CN207461913U - Convertible food heating source - Google Patents

Abstract

This reality utility model provides a kind of convertible food heating source, is related to the convertible heating equipment of heat foods, it is therefore an objective to be heated to split type pot, and drive its rotation.Convertible food heating source, including：Second container stove for the first container stove for placing the first container pot and for placing second container pot；The opening of the first container stove and second container stove is combined to form the stove assembly of closure, and stove assembly exchanges the first container stove and the upper-lower position of second container stove in rotation；Fever source device is equipped on stove assembly；The first container stove is linked together with second container stove by connector；Stove assembly is equipped with the rotating shaft connecting structure for rotating it.

Description

Convertible food heating source

Technical field

The utility model is related to a kind of convertible heating equipments to heat foods.

Background technology

Existing automatic dish cooking machine mainly has the Three models such as drum-type stir-frying, stirring-type stir-frying and simulation top pot.It is above-mentioned It is put on pyrotoxin in cooking machine there are one pot, pot mouth upward or obliquely, pot cover can be set above pot.These pots Product is big, and is each attached on pyrotoxin, belongs to durable goods, it can be used repeatedly.These cooking machines can once process many people The food of component, belongs to cauldron.Since pot is fixed on pyrotoxin, cleaning is inconvenient.When needing to clean pot, It will be disassembled in pot slave device；Pot is not dismantled, but cleaning solution is poured into pot and is directly cleaned.The former is very Inconvenience, since vegetable is various, so the cleaning way can not be implemented；The latter's pot is not easy wash clean, and can remain washing Liquid, cleaner in order to what is washed, cleaning amount is also very big repeatedly.

In addition above-mentioned several cooking modes, when due to cooking, pot mouth is all unlimited, and oil smoke can enter building ring Border is polluted to environment.Before frying food, need that first food is placed in antistaling container, after food is fried in pot, need Food out of pot is poured out, is dispensed into the dish of aliquot.It can be seen that entire food process, needs to use three kinds of containers：It protects Fresh container, pot, dish.Entire food process process is more, manually participates in more, heavy workload, the degree of automation is low.Stirring-type Stir-frying and top cooking-pot type stir-fry can smash certain food materials, such as bean curd, so its use scope is limited.

Utility model content

The defects of in order to overcome the above-mentioned prior art, the technical problem to be solved by the utility model is to provide one kind to give The convertible heating source of heat foods, it is therefore an objective to be heated to split type pot, and drive its rotation.

In order to solve the above-mentioned technical problem, the utility model proposes technical solution it is as follows：

Second container stove for the first container stove for placing the first container pot and for placing second container pot；The The opening of one container stove and second container stove is combined to form closure, by the rotary stove assembly of tumbler, Stove assembly exchanges the first container stove and the upper-lower position of second container stove in rotation；

Fever source device is equipped on stove assembly；

Preferably：The first container stove is linked together with second container stove by connector.

Preferably：Stove assembly is equipped with the rotating shaft connecting structure for rotating it.

Preferably：Rotating shaft connecting structure is the side wall of the first container stove.Shaft is fixed on the side wall.In another reality It applies in example, on the opposite another side wall of above-mentioned side wall, also is provided with second shaft, which is fixed on stent, Overall assembly is by both sides support rotating.

Preferably：It is described fever source device be：Five kinds of heating rod, heat-generating disc, electromagnetic coil, PTC heaters or resistance wire One kind in pyrotoxin.Source device of generating heat is using electromagnetic heating mode, then stove assembly generally using ceramic material, do not lead by ceramics Magnetic, and heat-transfer effect is good.It needs that the iron body for generating heat is installed between split type pot and electromagnetic coil.The iron body can be with On stove assembly, it can also only be located at the bottom of split type pot.

Preferably：Wall at least one of in the first container stove and second container stove is equipped with fever source device. In a preferred mode, fever source device can be respectively provided on two container stoves.Due to split type pot it is best by Hot mode is that two and half pots are heated, so it is a kind of preferred side that fever source device is respectively mounted on two container stoves Formula.

Preferably：Temperature inductor is installed on stove assembly.Stove assembly is heating source, and electric energy is converted at this Thermal energy or electromagnetic energy are disposed with electrical wiring thereon, therefore installation temperature inductor is convenient for shared circuit line arrangement just on it Profit, and the environment temperature of split type pot can be monitored.

Preferably：The fever source device is arranged on the bottom outside of container stove.Split type pot is contacted with container stove, Source device of generating heat is mounted on the outside of bottom, and heat pipe is made to keep safe distance with food, avoids being burned；In addition once split type pot Inside there is liquid leakage, above-mentioned outside setting can also avoid circuit devcie from being contaminated or break down.

Preferably：Complex of the container stove for metal, ceramics or metal and ceramics.

Preferably：The metal is aluminium, aluminium alloy, iron or ferroalloy material.

Preferably：The stove assembly is equipped with buckle structure, and the first container stove leads to after being closed with second container stove Cross buckle structure locked closed state.Buckle structure is in order to avoid stove assembly is in rotation process, and two container stoves are beaten It opens.Buckle structure can be manual lock or automatic locking.

Preferably：The stove assembly is square body, cylinder, spindle or sphere.

Preferably：The two containers stove shape is identical.

Preferably：Partition board is equipped in the container stove, space in container stove is divided into multiple for putting by partition board Put the small space of split type pot.In another embodiment, multiple split type pots can be placed in stove assembly, for example, four Pot is placed side by side in field word in stove assembly.They can be detached and separated, and ensure that each pot is fixed by partition board well On the position of oneself.

Preferably：The connector for connecting the first container stove and second container stove is hinge engaging structure.

Preferably：The first container pot is equipped in the first container stove, the is equipped in the second container stove Two container pots.

The utility model also proposes a kind of application method of heating source, including：

Split type pot is placed in the first container stove；

It is closed the first container stove and second container stove；

Start heating source, it is made to carry out heating work to split type pot；

Start tumbler, tumbler drives the rotation of stove assembly, hands over the first container stove and second container stove Upper-lower position is changed, realizes the stir-frying to the food in pot.

Preferably：After starting the pyrotoxin on the outside of pot, pot is made to be in 100 DEG C~300 DEG C of environment.

Preferably：After starting the pyrotoxin on the outside of pot, pot is made to be in 160 DEG C~240 DEG C of environment.

Preferably：After making the first container stove and second container stove closure, they are locked together with buckle structure.

The advantageous effect that technical solution is brought is：

The stove assembly of the utility model is divide into upper part and lower part, i.e. the first container stove and second container stove.This two A container stove matches with two container pots, is connect with rotating mechanism.Rotating mechanism drives the rotation of stove assembly, and stove is total It is rotated into the split type pot driven in it, in two container pot rotation processes of split type pot, upper-lower position exchanges, and then realizes Be evenly heated while being stirred to the food in pot, allow in pot each food unit have an opportunity to contact with pot and It is heated.The technical solution of the utility model returns pot and provides heat source other than being used to that split type pot to be driven to rotate.Stove is total Into equipped with heating unit, such as electrical bar.Since stove assembly wraps pot, pot can be given comprehensively and efficient Heating, thermal effect are high, processed food it is efficient, the taste of food made is more preferable.The utility model is advantageously implemented Chinese meal side fish Standardization, solve the problems, such as that existing Chinese meal can only manually can not be real with small iron pan frying and existing cauldron for side fish The problem of existing customized side fish.The pot of the utility model fastens composition for two pots, and in rotation process, two pots can be in pot Food is heated, while realizes stirring for food, and especially suitable for cooking, stir-fry comes out the split type pot of cooperation of the utility model Dish it is in good taste, different types of dish is facilitated to be customized, it is efficient, can be customized, can realized suitable with the appetite of people For intelligent cooking equipment.It can also be used to fried rice or fry powder, it is not easy to conglomeration.

Description of the drawings

It is required in being described below to embodiment in order to illustrate more clearly of the technical scheme in the embodiment of the utility model Attached drawing to be used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the utility model Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings Obtain other attached drawings.

Fig. 1 is the structure chart of the embodiment one of container pot.

Fig. 2 is the fit structure chart of the first container pot and second container pot.

Fig. 3 is the structure chart of second embodiment of container pot.

Fig. 4 is the structure chart of the third embodiment of container pot.

Fig. 5 is the structure chart of the 4th embodiment of container pot.

Fig. 6 is the structure chart of the 5th embodiment of container pot.

The sectional structure chart before sealing structure flanging when Fig. 7 is the first container pot and second container pot zoarium.

The sectional structure chart after sealing structure flanging when Fig. 8 is the first container pot and second container pot zoarium.

Fig. 9 is the structure chart of the first container stove of the embodiment of the utility model.

Figure 10 is the structure chart of the first heating rod.

Figure 11 is the structure chart of second container stove.

Figure 12 is the structure chart of the second heating rod.

Figure 13 is the exploded view of stove assembly.

Figure 14 is principle schematic diagram off the pot.

Figure 15 has been the structure diagram of Cooker structure.

Figure 16 is the structure diagram of the first stove shell and the second stove shell.

Figure 17 is cooking machine overall structure diagram.

Figure 18 is the schematic diagram of the rotational structure for stove.

Figure 19 is the first container stove and mounting bracket integrated structure schematic diagram.

Figure 20 is along P-P directional profile structure diagrams in Figure 17.

Figure label explanation：

1st, pot；2nd, the first container pot；3rd, second container pot；4th, container pot side；5th, the first container pot side；6th, second container Pot side；7th, bending part；8th, fillet part；9th, V-arrangement rib；10th, the small space of V-arrangement；11st, slot；12nd, through rib；13rd, side wall；14th, tiltedly Rib；16th, Y shape rib；17th, small space；18th, long muscle；

21st, the first container stove；22nd, second container stove；23rd, the second heat-generating pipe；24th, tube socket；25th, the first heat-generating pipe；

311st, the first Power Component；3111st, the first power source；3112nd, fixed seat；3113rd, deceleration device；31131st, first Axostylus axostyle；31132nd, driving gear；31133rd, driven gear；3122nd, the first connector；31221st, first through hole；3123rd, power connects Spindle bar；3124th, rotary spacing axostylus axostyle；3125th, positioning column；3132nd, the second connector；31321st, the second through-hole；31322nd, turn Dynamic limiting section；314th, the first stove shell；3141st, the first hollow-out parts；3142nd, the second hollow-out parts；315th, the second stove shell；316th, second is dynamic Power component；317th, mounting bracket；

4111st, clutch shaft bearing；4112nd, second bearing；4113rd, pedestal；4114th, the first frame body；4115th, the second frame body； 412nd, the first Power Component of rotating mechanism；4121st, transmission mechanism；41211st, the first axostylus axostyle of rotating mechanism；41212nd, active skin Belt wheel；41213rd, driven pulley；4122nd, the first power source of rotating mechanism；413rd, stove assembly；4135th, accommodating chamber.

Specific embodiment

The utility model proposes technical solution it is as follows：

One kind is to convertible food heating source, including for the first container stove for placing the first container pot and for putting Put the second container stove of second container pot；The opening of the first container stove and second container stove is combined to form the stove of closure Assembly；Fever source device is equipped on stove assembly；The first container stove is connected to one with second container stove by connector It rises；The wall of two opposite flanks of stove assembly is equipped with rotating shaft connecting structure.

It is new to this practicality below in conjunction with attached drawing to make the purpose of this utility model, technical solution and advantage clearer Type embodiment is described in further detail.

The structure of the utility model is referring to Figure 13 and Figure 20, and stove assembly 413 is mainly by the first container stove 21 and Two container stoves 22 form.In use, the opening of the first container stove 21 and second container stove 22 is needed to be combined to form closure Space.The closed space disposes split type pot.It is all provided on the outside of the bottom of the first container stove 21 and second container stove 22 There is heat-generating pipe (i.e. heating rod), i.e., the first heat-generating pipe 25 is set on the first container stove 21, is set on second container stove 22 Two heat-generating pipes 23.Heat-generating pipe is mounted on ceramic tube seat 24.In other embodiments, fever source device can also be heat-generating disc, One kind in five kinds of pyrotoxins of electromagnetic coil or resistance wire.Source device of generating heat is using electromagnetic heating mode, then stove assembly is general Using ceramic material, ceramics are non-magnetic, and heat-transfer effect is good.Installation is needed between split type pot and electromagnetic coil to generate The iron body of heat.The iron body may be mounted on stove assembly, can also once be located at the bottom of split type pot.

In other embodiments, a fever source device is only set among both the first container stove and second container stove. Temperature inductor is installed on stove assembly, for monitoring the temperature of stove assembly.Stove assembly is heating source, and electric energy is at this Place is converted into thermal energy or electromagnetic energy, is disposed with electrical wiring thereon, therefore installation temperature inductor is convenient for shared circuit line on it The facility of arrangement, and the environment temperature of split type pot can be monitored.

Fever source device is arranged on the bottom outside of container stove.Split type pot is contacted with container stove, source device of generating heat Mounted on the outside of bottom, heat pipe is made to keep safe distance with food, avoids being burned；Once there is liquid to let out in split type pot in addition Leakage, above-mentioned outside setting can also avoid circuit devcie from being contaminated or break down.It in other embodiments, can be by pyrotoxin Device is located on the inner wall of container stove.

Container stove is metal, ceramics or cermet complex.In a preferred embodiment, two container stoves are real With aluminium material, in addition to this, iron material matter can also be used either containing aluminium material or iron content material.

It loosens, i.e., is open between them in rotation process in order to prevent two container stoves, it can be in stove Body assembly is equipped with buckle structure, and the first container stove by buckle structure after second container stove closure with being locked and closed shape State.Buckle structure is in order to avoid stove assembly is in rotation process, and two container stoves are opened.Buckle structure can be manual Lock or automatic locking.In one embodiment, buckle structure can be magnetic attracting device.The suction of magnetic attracting device is not Greatly, but two container stoves can be reduced to the greatest extent, opening events occurs, can prevented to form gap and pot is caused to exist Two container stove body activities or bounce.In another embodiment, the first container stove passes through rotation axis with second container stove It realizes and is closed, by being self-locking mechanism (such as worm and gear motor) to rotation shaft locking or transmission mechanism, realize two stoves Be locked and closed.

Stove assembly is square body, at this point, pot is also for square body.In other embodiments, stove assembly can be Cylindrical, spindle or sphere.For two container stoves other than shape is identical, it is identical to be also designed to capacity, and such situation will It asks open shape identical, can just snap together in this way.

In order to once fill multiple split type pots, in other embodiments, partition board can be equipped in container stove, every Space in container stove is divided into multiple small spaces for being used to place split type pot by plate.In another embodiment, stove is total Multiple split type pots can be placed into interior, for example, four pots are placed side by side in field word in stove assembly.Partition board can be well They are detached and is separated.And ensure that each pot is fixed on the position of oneself.

Split type pot is placed in two container stoves, heat foods processing, such as cooking are carried out with it.Split type pot its Including：The first container pot and second container pot；At least the inner side and outer side of a container pot can carry out heat exchange in two container pots； The opening of the first container pot and second container pot is combined to form the pot of closure；The open-mouth of two container pots has the side turned up, I.e. the first container pot while and during second container pot；Two container pot sides closed together can make two container pot interior sealings.In a reality Apply in example, two container pots only there are one can effective, another can not need to heat conduction, if it is possible to the container of heat conduction Pot is if aluminium foil, another can be the other high-temperature resin of food grade.

The application method of the split type pot of the utility model, including：

The first container pot and second container pot are closed, becomes two-piece unit formula pot；

Encapsulation process at closure；

Split type pot is placed on tumbler；

Start the pyrotoxin on the outside of pot, to being heated in pot, while rotate pot, make the first container pot and second container pot Upper-lower position is exchanged, realizes the stir-frying to the food in pot.

The embodiment one of split type pot

Referring to Fig. 1 and embodiment shown in Fig. 2 one.Pot 1 is mainly combined by 3 pairs of the first container pot 2 and second container pot Into.Two container Cooker structures are the same, in addition to the container pot length of side is short have any different other than.

In the present embodiment, the inner side and outer side of two container pots can carry out heat exchange, they are the aluminium foil of compression moulding. The opening of the first container pot 2 and second container pot 3 is combined to form the pot of closure.The open-mouth of two container pots has what is turned up Side, i.e. container pot side 4.The first container pot is the first container pot side, and second container pot is second container pot side, two container pots Side closed together can make two container pot interior sealings.

The container pot is square body, similar to the shape of disposable lunch box square body.After the sealing of two container pot flangings Structure is as shown in Figure 2.The pot is pan, and this pot is relatively specific for not allowing the food of easy to knot groups.It is coated with and does not glue in the bottom of a pan Coating can reduce the usage amount of oil, and food non-stick pan, will not be burned.

Referring to Fig. 7 and structure shown in Fig. 8, the first container pot when 5 width is than second container pot 6 it is wide go out one section, should It is wide go out part be bending part 7.The bending part 7 is mainly used for sealing two container pots, and bending part 7 is bent on second container pot side 6 The back side, the bending place of bending part forms fillet part 8, which makes container pot edge round and smooth, will not scratch people.Bending part 7 Width is preferably wide with second container pot side 7, in this way, bending part 7 can just be covered in the back side on second container pot side 6.Two The fixed part as pot, i.e. pot are fixed on by container pot side on pyrotoxin body or on stent simultaneously on container pot side.

The embodiment two of split type pot

Container Cooker structure shown in Figure 3, the pot of this example are composed of two container pots as shown in Figure 3.With it is upper State that embodiment one is different to be：Protrusion in the bottom of container pot is from the V-arrangement rib 9 of container pot inner wall protrusion, V-arrangement muscle Item 9 is by container pot space partition.9 both ends of V-arrangement rib are located at two adjacent angles of quadrangle, in " v " shape, this V-arrangement Design, the small space 10 of a V-arrangement is separated out in container pot, can be used for putting condiment in the space.It can be in each container pot Bottom set two such V-arrangement ribs, be symmetric.

V-arrangement rib 9 is hollow protrusion, has slot 11 on the container outer wall of wall depended in protrusion, the cavity of slot 11 is The hollow cavity of protrusion.The hollow cavity can be used for setting thermal objects or heat conduction object, add so as to fulfill to food therein Heat, and it is not limited only to the heating of food surrounding.Due to the inherently aluminium foil of V-arrangement rib 9, thermal conductivity is good, in food When inside object, them can be given to heat inside food lumps, food is made to be heated evenly, it is ripe faster.

The embodiment three of split type pot

Container Cooker structure shown in Figure 4, the pot of this example are composed of two container pots as shown in Figure 4.With it is upper State that embodiment two is different to be：Protrusion in the bottom of container pot is to be passed through from container pot inner wall protrusion through rib 12 Wear rib for one or more be parallel to opposite the first side wall through rib, i.e. the both ends of rib are located at two opposite the On two side walls.There is slot on the container outer wall of wall depended on through rib, the cavity of slot is the hollow cavity through rib 12.

The example IV of split type pot

Container Cooker structure shown in Figure 5, the pot of this example are composed of two container pots as shown in Figure 5.With it is upper State that embodiment three is different to be：It is diagonal bar item 14 through rib, diagonal bar item 14 is tilted relative to side wall 13, i.e. the trend of rib There is angle with side wall.Diagonal bar item can set two or more pieces.

The embodiment five of split type pot

Container Cooker structure shown in Figure 6, the pot of this example are composed of two container pots as shown in Figure 6.With it is upper State that embodiment three is different to be：Rib is Y-shaped in container pot bottom, i.e. Y shape rib.This shape both can be designed that small Space 17 (space in the range of the V of Y shape upper end) can be used for placing condiment, and can have the long muscle 18 of strip of Y shape lower part, For separating food；This structure frying effects are preferable, and can utmostly make the food before cooking not by condiment shadow It rings (for example, marinated, taint of odour, oil immersion etc.).

Two container pots of the pot of the utility model are preferably aluminium foil, but be not limited to aluminium foil, can also be other metals Foil.Such as can be alloy foil, iron foil or ferroalloy foil matter or for the composite bed containing aluminium or iron.Aluminium has thermal conductivity The characteristics of good is the quality material as pot.It makes the container pot of the utility model, and cost is relatively low, can be used as disposable Material.Aluminium foil surface can carry out oxidation processes, and surface can have aluminum oxide film layer.What metal foil was once formed for punching press Metal foil.

In other embodiments, two container pots can select tolerable temperature higher than 250 degrees Celsius inorganic Heat Conduction Material or The organic Heat Conduction Material of high temperature, at 250 degrees Celsius, it is no softening and dissolving variation.Using above-mentioned inorganic Heat Conduction Material or have During machine Heat Conduction Material, in order to enhance heat conduction, metallic film can be plated on its surface, such as tin is sprayed on its surface, form tin Layers of foil.

In other embodiments, two container pots can be cylinder, spindle or sphere.

In other implementations, two container pots can also shape it is different, when rotation stops, needing to adjust the upper and lower directions of pot (such as calculating the number of revolutions of pot to adjust).The capacity of this pot can be set as the food amount of a people, such as can be 0.5 Between rising~5 liters, in a preferred embodiment, the range of the volume of pot at 1 liter~2.5 liters, this range meets of majority The appetite range of people.

The softening temperature of aluminium foil is very high, when complying fully with requirement, but selecting other materials, then material is needed to meet following It is required that：The temperature of the material softening of container pot is more than 300 DEG C.Cooking temperature is generally below 250 DEG C.Generally in order to ensure container The hardness of pot material, does not allow during frying food, container pot softens.Because being generated during frying may produce Raw minute-pressure can rupture the container pot of softening.So the material of container pot is in the environment of 300 DEG C, it is desirable that its hardness and Shape does not change.In the case where cooking environment temperature controls, the food process of following pattern can be carried out：

1st, cooking temperature is controlled at 150~160 DEG C, is smokelessly propagandized hotly or fried；

2nd, kettle temperature is controlled at 100~110 DEG C, carries out low temperature and steam stir-fry；

3rd, kettle temperature is controlled at 220~240 DEG C, carries out high temperature quick-fried.

180~200 DEG C be also high temperature cooking ideal range, this temperature range can retain the nutrition of many vegetables, Cooking efficiency is taken into account simultaneously.

In a preferred embodiment, the bottom of container pot is the cellular the bottom of a pan.When pot is in horizontal heating, The cellular the bottom of a pan can be that food is heated evenly.The bottom of two container pots is the cellular the bottom of a pan or only one The bottom of a container pot is the cellular the bottom of a pan.

In another embodiment, the first container pot and second container pot are linked together by connector.

The application method of the pot of the utility model, includes the following steps：

Thereto dish is packed into a container pot.

The first container pot and second container pot are closed, becomes two-piece unit formula pot；Be packed into dish after if without It is for use can be first put into refrigeration for frying immediately.It is processed in time after guest orders dishes.Pot is exactly the container of a dress fresh vegetable at this time Pot.

Processing can also will be sealed when needing cooking at the closure of two container pots before refrigeration is put into. In one preferred embodiment, the first container pot length of side is in second container pot side.The method of encapsulation process is at closure：Sealing When, make inflection while to second container pot of the first container pot, and cover and be pressed on the back side on second container pot side.In other realities It applies in example, the method for sealing can also be：The first container pot while with during second container pot length (it is also assumed that they stretch out Width) it is equal, the overlapping of two container pot sides is rolled using machine, the side that then will wind up is flattened, and makes the sky in container pot Between it is closed.

After sealing, then split type pot is placed on pyrotoxin body, pyrotoxin body is heated to pot.Pyrotoxin body is placed in rotation On device.Pyrotoxin body is driven by tumbler and rotated, and pyrotoxin body drives pot to rotate again.

Start the pyrotoxin on the outside of pot, to being heated in pot, while rotate pot, make the first container pot and second container pot Upper-lower position is exchanged, realizes the stir-frying to the food in pot.

After starting the pyrotoxin on the outside of pot, kettle temperature is controlled, pot is made to be in 100 DEG C~300 DEG C of environment.

In a preferred embodiment, after starting the pyrotoxin on the outside of pot, make pot in 160 DEG C~240 DEG C of environment In.

Referring to Figure 14, the Cooker structure that rises of the utility model includes the first Power Component 311, and it includes the first power source 3111st, fixed seat 3112 and deceleration transmission driving device 3113, the first power source 3111 are fixedly installed in fixed seat 3112, subtract Fast transmission drive 3113 is rotatably dispose in fixed seat 3112, the first power source 3111 and deceleration transmission driving device 3113 Connection.Wherein, for being fixedly connected with the first container stove 21, deceleration transmission driving device 3113 is used to drive fixed seat 3112 Second container stove 22 is rotated relative to the first container stove 21, and the first power source 3111 then for deceleration device 3113 provide it is dynamic Power.Deceleration transmission driving device includes deceleration device and rotating device.In this example, the first power source 3111 is motor.

The first heat-generating pipe 25 is equipped in the first container stove 21, the second heat-generating pipe is equipped in second container stove 22 23, during cooking, when second container stove 22 is turned to the first container 21 relative position of stove, the first heat-generating pipe 25 and second Heat-generating pipe 23 is heated to being located at the pot between the first container stove 21, second container stove 22, with to the food in pot Material is heated.When cooking terminates or needs to open second container stove 22, the first power source 3111 provides power, driving Deceleration transmission driving device 3113 drives second container stove 22 to be rotated relative to the first container stove 21, is formed automatic off the pot dynamic Make.

It is the first container stove and the first Power Component integrated structure schematic diagram referring to Figure 15.Herein, the first power packages The fixed seat 3112 of part 311 is gear fixed seat, and the first power source 3111 is motor, and deceleration transmission driving device includes first axle Bar 31131, driving gear 31132 and driven gear 31133, the first axostylus axostyle 31131 are rotatably dispose in gear fixed seat.Actively Gear 31132 is sheathed on the power output shaft of motor, and driven gear 31133 is sheathed on the first axostylus axostyle 31131, and driving tooth Wheel 31132 is sequentially connected with driven gear 31133.

The first container stove 21 is equipped with fixed part, and fixed seat 3112 is fixed on the fixed part position of the first container stove 21 Place.21 body in the form of slot of the first container stove, on it equipped with the first connector 3122, power connector axostylus axostyle 3123 and rotary spacing Axostylus axostyle 3124.First axostylus axostyle 31131 runs through the first connector 3122, and is rotatablely connected with the first connector 3122.Power connector Axostylus axostyle 3123 is with rotary spacing axostylus axostyle 3124 on the opposite the first container stove 21 in position, and power connector axostylus axostyle 3123 is with consolidating Determine the same lateral position that portion can be located on the first container stove 21.

In another embodiment, deceleration device can be sprocket transmission device, i.e., between rotating device and motor Transmission is driven by sprocket wheel and realized.

In other embodiments, deceleration device can be belt drive unit, i.e. transmission between rotating device and motor It is realized by belt transmission.

Location hole is further provided in fixed seat 3112, it is fixed to be further provided on the fixed part of the first container stove 21 Position column, positioning column are connected in location hole and fix.

Referring to Figure 13, the first container stove 21 and the body in the form of slot of second container stove 22, the notch of the two are oppositely arranged, And it is used to form the receiving cavity for putting and fixing pot.First connector 3122 of the first container stove 21 is equipped with for first Axostylus axostyle (herein, shaft configurations be the first axostylus axostyle) wears the first through hole 31221 connect, sets that there are two position on the first container stove 21 Column 3125.More specifically, the first connector 3122 is tubular body, and the hollow space of tubular body is first through hole 31221.

Second container stove 22 is equipped with 23, two the second connectors 3132 of the second heat-generating pipe and for fixing the second fever The mounting groove of pipe 23, mounting groove is on tube socket 24.The second heat-generating pipe 23 is U-shaped heating tube herein.On second connector 3132 Be further provided with 31221 corresponding second through-hole 31321 of first through hole, in 22 knot of the first container stove 21 and second container stove During conjunction, two the second connectors 3132 are located at the both sides of the first connector 3122 respectively.It is logical that first axostylus axostyle is connected to second successively In hole 31321 and first through hole 31221, the first axostylus axostyle and the hole wall of first through hole 31221 relatively rotate connection and the second through-hole 31321 hole wall is relatively fixed connection.

The maximum angle rotated to limit the first container stove 21 relative to second container stove 22, in the second connector Rotary spacing portion 31322 is further provided on 132.

Referring to Figure 16, the first stove shell 314 is also further provided with outside the first container stove, outside second container stove also into One step is equipped with the second stove shell 315.First stove shell 314, the second stove shell 315 are used for corresponding the first container stove, second container Stove forms cladding protection and heat-blocking action.The first hollow-out parts 3141 and the second hollow out are further provided on the first stove shell 314 Portion 3142, the first hollow-out parts 3141 are corresponding with the position of aforementioned fixed part, and the second hollow-out parts 3142 are inputted with aforementioned power The position of axostylus axostyle corresponds to.First hollow-out parts 3141 are to provide the installation space of aforementioned fixed seat and the first container stove, and second Hollow-out parts 3142 are providing the installation space of the second Power Component and the first container stove.

Referring to Figure 17, further comprise mounting bracket 317, on mounting bracket 317 be equipped with the second Power Component 316, second Power Component includes two belt pulleys and the second power source that are mutually sequentially connected, the second Power Component 316 be used for it is aforementioned Power input shaft bar connects and used power input shaft bar driving the first container stove and second container stove, the first stove thereon Shell and the second stove shell phase rotate mounting bracket 317.

First Power Component 311 drives second container stove 22 to be rotated relative to the first container stove 21, so that cooking machine is in Opening state.Later, material to be stir-fried and eaten is put into the first container pot 2, then covers second container pot 3 and puts entire pot 1 Enter fixed in the first container stove 21.Second container stove 22 is closed with 21 phase of the first container stove so that cooking machine is in closing lid shape State, the first heat-generating pipe 25, the second heat-generating pipe 23 heat and through the first container stove 21,22 heat conduction of second container stove to pot 1 In food heating, at the same time, the second Power Component 316 drives the first container stove 21, second container stove 22 and wherein Pot 1 overturn, so as to fulfill " stir-frying " to food materials in pot 1.When needing to take out pot 1,311 band of the first Power Component Dynamic second container stove 22 is rotated relative to the first container stove 21.

The utility model for the rotational structure of stove and the composite structure of heating source, referring to Figure 18.Mounting bracket 317 and First Power Component 412 of rotating mechanism, the first Power Component 412 of rotating mechanism include stove assembly 413 is driven to turn over The transmission mechanism 4121 turned and the first power source 4122 for providing the rotating mechanism of driving force to transmission mechanism 4121, rotation First power source 4122 of mechanism is motor.In one embodiment, transmission mechanism 4121 is pulley transmission structure.Rotating machine First power source 4122 of structure is fixed on mounting bracket 317, and transmission mechanism 4121 is rotatably dispose on mounting bracket 317, rotating machine The first power source 4122 and the transmission mechanism 4121 of structure are sequentially connected.

Stove assembly 413 is used to place pot, and add the food materials in pot by the heating source in stove assembly 413 Heat.After stove assembly 413 fixes pot, the first power source 4122 driving of the rotating mechanism on mounting bracket 317 passes Motivation structure 4121 is rotated relative to mounting bracket 317, and stove assembly 413 is driven to overturn by transmission mechanism 4121, realizes rotary movement, And then " stir-frying " is carried out to the food in pot.Transmission mechanism 4121 through mounting bracket 317 is turned in drive stove assembly 413 When turning, the transmission of the first power source 4122 output power of rotating mechanism is stablized effectively, heavy burden ability is preferable, and structure letter It is single.

Referring to Figure 19, mounting bracket 317 is equipped with clutch shaft bearing 4111, and clutch shaft bearing has what is rotated relative to mounting bracket 317 First rotary inner ring and with mounting bracket 317 fixed first fix outer ring.

More specifically, mounting bracket 317 further comprises pedestal 4113 and 4114 He of the first frame body on pedestal 4113 Second frame body 4115, stove are set between the first frame body 4114 and the second frame body 4115.First power source 4122 of rotating mechanism And transmission mechanism is set on the first frame body 4114, and second bearing 4112 is equipped on the second frame body 4115, second bearing has phase The second rotary inner ring to the rotation of the second frame body 4115 and fix outer ring with the second frame body 4115 fixed second.First is set 4114 and second frame body 4115 of body promotes smoothness of the stove in rotation, and heavy burden ability is strong.

Herein, the first power source 4122 of rotating mechanism is motor, and transmission mechanism includes the first axostylus axostyle of rotating mechanism 41211st, drive pulley 41212 and driven pulley 41213, the first axostylus axostyle of rotating mechanism are shaft, the of rotating mechanism For one axostylus axostyle for connecting and being connected in the first rotary inner ring with the first container stove 21, drive pulley 41212 is sheathed on electricity On the power output shaft of machine, driven pulley 41213 is sheathed on the first axostylus axostyle of rotating mechanism, drive pulley 41212 with Driven pulley 41213 is connected by belt transmission.

The first connector 3122, fixed for being connect with the second Power Component is further provided on the first container stove 21 Mounting part and rotational positioning part, wherein, the first connector 3122 is for connecting second container stove, on mounting part Equipped with for positioning the positioning column 3125 of the second Power Component, rotational positioning part is located at and driving member (being herein the first axostylus axostyle) position It puts on opposite the first container stove 21, and rotational positioning part is connected in the second rotary inner ring.As a result, the first container stove The both ends of body 21 are rotatably arranged on respectively on the first frame body 4114 and the second frame body 4115.

Referring to Figure 13, stove includes the first container stove 21 and second container stove 22, two container stove shapes or volume It is identical.First axostylus axostyle 41211 of rotating mechanism is connect with the first container stove 21.The first container stove 21 and second container stove 22 bodies in the form of slot, the notch of the two are oppositely arranged.The first container stove 21 is equipped with the first connector 3122, in rotating mechanism The first container stove 21 of first axostylus axostyle, 41211 homonymy is equipped with positioning column 3125, right in the first axostylus axostyle 41211 of rotating mechanism The first container stove 21 of side is equipped with rotary spacing axostylus axostyle 3124, and rotational positioning part is driven spindle.Second container stove 22 If there are two the second connector 3132, the second heat-generating pipe and the mounting groove for fixing the second heat-generating pipe, herein.Second heat-generating pipe For U-shaped heating tube.In addition, it is equipped with mutual corresponding hinge hole on the first connector 3122 and the second connector 3132.

Herein, further, connection cylinder is equipped on the end of the first axostylus axostyle 41211 of rotating mechanism, connects cylinder Arc cylinder from the end of connection cylinder to rotating mechanism that be extended with 41211 direction of the first axostylus axostyle from, by connecting pole The straight cylinder that the end of body is extended and is connect with arc cylinder to 41211 direction of the first axostylus axostyle of rotating mechanism, it is corresponding Ground, is equipped with axis hole at the wheel shaft position of drive pulley, and axis hole has arc hole wall matched with arc cylinder and straight column The matched straight hole wall in face.

Referring to Figure 17, the pedestal 4113 of mounting bracket 317 is equipped with opposite the first frame body 4114 and the second frame body 4115, and Stove assembly 413 is equipped between the first frame body 4114 and the second frame body 4115.It is equipped with to make stove on the first frame body 4114 The first Power Component 412 of rotating mechanism that body assembly 413 can be overturn with respect to pedestal 4113, and stove assembly 413 has the One stove shell 314 and the second stove shell 315, and be additionally provided with the first Power Component 311 on it so that stove assembly 413 second Container stove can be rotated relative to the first container stove.

It is P-P visual direction broken isometric structure diagrams in Figure 17 referring to Figure 20.In the first stove shell of stove assembly 413 314 and second in stove shell 315, and the first container stove 21 is relatively fixed with the first stove shell 314 and connect, second container stove 22 and Two stove shells 315 are relatively fixed connection, and the first container stove 21 and second container stove 22 form to fix and heat pot Accommodating chamber 4135.The first container stove 21 is connect with the first axostylus axostyle 41211 of rotating mechanism, is additionally provided in the first container stove 21 Rotary spacing axostylus axostyle 3124 accordingly, is equipped with clutch shaft bearing 4111, the second frame body on the first frame body 4114 of mounting bracket 317 4115 are equipped with second bearing 4112, so that the first container stove 21 is rotatablely connected with mounting bracket 317.The of rotating mechanism One Power Component 412 is arranged on the first frame body 4114, and the first of the rotating mechanism of the first Power Component 412 of rotating mechanism is dynamic Power source 4122 drives drive pulley 41212, is acted on by belt and driven pulley 41213 is driven to rotate, due to rotating mechanism The first axostylus axostyle 41211 connect with driven pulley 41213, therefore its drive rotating mechanism the first axostylus axostyle 41211 rotate, and then So that entire stove assembly 413 rotates, turn over function is realized.

Herein, the through-hole being pierced by for the output axostylus axostyle of the first power source is further provided on the first frame body 4114, is located at The heteropleural of first frame body 4114 installation drive pulley 41212, driven pulley 41213, improves space availability ratio.

Further, the wheel face of drive pulley 41212 and driven pulley 41213 is equipped with multiple fins, to reduce The risk of belt slippage.

When stove and the rotational structure concrete application for stove, the second Power Component drives second container stove with respect to the One container stove rotates, in opened condition.Later, material to be stir-fried and eaten is put into lower pot body, then covers upper pan body and will be whole A pot is put into the accommodating chamber that the first container stove and second container stove are formed and fixed, the first heating source, the second heating Food materials in source heating pot, at the same time, the first Power Component drive the first container stove, second container stove and therein Pot is overturn, so as to fulfill " stir-frying " to food materials in pot.When needing to take pot, the second Power Component drives second container Stove is rotated relative to the first container stove.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of convertible food heating source, it is characterised in that including：

Second container stove for the first container stove for placing the first container pot and for placing second container pot；First holds The opening of device stove and second container stove is combined to form closure, by the rotary stove assembly of tumbler, and stove is total The first container stove and the upper-lower position of second container stove are exchanged into rotation；

Fever source device is equipped on stove assembly.

2. convertible food heating source according to claim 1, it is characterised in that it is described fever source device be：Heating rod, One kind in five kinds of heat-generating disc, electromagnetic coil, PTC calandrias or resistance wire pyrotoxins.

3. convertible food heating source according to claim 1, it is characterised in that：The first container stove and second holds Wall at least one of in device stove is equipped with fever source device.

4. convertible food heating source according to claim 1, it is characterised in that：Temperature sense is installed on stove assembly Answer device.

5. convertible food heating source according to claim 1, it is characterised in that：The container stove is metal or pottery Porcelain；The metal is aluminium, aluminium alloy, iron or ferroalloy material.

6. convertible food heating source according to claim 1, it is characterised in that：The stove assembly is equipped with lock and ties Structure, the first container stove pass through buckle structure locked closed state after being closed with second container stove.

7. convertible food heating source according to claim 1, it is characterised in that：The stove assembly is square body, circle Cylinder, spindle or sphere.

8. convertible food heating source according to claim 1, it is characterised in that：In the container stove be equipped with every Space in container stove is divided into multiple small spaces for being used to place split type pot by plate, partition board.

9. convertible food heating source according to claim 1, it is characterised in that：The first container stove and second container stove Body is linked together by connector.

10. convertible food heating source according to claim 9, it is characterised in that：Connect the first container stove with The connector of second container stove is hinge engaging structure.