conduction of the heat transfer medium on differing heights, thus can simultaneously cook food.

Another object of the present invention is to provide a kind of multi-function ranges, wherein the steam room of this stove and accessory and hot gas path are UNICOMs, thus the multi-functional realization of this stove and accessory can not simultaneously limit by two medium conduction pathways, pedestal also can not by one cook mode limit.

Another object of the present invention is to provide a kind of multi-function ranges, wherein the structure of this kind of stove and accessory is simple, does not adopt very complicated mechanical mechanism, easy to use, minimizes and manufactures and other correlative charges.

Another object of the present invention is to provide a kind of multi-function ranges, wherein this kind of stove and accessory need not change original structure and the design of each structure significantly.

In order to realize above object, the invention provides a kind of multi-function ranges, comprise a pedestal, one steaming tray, one top board and a junction, the edge of wherein said pedestal upwards extends to form a pedestal container cavity, and described steaming tray is connected described pedestal, and described steaming tray has the steam room that a surrounding is surrounded, described top board is positioned on described steaming tray.Described connecting portion extends to described steaming tray by described pedestal, there is a steam channel and a hot gas path, the top panel of wherein said steaming tray has a steaming tray top panel opening, described pedestal has a pedestal bottom plate opening, described hot gas path UNICOM is in described steaming tray top panel opening and described pedestal bottom plate opening, make described hot gas path toward described top board, described steam channel UNICOM is in described pedestal container cavity and described steam room.

It is worth mentioning that, described connecting portion comprises a pedestal connecting portion further, and described pedestal connecting portion extends to described steaming tray top panel opening via described pedestal bottom plate opening, forms described hot gas path.

It is worth mentioning that, described connecting portion comprises a steaming tray connecting portion further, the lower panel of described steaming tray has a steaming tray lower panel opening, wherein said steaming tray connecting portion extends to described pedestal via described steaming tray lower panel opening, described pedestal connecting portion, through described steaming tray connecting portion, forms described steam channel.

It is worth mentioning that, described pedestal connecting portion and described steaming tray top panel opening are not fixed, and described steaming tray connecting portion and described pedestal are not fixed, and described steaming tray is rotatably connected to described pedestal.

It is worth mentioning that, one group of slide block compartment of terrain is selectively arranged on the preset height of the outer surface of described pedestal connecting portion, the inner surface of described steaming tray connecting portion has a circle guide runner, described guide runner is toward described slide block, when described steaming tray is connected to described pedestal, described slide block is positioned at described guide runner.

It is worth mentioning that, one group of protection block compartment of terrain upwards extends described pedestal, described protection block is the annular distribution of fracture around described connecting portion, the distance that every described protection block interval is identical, described protection block defines formation one protective trough, the lower limb of described steaming tray connecting portion gives prominence to one group of anti-slip section of extending equal number, the distance that interval, every described anti-slip section is identical, the spacing of protecting block described in two matches in the length of described anti-slip section, every described protection block comprises a pair rotation catch, rotate catch described in two and be arranged at the both sides of the upper surface of described protection block rotationally respectively, when described rotation catch is to inner rotary, and the adjustment of described anti-slip section is placed in described in two protects between block, described steaming tray can be connected with described pedestal or be separated, described rotation catch is rotated to parallel described connecting portion, rotating described steaming tray connecting portion can make described anti-slip section enter in described protective trough, described protection block stops described steaming tray connecting portion to depart from described pedestal connecting portion with this, wherein said rotation catch increases the protection distance of described protection block.

It is worth mentioning that, described pedestal connecting portion has one group of connected entrance, described hot gas path via described connected entrance UNICOM in described steam room.

It is worth mentioning that, described connecting portion has one group of interface channel, and described pedestal container cavity is via described interface channel UNICOM in described steam channel, and steam is able to enter described steam channel by described interface channel.

Also it is worth mentioning that, one group of steam room door is arranged at the opening of described steam room, toward different directions.

Accompanying drawing explanation

Fig. 1 is the structural representation of the multi-function ranges according to a preferred embodiment of the present utility model.

Fig. 2 is the exploded perspective view of the multi-function ranges according to above preferred embodiment of the present utility model.

Fig. 3 is the sectional view of the multi-function ranges according to above preferred embodiment of the present utility model.

Fig. 4 is the operation principle sectional view of the multi-function ranges according to above preferred embodiment of the present utility model.

Fig. 5 is the operation principle sectional view of the multi-function ranges according to above preferred embodiment of the present utility model.

Fig. 6 is steaming tray connecting portion according to the multi-function ranges of above preferred embodiment of the present utility model and pedestal connecting portion released state partial sectional view.

Fig. 7 is steaming tray connecting portion according to the multi-function ranges of above preferred embodiment of the present utility model and pedestal connecting portion connection status broken section enlarged drawing.

Fig. 8 is the rotation schematic diagram of the multi-function ranges according to above preferred embodiment of the present utility model.

Fig. 9 is the sectional view of the steaming tray of multi-function ranges according to another variant of the present utility model.

Figure 10 is the base construction schematic diagram of the multi-function ranges according to another variant of the present utility model.

Detailed description of the invention

Below describe and realize the present invention for disclosing the present invention to enable those skilled in the art.Preferred embodiment in below describing only as an example, it may occur to persons skilled in the art that other apparent modification.The general principle of the present invention defined in the following description can be applied to other embodiments, deformation program, improvement project, equivalent and not deviate from the other technologies scheme of the spirit and scope of the present invention.

As shown in Figures 1 to 4, multi-function ranges according to a preferred embodiment of the invention comprises a pedestal 1, one steaming tray 2, one top board 3 and a junction 4, the edge of wherein said pedestal 1 upwards extends to form a pedestal container cavity 13, described steaming tray 2 is positioned on described pedestal 1, and described steaming tray 2 has the steam room 25 that a surrounding is surrounded, and described top board 3 is positioned on described steaming tray 2.Described connecting portion 4 extends to described steaming tray 2 by described pedestal 1, there is steam channel 29 and a hot gas path 16, the top panel of wherein said steaming tray 2 has a steaming tray top panel opening 23, described pedestal 1 has a pedestal bottom plate opening 131, described hot gas path 16 UNICOM is in described steaming tray top panel opening 23 and described pedestal bottom plate opening 131, make described hot gas path 16 toward described top board 3, described steam channel 29 UNICOM is in described pedestal container cavity 13 and described steam room 25.

Particularly, described steaming tray 2 is between described top board 3 and described pedestal 1, described steaming tray 2 is stably connected to described pedestal 1 under the support of described connecting portion 4, and support described top board 3 simultaneously, described top board 3 is made to be positioned at the upper end of described multi-function ranges with this, described pedestal 1, described steaming tray 2 and described top board 3 have different shape facilities respectively, up arranged in parallel successively, when carrying out cook food, described top board 3, described steaming tray 2 is different with the height of described pedestal 1 residing for it, its heating means are caused to be had nothing in common with each other, described connecting portion 4 while playing connection function also by as heating part, described connecting portion 4 have Steam Heating and hot gas heat two kinds multi-form, wherein heating source directly acts on described pedestal 1, the steam that pedestal 1 produces acts on described steaming tray 2 by described steam channel 29, the hot gas that heating source produces directly acts on described top board 3 by described hot gas path 16, present while realizing multiple cooking method with this, the food making to be positioned at differing heights can be ripe.Described multi-function ranges, made by metal material, has good thermal conductivity.

As shown in Figure 1 to Figure 3, described pedestal 1 comprises a pedestal bottom plate 11 and one group of base side boards 12, wherein said base side boards 12 upwards extends the edge of described pedestal bottom plate 11, with this opening up described pedestal container cavity 13 that made described pedestal bottom plate 11 and described base side boards 12 define.Described pedestal bottom plate 11 is rectangular shape, and therefore described base side boards 12 extends four edges of described pedestal bottom plate 11.Described multi-function ranges is placed on certain platform under the support of described pedestal 1, one group of base supports portion 14 extends described pedestal bottom plate 11 downwards, and compartment of terrain is positioned at four marginal end portion of described pedestal 1, described base supports portion 14 has certain height, with this, described pedestal bottom plate 11 be able under the support in described base supports portion 14 and lay platform and form certain difference in height, in other words, described pedestal bottom plate 11 do not meet be contacted with described in lay platform, when heating source is gas burner, gas burner can be placed in the below of described pedestal bottom plate 11, its stove fire will directly heat the water and food that are in described pedestal container cavity 13.It is circular described pedestal bottom plate opening 131 that the middle part of described pedestal bottom plate 11 has cross section, and described connecting portion 4 comprises a pedestal connecting portion 41 further, and described pedestal connecting portion 41 is in cylindricality.Described pedestal connecting portion 41 extends to described steaming tray top panel opening 23 via described pedestal bottom plate opening 131, forms described hot gas path 16.

Described steaming tray 2 comprises a steaming tray framework 21 further, and described steaming tray framework 21 constitutes the described steam room 25 that surrounding is surrounded, and the food for boiling is positioned over described steam room 25.Particularly, described steaming tray framework 21 comprises steaming tray top panel 211 and a steaming tray lower panel 212, wherein said steaming tray top panel 211 is positioned at the top of described steaming tray lower panel 212, and the middle part of described steaming tray top panel 211 forms described steaming tray top panel opening 23.Described connecting portion 4 comprises a steaming tray connecting portion 42 further, and described steaming tray lower panel 212 has a steaming tray lower panel opening 24, and described steaming tray top panel opening 23 is coaxial in described steaming tray lower panel opening 24.Wherein said steaming tray connecting portion 42 extends to described pedestal 1 via described steaming tray lower panel opening 24, and described pedestal connecting portion 41, through described steaming tray connecting portion 42, defines described steam channel 29.In other words, described steaming tray connecting portion 42 defines the steaming tray connection chamber 26 of a longitudinal direction, and described pedestal connecting portion 41, through described steaming tray connection chamber 26, makes described steaming tray 2 be connected to described pedestal 1 with this, forms described steam channel 29 simultaneously.

Described steaming tray top panel opening 23 and described steaming tray lower panel opening 24 are all circular cross-section, the diameter dimension of described steaming tray top panel opening 23 matches in the outside dimension of described pedestal connecting portion 41, correspondingly, the diameter dimension of described steaming tray lower panel opening 24 is slightly larger than the outside dimension of described pedestal connecting portion 41.Described steaming tray connecting portion 42 to downward-extension, makes described steam channel 29 UNICOM in described steam room 25 with this via described steaming tray lower panel opening 24.Described steaming tray connecting portion 42 to comprise on a steaming tray connecting portion 422 under connecting portion 421 and a steaming tray further, on wherein said steaming tray, connecting portion 421 is a cylindricality, described steaming tray framework 21 is stretched in directly to downward, on described steaming tray, the cylindricality internal diameter size of connecting portion 421 is slightly larger than the cylindricality outside dimension of described pedestal connecting portion 41, under described steaming tray, connecting portion 422 extends connecting portion 421 on described steaming tray downwards, and the longitudinal section of connecting portion 422 is one trapezoidal under described steaming tray, under described steaming tray, the circular cross section of connecting portion 422 down increases gradually.It is worth mentioning that, on described steaming tray connecting portion 421 top edge residing for plane a little more than the plane residing for described steaming tray lower panel 212, can avoid under the barrier effect of the liquid on described steaming tray lower panel 212 or other impurity connecting portion 421 on described steaming tray falling in described pedestal container cavity 13 via described steaming tray lower panel opening 24, thus avoid the pollution to the food in described pedestal container cavity 13.In addition, the lateral dimension of described steaming tray framework 21 is less than the lateral dimension of described pedestal container cavity 13, and make described steaming tray 2 can not hinder described pedestal container cavity 13 in the horizontal thus, user can rinse food processed expediently in described pedestal container cavity 13.

Described top board 3 comprises a ceiling panel 31 and one group of top plate supporting portion 32 further, compartment of terrain, wherein said top plate supporting portion 32 extends described ceiling panel 31 downwards, under the support in described top plate supporting portion 32, described top board 3 is placed in the upper end of described steaming tray 2, namely described top plate supporting portion 32 contact action is in described steaming tray top panel 211, and described top plate supporting portion 32 makes to have certain distance between described ceiling panel 31 and described steaming tray top panel 211.

As shown in Figure 3, described steaming tray framework 21 comprises one group of steaming tray side plate 213 further, described steaming tray side plate 213 extends upwardly to described steaming tray top panel 211 via described steaming tray lower panel 212, make described steaming tray top panel 211 with this, described steaming tray lower panel 212 and described steaming tray side plate 213 have defined described steam room 25.

When described pedestal connecting portion 41 via described steaming tray connection chamber 26 through described steaming tray connecting portion 42, when making described steaming tray 2 be connected to described pedestal 1, the height of described pedestal connecting portion 41 is greater than the height of described steaming tray connecting portion 42, when connecting portion 422 contact action under described steaming tray is in described pedestal bottom plate 11, while described pedestal connecting portion 41 runs through described steaming tray connection chamber 26, described pedestal connecting portion 41 also runs through described steaming tray lower panel opening 24, described pedestal connecting portion 41 is made to enter in described steam room 25 thus, and the upper end of described pedestal connecting portion 41 just fits in described steaming tray top panel opening 23, described pedestal connecting portion 41 is made to be positioned at the inside of described steaming tray 2 snugly with this, and make described multi-function ranges have certain aesthetic property.

Described pedestal connecting portion 41 is not fixed with described steaming tray top panel opening 23, and described steaming tray connecting portion 42 is not fixed with described pedestal 1, and described steaming tray 2 is rotatably connected to described pedestal 1.The height of described pedestal connecting portion 41 is matched with the distance of connecting portion 422 lower limb under described steaming tray top panel 211 to described steaming tray, make described hot gas path 16 toward described top board 3, the hot gas conducted by described hot gas path 16 mainly can be concentrated and act on described top board 3.

It is worth mentioning that, described pedestal connecting portion 41 has one group of connected entrance 17, described hot gas path 16 via described connected entrance 17 UNICOM in described steam room 25, described connected entrance 17 compartment of terrain is formed at the upper end of described pedestal connecting portion 41, the a part of hot gas conducted via described hot gas path 16 also can enter described steam room 25 via described connected entrance 17, act on the food in described steam room 25 with this, make described steam room 25 not only only obtain this kind of mode of Steam Heating.

Described steaming tray framework 21 has the cross sectional shape of rectangle, the profile of wherein said steaming tray top panel 211 and described steaming tray lower panel 212 is all rectangle, described steaming tray framework 21 is made to comprise steaming tray side plate 213 described in four thus, and the geomery of described top board 3 matches in the profile of described steaming tray framework 21, therefore described ceiling panel 31 also manufactures rectangle.The top edge of described steaming tray side plate 213 is higher than described steaming tray top panel 211 place plane, described steaming tray side plate 213 surrounding is made to surround described steaming tray top panel 211 with this, when described top board 3 is placed on described steaming tray top panel 211, described steaming tray side plate 213 prevents the side landing of described top board 3 effectively.It is worth mentioning that, the height in described top plate supporting portion 32 is slightly larger than the height between described steaming tray side plate 213 top edge to described steaming tray top panel 211, make user when needs clean described top board 3 with this, can described top board 3 be taken off from described steaming tray 2 more conveniently.

One group of steam room door 214 is arranged at the opening part of described steam room 25, toward different directions, the side of every described steam room door 214 is movably connected in described steaming tray side plate 213 via hinge, every described steam room door 214 comprises one handle 2141, described handle 2141 is arranged at the outer surface of described steam room door 214, selectively, described handle 2141 extends the outer surface of described steam room door 214 highlightedly.Food is positioned in described steam room 25 or by food from taking-up in described steam room 25 by the folding of described steam room door 214 by user, described steam room door 214 makes described steam room 25 be in closure state in digestion process, ensure that steam can be in relatively airtight space with this, food can be acted on fully.Wherein said handle 2141 operates described steam room door 214 for convenience of user.The described steaming tray framework 21 with rectangular profile can arrange four described steam room doors 214 simultaneously, makes described steam room 25 have four openings, and when many people eat together altogether, user can place and take food in any direction.

As shown in Figure 4, user is when using described multi-function ranges, a certain amount of water is placed in described pedestal container cavity 13, food also can be positioned in described pedestal container cavity 13 simultaneously, described pedestal container cavity 13 is selectively used by as chafing dish, user can select the cooking method cook food of rinsing, and be positioned in described steam room 25 by the food that the cooking method that needs steam is cooked, and described top board 3 is selectively used as tappasaki.Heating source is placed on the below of described pedestal 1, when gas burner by as heating source time, the stove fire that gas burner produces is toward described pedestal bottom plate opening 131, and a part of stove fire can be introduced into described hot gas path 16 via described pedestal bottom plate opening 13, make the temperature of described hot gas path 16 bottom section higher thus.Described steaming tray 2 and described top board 3 are positioned at the top of described pedestal 1 successively, under the connection of described connecting portion 4, hot gas path 16 is able to toward described ceiling panel 31, the hot gas that heating source produces rises under the guiding of described hot gas path 16, hot gas directly acts on described ceiling panel 31, make thus described steaming tray top panel opening 23 towards the middle part of described ceiling panel 31 be subject to the heat effect of hot gas, under the heat effect of hot gas, described ceiling panel 31 local temperature is higher, side by side, due to the supporting role in described top plate supporting portion 32, make, between described ceiling panel 31 and described steaming tray top panel 211, there is certain space, therefore the hot gas risen not only limits to the middle part acting on described ceiling panel 31, hot gas is able to spread in space, this makes the surrounding of the middle part of described ceiling panel 31 also can be heated simultaneously, expand the heating region of hot gas to a certain extent.When described ceiling panel 31 is heated to uniform temperature by hot gas, the described ceiling panel 31 that food can be placed on heating by user is cooked.Wherein, the edge of described ceiling panel 31 a little more than described ceiling panel 31 main panel residing for plane, efficiently avoid food on the main panel being placed on described ceiling panel 31 to a certain extent in cooking process from side direction landing described ceiling panel 31.

When being selectively heated to uniform temperature by the described pedestal container cavity 13 as chafing dish, boil by food user can be positioned in described pedestal container cavity 13, side by side, user can add food constantly in described pedestal container cavity 13, the water being in described pedestal container cavity 13 produces steam and rises under heating status, steam effect of increasing is in described steaming tray lower panel 212, side by side, the steam of a part enters in described steam room 25 via described steam channel 29, steam is by the food acted on as heat transfer medium in described steam room 25, cooked at the temperature that food is conducted at steam.

It is worth mentioning that, chafing dish can produce a large amount of steam rinsing in process processed, not only temperature is higher for this large amount of steam, also can impact eater simultaneously, especially the eater of wearing spectacles, vapor action is in glasses, and can make glasses generate one deck fog, therefore eater can not see scene at the moment.What steam that this mode of cooking utilizes is the effect of steam, and need when cook food to use a large amount of steam, steam makes food be heated as heat transfer medium.In described multi-function ranges, described steaming tray 2 is placed in the top of described pedestal container cavity 13, therefore make to be used as chafing dish the steam that produces of described pedestal container cavity 13 just can be supplied to described steaming tray 2, in other words, described pedestal container cavity 13 provides steam source for described steaming tray 2, the steam that described pedestal container cavity 13 produces is effectively utilised, and also effectively alleviates the steam of described pedestal container cavity 13 generation in addition to the impact of eater.Described multi-function ranges not only functionally can embody the cooking thereof of various ways, another degree has more embodied making full use of heating source, described pedestal container cavity 13, described steaming tray 2 and described top board 3 only have employed a heating source, the heating of wherein said pedestal container cavity 13 and described top board 3 is direct effects of heating source, and described steaming tray 2 utilization is the energy that described pedestal container cavity 13 produces, this a kind ofly makes full use of form to the energy, makes the energy maximize and be utilized most effectively.

Described connecting portion 4 has one group of interface channel 28, and described pedestal container cavity 13 is via described interface channel 28 UNICOM in described steam channel 29, and the steam in pedestal container cavity 13 is able to enter described steam channel 29 by described interface channel 28.Particularly, described steaming tray connecting portion 42 has one group of interface channel 28, when described pedestal container cavity 13 is placed a certain amount of water, described interface channel 28 can be submerged in water, described pedestal container cavity 13 via described interface channel 28 UNICOM in described steam channel 29.The a part of water being positioned at described pedestal container cavity 13 can enter the enclosing region of connecting portion 422 under described steaming tray via described interface channel 28.In heating process, heating source is toward connecting portion 422 under described steaming tray, and the temperature of the enclosing region of therefore described lower connecting portion 422 formation is higher, can produce sufficient steam.Side by side, a part of steam that described pedestal container cavity 13 produces enters described steam channel 29 by described interface channel 28.On wherein said steaming tray, the internal diameter of connecting portion 421 is slightly larger than the external diameter of described pedestal connecting portion 41, make thus described steaming tray defines described steam channel 29 between connecting portion 421 and described pedestal connecting portion 41, steam is risen by described steam channel 29 and enters to described steam room 25, directly act on the food be in described steam room 25, food is cooked under the effect of steam.In addition, due to described steam room 25 via described connected entrance 17 UNICOM in described hot gas path 16, in this heating process, steam in hot gas in hot gas path 16 and described steam room 25 can produce exchange, on the one hand, when described steam room 25 is mainly by Steam Heating, the hot gas that described connected entrance 17 can conduct a part enters described steam room 25, can improve the temperature of described steam room 25 to a certain extent, namely described connected entrance 17 introduces more energy for described steam room 25.On the other hand, the sub-fraction steam in described steam room 25 also can leave described steam room 25 by described connected entrance 17, avoids the hypertonia of described steam room 25 to a certain extent.

As shown in Figure 5, when the water in described pedestal container cavity 13 is less, be not enough to produce sufficient steam by described steam channel 29 to enter described steam room 25 time, described steam room 25 cannot adopt Steam Heating mode, or described pedestal container cavity 13 is not be used as chafing dish, but when being used as barbecue, described pedestal container cavity 13 does not add water, time under these circumstances, do not have the described pedestal container cavity 13 of water just cannot produce steam.Now, what the food in described steam room 25 adopted is the hot gas heating entered from described connected entrance 17, utilizes hot gas to carry out dry blowing.Particularly, heating source is placed on the below of described pedestal 1, when gas burner by as heating source time, the stove fire that gas burner produces is toward described pedestal bottom plate opening 131, and a part of stove fire can be introduced into described hot gas path 16 via described pedestal bottom plate opening 13, stove fire hot gas mainly acts on described ceiling panel 31 under the conduction of hot gas path 16, side by side, the stove fire hot gas of a part diffuses into described steam room 25 by described connected entrance 17 in uphill process, make described steam room 25 also can adopt the mode of heating of hot gas, the own water content of food in wherein said steam room 25 is higher, be suitable for the dry blowing form of this direct hot gas heating, thus produce another kind of food flavor.

It is worth mentioning that, described multi-function ranges has described hot gas path 16 and these two medium conduction pathways of described steam channel 29, realize conducting different heat medium with this, thus make described stove and accessory at various height on achieve and different cook mode, namely possess several functions.Above-mentionedly utilize hot gas to carry out dry blowing to described steam room 25 only to make use of one of them medium conduction pathway, i.e. described hot gas path 16, but described multi-function ranges still can realize multiple cooking mode at differing heights, therefore the multi-functional realization of described stove and accessory can not by described hot gas path 16 and the same limit of described steam channel 29, on the other hand, also make described pedestal container cavity 13 can not limit by a kind of function, namely described pedestal container cavity 13 can not due to will for described steam channel 29 provides steam medium and limited to it and cook mode.

Described pedestal 1 has one group of protection block 15, described protection block 15 compartment of terrain upwards extends described pedestal bottom plate 11, wherein said protection block 15 is the annular distribution of fracture around described connecting portion 4, and the distance that between every described protection block 15, interval is identical, the protective trough 150 of formation one toward described connecting portion 4 is defined between described protection block 15 and described pedestal bottom plate 11, particularly, described protection block 15 comprises a longitudinal extension part and a horizontal protection department, wherein said longitudinal extension part upwards extends described pedestal bottom plate 11, described horizontal protection department towards described connecting portion 4 direction via described longitudinal extension part upper end laterally forward extend formed.

Described steaming tray connecting portion 42 has one group of anti-slip section 420, wherein said anti-slip section 420 extends the lower limb of described steaming tray connecting portion 42 highlightedly, the quantity of described anti-slip section 420 is identical with the quantity of described protection block 15, compartment of terrain, every described anti-slip section 420 is formed at the predeterminated position of described steaming tray connecting portion 42, the distance that between every described anti-slip section 420, interval is identical, it is worth mentioning that, the length of every described anti-slip section 420 matches in protecting the spacing distance between block 15 described in two.The cell body size of described protective trough 150 matches in the size of described anti-slip section 420, when described steaming tray connecting portion 42 is connected to described pedestal connecting portion 41, by rotating described steaming tray connecting portion 42, described anti-slip section 420 can be made through in described protective trough 150.

In the present invention, described pedestal 1 preferably has two pieces of described protection blocks 15, and therefore, correspondingly, described steaming tray connecting portion 42 has two pieces of described anti-slip sections 420, and convenient processing, also has more terseness simultaneously thus.When described steaming tray 2 is connected to described pedestal 1 by user, when being connected to described pedestal connecting portion 41 by described steaming tray connecting portion 42, because the distance of protecting described in two between block 15 matches in the length of described anti-slip section 420, therefore the adjustment of described anti-slip section 420 need be placed in described in two and protect between block 15 by user, under such location status, described steaming tray connecting portion 42 successfully can be connected to described pedestal connecting portion 41, and the base contact action of described steaming tray connecting portion 42 is in described pedestal bottom plate 11.

In the process used, when user wants to share the food in described steaming tray 2, by rotating described steaming tray 2 to make food in described steam room 25 towards required object, it is worth mentioning that, when rotating described steaming tray 2, described steaming tray connecting portion 42, along with described steaming tray 2 synchronous rotary, originally just enters described protective trough 150 protecting the described anti-slip section 420 between block 15 described in two.The anti-slip section 420 being positioned at described protective trough 150 receives the interception power that described protection block 15 imposes, avoid described steaming tray 2 to move up, thus effectively prevent due to user's revolving force excessive and cause described steaming tray connecting portion 42 depart from described pedestal connecting portion 41 situation occur.When user needs to clean described steaming tray 2, when needing described steaming tray 2 to be separated with described pedestal 1, also only need to rotate described steaming tray connecting portion 42, described anti-slip section 420 is made to depart from described protective trough 150, namely described anti-slip section 420 is made to protect between block 15 described in two, active force is upwards imposed to described steaming tray 2, just can like a cork described steaming tray 2 be separated with described pedestal 1.

It is worth mentioning that again, every described protection block 15 also comprises a pair outstanding rotation catch 151, and rotate the both sides that catch 151 is arranged at the upper surface of described protection block 15 respectively described in two, namely described rotation catch 151 is arranged at described horizontal protection department.To a certain extent, described rotation catch 151 increases the protection distance of described protection block 15.Described rotation catch 151 is rotatably connected to described protection block 15, when described steaming tray 2 being placed in described pedestal 1 or described steaming tray 2 being separated with described pedestal 1, by described rotation catch 151 to inner rotary, make described rotation catch 151 cannot contact action to described steaming tray connecting portion 42.And in use, when user rotates described steaming tray 2, described rotation catch 151 need be rotated to and be positioned at same radian bearing of trend with described protection block 15, rotate to parallel described connecting portion 4 by described rotation catch 151, promote the protection distance of described protection block 15 with this, namely strengthen the barrier effect to described steaming tray connecting portion 42 by described rotation catch 151.Selectively, rotate the common reinforcement protection distance formed of catch 151 described in adjacent two and be equal to the spacing of protecting block 15 described in two, thus when making described steaming tray connecting portion 42 be connected to described pedestal connecting portion 41, described steaming tray connecting portion 42 can be subject to the complete loop protection that described protection block 15 provides.

On described steaming tray, the internal diameter of connecting portion 421 is slightly larger than the external diameter of described pedestal connecting portion 41, make thus to define described steam channel 29 between described pedestal connecting portion 41 and described steaming tray connecting portion 42, side by side, make described steaming tray connecting portion 42 be connected to described pedestal connecting portion 41 rotationally, user can carry out sharing of food by rotating described steaming tray 2.It is worth mentioning that, as shown in Figures 5 to 7, can carry out more like a cork to make user rotating described steaming tray 2, one group of slide block 43 compartment of terrain is selectively arranged on the preset height of the outer surface of described pedestal connecting portion 41, accordingly, the inner surface of described steaming tray connecting portion 42 has a circle guide runner 44, described guide runner 44 is toward described slide block 43, when described steaming tray 2 is connected to described pedestal 1, described slide block 43 is positioned at described guide runner 44, efficiently reduce the frictional resistance of described pedestal connecting portion 41 and described steaming tray connecting portion 42, by the slip of described slide block 43 in described guide runner 44, described steaming tray 2 is made to be movably connected in described pedestal connecting portion 41, and described slide block 43 is not placed in described back skating groove 44 completely, namely between described slide block 43 and described back skating groove 44, there is space, this makes user can by described pedestal connecting portion 41 through described steaming tray connecting portion 42 in assembling process, also described steaming tray connecting portion 42 can be separated with described pedestal connecting portion 41 simultaneously.Particularly, described slide block 43 compartment of terrain is arranged at the sustained height of the outer surface of described pedestal connecting portion 41, and described guide runner 44 is arranged at the inner surface of connecting portion 422 on described steaming tray, and toward described slide block 43.Selectively, described slide block 43 compartment of terrain is arranged at the sustained height of the inner surface of connecting portion 422 on described steaming tray, and described guide runner 44 is arranged at the outer surface of described pedestal connecting portion 41, and toward described slide block 43.

As shown in Figure 8 and Figure 9, according to the multi-function ranges of another kind of variant of the present invention, described multi-function ranges comprises a pedestal 1`, one steaming tray 2`, the edge of one top board 3` and a junction 4`, wherein said pedestal 1` upwards extends to form a pedestal container cavity 13`, and described steaming tray 2` is positioned on described pedestal 1`, and described steaming tray 2` has the steam room 25` that a surrounding is surrounded, described top board 3` is positioned on described steaming tray 2`.Described connecting portion 4` extends to described steaming tray 2` by described pedestal 1`, there is an a steam channel 29` and hot gas path 16`, the top panel of wherein said steaming tray 2` has a steaming tray top panel opening 23`, described pedestal 1` has a pedestal bottom plate opening 131`, described hot gas path 16` UNICOM is in described steaming tray top panel opening 23` and described pedestal bottom plate opening 131`, make described hot gas path 16` toward described top board 3`, described steam channel 29` UNICOM is in described pedestal container cavity 13` and described steam room 25`

Particularly, described steaming tray 2` is between described top board 3` and described pedestal 1`, described steaming tray 2` is stably connected to described pedestal 1` under the support of described connecting portion 4`, and support described top board 3` simultaneously, described top board 3` is made to be positioned at the upper end of described multi-function ranges with this, described pedestal 1`, described steaming tray 2` and described top board 3` has different shape facilities respectively, up arranged in parallel successively, when carrying out cook food, described top board 3`, described steaming tray 2` is different with the height of described pedestal 1` residing for it, its heating means are caused to be had nothing in common with each other, described connecting portion 4` have Steam Heating and hot gas heat two kinds multi-form, wherein heating source directly acts on described pedestal 1`, the steam that pedestal 1` produces acts on described steaming tray 2` by described steam channel 29`, the hot gas that heating source produces directly acts on described top board 3` by described hot gas path 16`, present while realizing multiple cooking method with this, the food making to be positioned at differing heights can be ripe.Described multi-function ranges, made by metal material, has good thermal conductivity.

Described pedestal 1` comprises an a pedestal bottom plate 11` and base side boards 12`, wherein said base side boards 12` upwards extends the edge of described pedestal bottom plate 11`, with this described opening up pedestal container cavity 13` that made described pedestal bottom plate 11` and described base side boards 12` define.Described pedestal bottom plate 11` is round-shaped, and therefore described base side boards 12` extends four edges of described pedestal bottom plate 11`.Described multi-function ranges is placed on certain platform under the support of described pedestal 1`, one group of base supports portion 14` extends described pedestal bottom plate 11` downwards, and compartment of terrain is positioned at four marginal end portion of described pedestal 1`, described base supports portion 14` has certain height, with this, described pedestal bottom plate 11` be able under the support of described base supports portion 14` and lay platform and form certain difference in height, in other words, described pedestal bottom plate 11` do not meet be contacted with described in lay platform, when heating source is gas burner, gas burner can be placed in the below of described pedestal bottom plate 11`, its stove fire will directly heat the water and food that are in described pedestal container cavity 13`.It is circular described pedestal bottom plate opening 131` that the middle part of described pedestal bottom plate 11` has cross section, and described connecting portion 4` comprises a pedestal connecting portion 41` further, and described pedestal connecting portion 41` is cylindricality.Described pedestal connecting portion 41` extends to described steaming tray top panel opening 23` via described pedestal bottom plate opening 131`, forms described hot gas path 16`.

Described steaming tray 2` comprises a steaming tray framework 21` further, and described steaming tray framework 21` constitutes the described steam room 25` that surrounding is surrounded, and the food for boiling is positioned over described steam room 25`.Particularly, described steaming tray framework 21` comprises an a steaming tray top panel 211` and steaming tray lower panel 212`, wherein said steaming tray top panel 211` is positioned at the top of described steaming tray lower panel 212`, and the middle part of described steaming tray top panel 211` has described steaming tray top panel opening 23`.Described connecting portion 4` comprises a steaming tray connecting portion 42` further, and described steaming tray lower panel 212` has a steaming tray lower panel opening 24`, and described steaming tray top panel opening 23` is coaxially in described steaming tray lower panel opening 24`.Wherein said steaming tray connecting portion 42` extends to described pedestal 1` via described steaming tray lower panel opening 24`, and described pedestal connecting portion 41`, through described steaming tray connecting portion 42`, defines described steam channel 29`.In other words, described steaming tray connecting portion 42` defines the steaming tray connection chamber 26` of a longitudinal direction, and described pedestal connecting portion 41`, through described steaming tray connection chamber 26`, makes described steaming tray 2` be connected to described pedestal 1` with this, forms described steam channel 29` simultaneously.Described steaming tray top panel opening 23` and described steaming tray lower panel opening 24` is circular cross-section, the diameter dimension of described steaming tray top panel opening 23` matches in the outside dimension of described pedestal connecting portion 41`, correspondingly, the diameter dimension of described steaming tray lower panel opening 24` is slightly larger than the outside dimension of described pedestal connecting portion 41`.Described steaming tray connecting portion 42` to downward-extension, makes described steam channel 29` UNICOM in described steam room 25` with this via described steaming tray lower panel opening 24`.Described steaming tray connecting portion 42` to comprise on a steaming tray connecting portion 422` under connecting portion 421` and a steaming tray further, on wherein said steaming tray, connecting portion 421` is a cylindricality, described steaming tray framework 21` is stretched in directly to downward, under described steaming tray, on connecting portion 422` and described steaming tray, connecting portion 421` has identical diameter dimension, under described steaming tray, connecting portion 422` extends connecting portion 421` on described steaming tray downwards, it is worth mentioning that, on described steaming tray connecting portion 421` top edge residing for plane a little more than the plane residing for described steaming tray lower panel 212`, can avoid falling in described pedestal container cavity 13` via described steaming tray lower panel opening 24` under liquid on described steaming tray lower panel 212` or the barrier effect of other impurity connecting portion 421` on described steaming tray, thus avoid the pollution to the food in described pedestal container cavity 13`.In addition, the axial dimension of described steaming tray framework 21` is less than the axial dimension of described pedestal container cavity 13`, make described steaming tray 2` can not hinder described pedestal container cavity 13` in the axial direction thus, user can rinse food processed expediently in described pedestal container cavity 13`.

Described top board 3` comprises a ceiling panel 31` and group of top plate supporting portion 32` further, 32` compartment of terrain, wherein said top plate supporting portion extends described ceiling panel 31` downwards, under the support of described top plate supporting portion 32`, described top board 3` is placed in the upper end of described steaming tray 2`, namely described top plate supporting portion 32` contact action is in described steaming tray top panel 211`, and described top plate supporting portion 32` makes to have certain distance between described ceiling panel 31` and described steaming tray top panel 211`.

Described steaming tray framework 21` comprises one group of steaming tray side plate 213` further, described steaming tray side plate 213` extends upwardly to described steaming tray top panel 211` via described steaming tray lower panel 212`, make described steaming tray top panel 211` with this, described steaming tray lower panel 212` and described steaming tray side plate 213` has defined described steam room 25`.

As described pedestal connecting portion 41` via described steaming tray connection chamber 26` through described steaming tray connecting portion 42`, when making described steaming tray 2` be connected to described pedestal 1`, the height of described pedestal connecting portion 41` is greater than the height of described steaming tray connecting portion 42`, when under described steaming tray, connecting portion 422` contact action is in described pedestal bottom plate 11`, while described pedestal connecting portion 41` runs through described steaming tray connection chamber 26`, described pedestal connecting portion 41` also runs through described steaming tray lower panel opening 24`, described pedestal connecting portion 41` is made to enter in described steam room 25` thus, and the upper end of described pedestal connecting portion 41` just fits in described steaming tray top panel opening 23`, described pedestal connecting portion 41` is made to be positioned at the inside of described steaming tray 2` snugly with this, and make described multi-function ranges have certain aesthetic property.In other words, the height of described pedestal connecting portion 41` is matched with the distance of connecting portion 422` lower limb under described steaming tray top panel 211` to described steaming tray, makes described hot gas path 16` toward described top board 3`.The upper end of described pedestal connecting portion 41` has one group of connected entrance 17` be intervally arranged, described hot gas path 16` via described connected entrance 17` UNICOM in described steam room 25`, the a part of hot gas conducted via described hot gas path 16` also can enter described steam room 25` via described connected entrance 17`, act on the food in described steam room 25` with this, make described steam room 25` not only only have this kind of mode of Steam Heating.

Described steaming tray framework 21` has the cross sectional shape of rectangle, the profile of wherein said steaming tray top panel 211` and described steaming tray lower panel 212` is all rectangle, described steaming tray framework 21` is made to comprise steaming tray side plate 213` described in four thus, and the geomery of described top board 3` matches in the profile of described steaming tray framework 21`, therefore described ceiling panel 31` also manufactures rectangle.The top edge of described steaming tray side plate 213` is higher than described steaming tray top panel 211` place plane, described steaming tray side plate 213` surrounding is made to surround described steaming tray top panel 211` with this, when described top board 3` is placed on described steaming tray top panel 211`, described steaming tray side plate 213` prevents the side landing of described top board 3` effectively.It is worth mentioning that, the height of described top plate supporting portion 32` is slightly larger than the height between described steaming tray side plate 213` top edge to described steaming tray top panel 211`, make user when needs clean described top board 3` with this, can described top board 3` be taken off from described steaming tray 2` more conveniently.

One group of steam room door 214` is arranged at the opening part of described steam room 25`, the side of every described steam room door 214` is movably connected in described steam room side plate 213` via hinge, every described steam room door 214` comprises one handle 2141`, described handle 2141` is arranged at the outer surface of described steam room door 214`, selectively, described handle 2141` extends the outer surface of described steam room door 214` highlightedly.Food to be positioned in described steam room 25` or by food by the folding of described steam room door 214` and to take out in described steam room 25` by user, described steam room door 214` makes described steam room 25` be in closure state in digestion process, ensure that steam can be in airtight space with this, food can be acted on fully.Wherein said handle 2141` operates described steam room door 214` for convenience of user.The described steaming tray framework 21` with rectangular profile can arrange four described steam room door 214` simultaneously, makes described steam room 25` have four openings, and user can place and take food in any direction.

Heating source is placed on the below of described pedestal 1`, when gas burner by as heating source time, the stove fire that gas burner produces is toward described pedestal bottom plate opening 13`, and a part of stove fire can be introduced into described hot gas path 16` via described pedestal bottom plate opening 13`, make the temperature of described hot gas path 16` bottom section higher thus.Described steaming tray 2` and described top board 3` is positioned at the top of described pedestal 1` successively, under the connection of described connecting portion 4`, described hot gas path 16` is able to toward described ceiling panel 31`, the hot gas that heating source produces rises under the guiding of described hot gas path 16`, hot gas directly acts on described ceiling panel 31`, make thus described steaming tray top panel opening 23` towards the middle part of described ceiling panel 31` be subject to the heat effect of hot gas, under the heat effect of hot gas, described ceiling panel 31` local temperature is higher, side by side, due to the supporting role of described top plate supporting portion 32`, make, between described ceiling panel 31` and described steaming tray top panel 211`, there is certain space, therefore the hot gas risen not only limits to the middle part acting on described ceiling panel 31`, hot gas is able to spread in space, this makes the surrounding of the middle part of described ceiling panel 31` also can be heated simultaneously, expand the heating region of hot gas to a certain extent.When described ceiling panel 31` is heated to uniform temperature by hot gas, the described ceiling panel 31` that food can be placed on heating by user cooks.Wherein, the edge of described ceiling panel 31` a little more than described ceiling panel 31` main panel residing for plane, efficiently avoid food on the main panel being placed on described ceiling panel 31` to a certain extent in cooking process from side direction landing described ceiling panel 31`.

Described connecting portion 4` has one group of interface channel 28`, and described pedestal container cavity 13` is via described interface channel 28` UNICOM in described steam channel 29`, and steam is able to enter described steam channel 29` by described interface channel 28`.Particularly, described steaming tray connecting portion 42` has one group of interface channel 28`, when described pedestal container cavity 13` is placed a certain amount of water, described interface channel 28` can be submerged in water, described pedestal container cavity 13` via described interface channel 28` UNICOM in described steam channel 29`.The a part of water being positioned at described pedestal container cavity 13` can enter the enclosing region of connecting portion 422` under described steaming tray via described interface channel 28`.In heating process, heating source is toward connecting portion 422` under described steaming tray, and therefore under described steaming tray, the temperature of the enclosing region that connecting portion 422` is formed is higher, can produce sufficient steam.Side by side, a part of steam that described pedestal container cavity 13` produces is able to enter described steam channel 29` by described interface channel 28`.On wherein said steaming tray, the internal diameter of connecting portion 421` is slightly larger than the external diameter of described pedestal connecting portion 41`, make thus described steaming tray defines described steam channel 29` between connecting portion 421` and described pedestal connecting portion 41`, steam is risen by described steam channel 29` and enters to described steam room 25`, directly act on the food be in described steam room 25`, food is cooked under the effect of steam.

In addition, due to described steam room 25` via described connected entrance 17` UNICOM in described hot gas path 16`, in this heating process, steam in hot gas in hot gas path 16` and described steam room 25` can produce exchange, on the one hand, when described steam room 25` is mainly by Steam Heating, the hot gas that described connected entrance 17` can conduct a part enters described steam room 25`, can improve the temperature of described steam room 25` to a certain extent, namely described connected entrance 17` is that described steam room 25` introduces more energy.On the other hand, the sub-fraction steam in described steam room 25` also can leave described steam room by described connected entrance 17`, avoids the hypertonia of described steam room 25 to a certain extent.

When the water in described pedestal container cavity 13` is less, be not enough to produce sufficient steam by described steam channel 29` to enter described steam room 25` time, described steam room 25` cannot adopt Steam Heating mode, or described pedestal container cavity 13` is used as chafing dish, but when being used as barbecue, described pedestal container cavity 13` does not add water, time under these circumstances, does not have the described pedestal container cavity 13` of water just cannot produce steam.Now, what the food in described steam room 25` adopted is the hot gas heating entered from described connected entrance 17`, utilizes hot gas to carry out dry blowing.

The internal diameter of described steaming tray connecting portion 42` is slightly larger than the external diameter of described pedestal connecting portion 41`, make thus to define described steam channel 29` between described pedestal connecting portion 41` and described steaming tray connecting portion 42`, side by side, make described steaming tray connecting portion 42` be connected to described pedestal connecting portion 41` rotationally, user can carry out sharing of food by rotating described steaming tray 2`.It is worth mentioning that, as shown in Figures 5 to 7, can carry out more like a cork to make user rotating described steaming tray 2`, one group of slide block 43` compartment of terrain is selectively arranged on the preset height of the outer surface of described pedestal connecting portion 41`, accordingly, the inner surface of described steaming tray connecting portion 42` has a circle guide runner 44`, described guide runner 44` is toward described slide block 43`, when described steaming tray 2` is connected to described pedestal 1`, described slide block 43` is positioned at described guide runner 44`, efficiently reduce the frictional resistance of described pedestal connecting portion 41` and described steaming tray connecting portion 42`, by the slip of described slide block 43` in described guide runner 44`, described steaming tray 2` is made to be movably connected in described pedestal connecting portion 41`, side by side, described steaming tray connecting portion 42` also can be separated with described pedestal connecting portion 41` by user.Selectively, described slide block 43` compartment of terrain is arranged at the sustained height of the inner surface of described steaming tray connecting portion 42`, and described guide runner 44` is arranged at the outer surface of described pedestal connecting portion 41`, and toward described slide block 43`.

Described pedestal 1` has one group of protection block 15`, described protection block 15` compartment of terrain upwards extends described pedestal bottom plate 11`, wherein said protection block 15` is the annular distribution of fracture around described connecting portion 4`, and the distance that between every described protection block 15`, interval is identical, the protective trough 150` of formation one toward described connecting portion 4` is defined between described protection block 15` and described pedestal bottom plate 11`, particularly, described protection block 15` comprises a longitudinal extension part and a horizontal protection department, wherein said longitudinal extension part upwards extends described pedestal bottom plate 11`, described horizontal protection department towards described connecting portion 4` direction via described longitudinal extension part upper end laterally forward extend formed.

Described steaming tray connecting portion 42` has one group of anti-slip section 420`, wherein said anti-slip section 420` extends the lower limb of described steaming tray connecting portion 42` highlightedly, the quantity of described anti-slip section 420` is identical with the quantity of described protection block 15`, 420` compartment of terrain, every described anti-slip section is formed at the predeterminated position of described steaming tray connecting portion 42`, the distance that between every described anti-slip section 420`, interval is identical, it is worth mentioning that, the length of every described anti-slip section 420` matches in protecting the spacing distance between block 15` described in two.The cell body size of described protective trough 150` matches in the size of described anti-slip section 420`, when described steaming tray connecting portion 42` is connected to described pedestal connecting portion 41`, by rotating described steaming tray connecting portion 42`, described anti-slip section 420` can be made through in described protective trough 150`.

In the present invention, described pedestal 1` preferably has two pieces of described protection block 15`, and therefore, correspondingly, described steaming tray connecting portion 42` has two pieces of described anti-slip section 420`, and convenient processing, also has more terseness simultaneously thus.When described steaming tray 2` is connected to described pedestal 1` by user, when being connected to described pedestal connecting portion 41` by described steaming tray connecting portion 42`, because the distance of protecting described in two between block 15` matches in the length of described anti-slip section 420`, therefore described anti-slip section 420` adjustment need be placed in described in two and protect between block 15` by user, under such location status, described steaming tray connecting portion 42` successfully can be connected to described pedestal connecting portion 41`, and the base contact action of described steaming tray connecting portion 42` is in described pedestal bottom plate 11`.

In the process used, when user wants to share the food in described steaming tray 2`, by rotating described steaming tray 2` to make food in described steam room 25` towards required object, it is worth mentioning that, when rotating described steaming tray 2`, described steaming tray connecting portion 42`, along with described steaming tray 2` synchronous rotary, originally just enters described protective trough 150` protecting the described anti-slip section 420` between block 15` described in two.The anti-slip section 420` being positioned at described protective trough 150` receives the interception power that described protection block 15` imposes, avoid described steaming tray 2` to move up, thus effectively prevent due to user's revolving force excessive and cause described steaming tray connecting portion 42` depart from described pedestal connecting portion 41` situation occur.When user needs to clean described steaming tray 2`, when needing described steaming tray 2` to be separated with described pedestal 1`, also only need to rotate described steaming tray connecting portion 42`, described anti-slip section 420` is made to depart from described protective trough 150`, namely described anti-slip section 420` is made to protect between block 15` described in two, active force is upwards imposed to described steaming tray 2`, just can like a cork described steaming tray 2` be separated with described pedestal 1`.

It is worth mentioning that again, every described protection block 15` also comprises a pair outstanding rotation catch 151`, rotate the both sides that catch 151` is arranged at the upper surface of described protection block 15` respectively described in two, namely described rotation catch 151` is arranged at described horizontal protection department.To a certain extent, described rotation catch 151` increases the protection distance of described protection block 15`.Described rotation catch 151` is rotatably connected to described protection block 15`, when described steaming tray 2` being placed in described pedestal 1` or described steaming tray 2` being separated with described pedestal 1`, by described rotation catch 151` to inner rotary, make described rotation catch 151` cannot contact action to described steaming tray connecting portion 42`.And in use, when user rotates described steaming tray 2`, described rotation catch 151` need be rotated to and be positioned at same radian bearing of trend with described protection block 15`, rotate to parallel described connecting portion 4` by described rotation catch 151`, promote the protection distance of described protection block 15` with this, namely strengthen the barrier effect to described steaming tray connecting portion 42` by described rotation catch 151`.Selectively, rotate the reinforcement protection distance that catch 151` formed jointly described in adjacent two and be equal to the spacing of protecting block 15` described in two, thus when making described steaming tray connecting portion 42` be connected to described pedestal connecting portion 41`, described steaming tray connecting portion 42` can be subject to the complete loop protection that described protection block 15` provides.

With above preferred embodiment difference be, the diameter dimension of equal diameters connecting portion 421` on described steaming tray of connecting portion 422` under the described steaming tray of variant, under thereby reducing described steaming tray, connecting portion 422` is to the occupied area of described pedestal container cavity 13`, what increase described pedestal container cavity 13` to a certain extent rinses volume processed, by the described pedestal container cavity 13` as chafing dish, more effective volume is had to carry out cook food.The processing technology of described steaming tray connecting portion 42` is simplified on manufacturing.Side by side, the steam that produces by the described pedestal container cavity 13` that uses as chafing dish carry the taste of chafing dish bottom flavorings to a certain extent, the diameter dimension of equal diameters connecting portion 421` on described steaming tray of connecting portion 422` under described steaming tray, slow down to a certain extent carry chafing dish taste steam to the interference of the food in described steam room 25`.In addition, under described steaming tray, on connecting portion 422` and described steaming tray, connecting portion 421` is all cylindricality, convenient processing and manufacturing, and meanwhile, the rational height of described slide block 43` and described guide runner 44` is also no longer by the height limitation of connecting portion 422` under described steaming tray.The outer shape of described pedestal 1` is selectively the rectangle in preferred embodiment, also can be the circle in variant, or other deformed shape, when described pedestal 1` is used Embedded arrangement platform, difform described pedestal 1` can be applicable to difform arrangement platform, also adapts to the requirement of aesthetic property simultaneously.

One skilled in the art will understand that the embodiments of the invention shown in foregoing description and accompanying drawing only limit the present invention as an example and not.Object of the present invention is complete and effectively realize.Function of the present invention and structural principle are shown in an embodiment and are illustrated, do not deviating under described principle, embodiments of the present invention can have any distortion or amendment.

Claims

1. a multi-function ranges, is characterized in that, comprises

One pedestal, the edge of described pedestal upwards extends to form a pedestal container cavity;

One steaming tray, is connected described pedestal, and described steaming tray has the steam room that a surrounding is surrounded;

One top board, described top board is positioned on described steaming tray; With

A junction, described connecting portion extends to described steaming tray by described pedestal, there is a steam channel and a hot gas path, the top panel of wherein said steaming tray has a steaming tray top panel opening, described pedestal has a pedestal bottom plate opening, described hot gas path UNICOM, in described steaming tray top panel opening and described pedestal bottom plate opening, makes described hot gas path toward described top board, and described steam channel UNICOM is in described pedestal container cavity and described steam room.

2. a kind of multi-function ranges as claimed in claim 1, is characterized in that, described connecting portion comprises a pedestal connecting portion further, and described pedestal connecting portion extends to described steaming tray top panel opening via described pedestal bottom plate opening, forms described hot gas path.

3. a kind of multi-function ranges as claimed in claim 2, it is characterized in that, described connecting portion comprises a steaming tray connecting portion further, the lower panel of described steaming tray has a steaming tray lower panel opening, wherein said steaming tray connecting portion extends to described pedestal via described steaming tray lower panel opening, described pedestal connecting portion, through described steaming tray connecting portion, forms described steam channel.

4. a kind of multi-function ranges as claimed in claim 3, is characterized in that, described pedestal connecting portion and described steaming tray top panel opening are not fixed, and described steaming tray connecting portion and described pedestal are not fixed, and described steaming tray is rotatably connected to described pedestal.

5. a kind of multi-function ranges as claimed in claim 4, it is characterized in that, one group of slide block compartment of terrain is selectively arranged on the preset height of the outer surface of described pedestal connecting portion, the inner surface of described steaming tray connecting portion has a circle guide runner, described guide runner is toward described slide block, when described steaming tray is connected to described pedestal, described slide block is positioned at described guide runner.

6. a kind of multi-function ranges as claimed in claim 5, it is characterized in that, one group of protection block compartment of terrain upwards extends described pedestal, described protection block is the annular distribution of fracture around described connecting portion, the distance that every described protection block interval is identical, described protection block defines formation one protective trough, the lower limb of described steaming tray connecting portion gives prominence to one group of anti-slip section of extending equal number, the distance that interval, every described anti-slip section is identical, the spacing of protecting block described in two matches in the length of described anti-slip section, every described protection block comprises a pair rotation catch, rotate catch described in two and be arranged at the both sides of the upper surface of described protection block rotationally respectively, when described rotation catch is to inner rotary, and the adjustment of described anti-slip section is placed in described in two protects between block, described steaming tray can be connected with described pedestal or be separated, described rotation catch is rotated to parallel described connecting portion, rotating described steaming tray connecting portion can make described anti-slip section enter in described protective trough, described protection block stops described steaming tray connecting portion to depart from described pedestal connecting portion with this, wherein said rotation catch increases the protection distance of described protection block.

7. a kind of multi-function ranges as described in as arbitrary in claim 3 to 6, it is characterized in that, described pedestal connecting portion has one group of connected entrance, described hot gas path via described connected entrance UNICOM in described steam room.

8. a kind of multi-function ranges as claimed in claim 1, it is characterized in that, described connecting portion has one group of interface channel, and described pedestal container cavity is via described interface channel UNICOM in described steam channel, and steam is able to enter described steam channel by described interface channel.

9. a kind of multi-function ranges as claimed in claim 7, it is characterized in that, described steaming tray connecting portion has one group of interface channel, and described pedestal container cavity is via described interface channel UNICOM in described steam channel, and steam is able to enter described steam channel by described interface channel.

10. a kind of multi-function ranges as claimed in claim 9, is characterized in that, one group of steam room door is arranged at the opening of described steam room, toward different directions.