CN207940286U - A kind of cooked wheaten food making machine - Google Patents
A kind of cooked wheaten food making machine Download PDFInfo
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- CN207940286U CN207940286U CN201721126197.9U CN201721126197U CN207940286U CN 207940286 U CN207940286 U CN 207940286U CN 201721126197 U CN201721126197 U CN 201721126197U CN 207940286 U CN207940286 U CN 207940286U
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- fabric
- wheaten food
- fillings
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- dough
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Abstract
The utility model discloses a kind of cooked wheaten food making machines, including knead dough mechanism；Dough former structure, dough former structure is used to receive the fabric that knead dough mechanism is fallen so that wheaten food is molded；The wheaten food molding is equipped with wheaten food and exports；Cooker, including at least two culinary art mechanisms, the mode that two of which culinary art mechanism opposite food is cooked are different；First driving mechanism, first driving mechanism is for driving the wheaten food exit movement to any one culinary art mechanism.The cooked wheaten food making machine of the utility model, the molding wheaten food outlet of its dough former structure can cook mechanism connection under the drive of the first driving mechanism with any one, i.e. molding wheaten food can enter in different culinary art mechanisms the culinary art for carrying out different modes according to actual needs, operation continuity is strong, and the degree of automation is higher.
Description
Technical field
The utility model is related to a kind of cooked wheaten food making machines.
Background technology
Currently, with people's the accelerating rhythm of life, fast ripe wheaten food proportion in the staple food of people is increasingly heavier.It is existing
Cooked wheaten food making machine can only carry out a link in wheaten food processing, the dough mixing machine for being such as stirred flour and water, or
It is dough former；It needs in addition to be delivered to different culinary art mechanisms in dough former structure and carries out different culinary arts, Ge Gehuan
Continuity between section is poor, influences the mouthfeel of wheaten food processing.
Utility model content
For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of cooked wheaten food making machines, can make
Make wheaten food, the wheaten food made can enter different culinary art mechanisms, select different cooking methods.
The purpose of this utility model adopts the following technical scheme that realization：
A kind of cooked wheaten food making machine, including,
Knead dough mechanism；
Dough former structure, dough former structure is used to receive the fabric that knead dough mechanism is fallen so that wheaten food is molded；It is described
Wheaten food molding is equipped with wheaten food and exports；
Cooker, including at least two culinary art mechanisms, the mode that two of which culinary art mechanism opposite food is cooked is not
Together；
First driving mechanism, first driving mechanism is for driving the wheaten food exit movement to any one cooking machine
Structure.
Further, dough former structure includes fabric case, conveying mechanism and shaping mechanism, and fabric case is for receiving institute
State the fabric that knead dough mechanism is fallen；Conveying mechanism is installed in fabric case and conveys the fabric to shaping mechanism；Shaping mechanism
For making fabric be shaped to wheaten food；The wheaten food outlet is connected to shaping mechanism.
Further, fabric case is equipped with fabric import and fabric exports；Fabric import and knead dough mechanism connection；Fabric goes out
Mouth is connected to shaping mechanism；Conveying mechanism includes multiple fabric plates, transfer rings band and the second driving mechanism；Transfer rings band is vertical
It is positioned in the fabric case；The end of the fabric plate is articulated on transfer rings band and in the drive of second driving mechanism
What lower cycle was interlocked moves to fabric outlet by fabric import；Fabric plate is equipped with support portion, which is articulated with transfer rings
It takes, support portion is used to be connected to the lateral surface of transfer rings band when the fabric plate moves to transfer rings with side so that fabric
Plate is in splicing state；Support portion be used for when the fabric plate moves to the other side lateral surface far from transfer rings band so that fabric
Plate is in discharging state.
Further, the bottom end of fabric case is formed as discharging chamber, and screw feeding axis is rotatably equipped in discharging chamber；Go out
Material chamber is used to receive the fabric of the conveying mechanism conveying；Screw feeding axis is exported for conveying fabric to the fabric.
Further, which further includes at least two fillingss addition mechanism and third driving mechanism；Fillings
Mechanism is added to export equipped with fillings；Fillings import is equipped with above shaping mechanism；The third driving mechanism is any one for driving
A fillings is added above mechanism kinematic to shaping mechanism so that fillings outlet and fillings inlet communication.
Further, which further includes first annular guide rail, and at least two fillingss add mechanism around described the
The central axis circle spacing of one ring-shaped guide rail arranges；Each fillings addition mechanism is slidably matched with first annular guide rail；It is described
Third driving mechanism is for driving any one fillings addition mechanism to slide into the shaping mechanism on first annular guide rail
Top；The fillings import is located on first annular guide rail.
Further, first annular guide rail is equipped at least two slides, and the slide is matched with the sliding of first annular guide rail
It closes；The top of each fillings addition mechanism is removably connect with each slide one-to-one correspondence.
Further, fillings import is equipped with elevating lever, and elevating lever is for driving fillings to add mechanism towards close or remote
From fillings import campaign；Fillings add mechanism be used for towards close to fillings import campaign when with fillings import clamping simultaneously and slide
It is detached from.
Further, which further includes the 4th driving mechanism, and knead dough mechanism is equipped at least two, the 4th driving
Mechanism is for driving any one knead dough mechanism to move to above conveying mechanism.
Further, which further includes the second ring-shaped guide rail, and at least two knead dough mechanisms are around second ring
The central axis circle spacing of shape guide rail arranges；The bottom end of each knead dough mechanism is slidably matched with ring-shaped guide rail；The 4 wheel driven
Motivation structure is for driving any one knead dough mechanism to slide into fabric case on the second ring-shaped guide rail；The fabric case is located at second
On ring-shaped guide rail.
Further, the first driving mechanism is for driving the dough former structure to rotate, at least two cooking machine
Structure is located in the rotary motion trace of dough former structure.
Further, the two of which culinary art mechanism in cooker is cooking stove and cupboard for cooking；The cooking stove and
Cupboard for cooking is located at the both sides of dough former structure；The import of the cooking stove is located at the rotary motion trace of dough former structure
On；The rotary motion trace of the dough former structure is equipped with clamp device, and clamp device moves to cupboard for cooking for gripping wheaten food
It is interior.
Compared with prior art, the beneficial effects of the utility model are：The molding wheaten food outlet of its dough former structure can
Can according to actual needs it enter not with any one culinary art mechanism connection, i.e., molding wheaten food under the drive of the first driving mechanism
The culinary art of different modes is carried out in same culinary art mechanism, operation continuity is strong, and the degree of automation is higher.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the partial structural diagram of the utility model；
Fig. 3 is the structural schematic diagram of the dough former structure of the utility model；
Fig. 4 is the structural schematic diagram of the knead dough mechanism of the utility model；
Fig. 5 is that the fillings of the utility model adds the structural schematic diagram of mechanism；
Fig. 6 is the structural schematic diagram of the slide of the utility model.
In figure：100, rack；110, first annular guide rail；111, slide；112, card slot；113, elastic card socket part；114、
Pulley；120, the second ring-shaped guide rail；10, knead dough mechanism；11, the 4th driving mechanism；12, driving portion；13, drive rod；14, synchronous
Band；20, dough former structure；21, fabric case；211, screw feeding axis；212, the first driving mechanism；213, swivel base；22, it conveys
Mechanism；221, fabric plate；222, support portion；223, the second driving mechanism；23, shaping mechanism；231, fillings import；232, it is molded
Mould；30, cupboard for cooking；40, cooking stove；41, the import of cooking stove；50, fillings adds mechanism；51, annular groove；52, fillings bucket；
53, spiral feeding blade；54, fillings exports.
Specific implementation mode
In the following, in conjunction with attached drawing and specific implementation mode, the utility model is described further, it should be noted that
Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new
Embodiment.
A kind of cooked wheaten food making machine as shown in figures 1 to 6, including rack 100, knead dough mechanism 10, dough former structure 20, cook
It prepares food device and the first driving mechanism 212, specific knead dough mechanism 10, dough former structure 20, cooker and the first driving
Mechanism 212 can be mounted in rack 100.Knead dough mechanism 10 can be used for knead dough, and the dough of knead dough can be by wheaten food shaping mechanism 20
It receives, wheaten food is shaped in dough former structure 20, dough former structure 20 is exported equipped with wheaten food, in addition, cooker
Including at least two culinary art mechanisms, the mode that two of which culinary art mechanism opposite food is cooked is different.Above-mentioned first driving machine
Structure 212 can be used for driving in above-mentioned wheaten food exit movement to any one culinary art mechanism.
When on the basis of the said structure, using the cooked wheaten food making machine of the utility model, can flour and water be put into knead dough mechanism
In 10, become reconciled dough by knead dough mechanism 10, the dough outlet of knead dough mechanism 10 can be connected to dough former structure 20, so with
The dough that face mechanism 10 becomes reconciled can fall to dough former structure 20, and wheaten food, forming are shaped in dough former structure 20
Wheaten food can be exported and export by wheaten food, with specific reference to actual needs, start the first driving mechanism 212, make wheaten food exit movement extremely
Any one culinary art mechanism, wheaten food are cooked in the corresponding culinary art mechanism.And need the culinary art of different modes in operator
When mode, wheaten food outlet can be driven to another cooking method of progress at another culinary art mechanism by the first driving mechanism 212.
It should be noted that at least two above-mentioned culinary art mechanisms may include cooked stove, oven, steamer etc., the wheaten food
Outlet can directly can be received by cooking stove 40 with the entrance that moves to cooked stove, molding wheaten food, to be boiled to wheaten food
Food.In addition, wheaten food outlet is also moveable at oven, molding wheaten food can enter in oven, you can carry out grillING to wheaten food.When
So, it goes back wheaten food outlet to be also moveable at steamer, such molding wheaten food, which can enter in steamer, to be steamed.That is, wheaten food outlet fortune
It moves to different culinary art mechanisms, the culinary art of different modes can be carried out.
Further, referring to Fig. 3, the dough former structure 20 in the present embodiment may include fabric case 21, conveying mechanism 22
And shaping mechanism 23, for specific fabric case 21 for receiving the fabric that knead dough mechanism 10 is fallen, conveying mechanism 22 is mountable to face
In hopper 21 and fabric is conveyed to shaping mechanism 23, and specific shaping mechanism 23 is for making fabric be shaped to wheaten food；Wheaten food export with
Shaping mechanism 23 is connected to.The dough that specific knead dough mechanism 10 becomes reconciled can be fallen in fabric case 21, and be carried out by conveying mechanism 22
It receives, enters in shaping mechanism 23 under the conveying effect of conveying mechanism 22 and be molded, and in fabric transmission process, fabric
With certain awake face time, after wheaten food can so be molded, mouthfeel is more preferably.
More particularly, fabric import and fabric can be equipped in fabric case 21 to export, specific fabric import can with it is above-mentioned
Knead dough mechanism 10 is connected to, you can the fabric that above-mentioned knead dough mechanism 10 is fallen is received, and fabric outlet is connected to shaping mechanism 23.Separately
Outside, conveying mechanism 22 includes multiple fabric plates 221, transfer rings band and the second driving mechanism 223, and transfer rings band is placed vertically
In in fabric case 21.The end of above-mentioned fabric plate 221 is articulated on transfer rings band, under the drive of the second driving mechanism 223, face
Flitch 221 it is recyclable staggeredly fabric outlet is moved to by fabric import.Support portion 222, the support are equipped on fabric plate 221
Portion 222 is articulated on transfer rings band, and when fabric plate 221 moves to the side of transfer rings band, support portion 222 can be connected to conveying
The lateral surface of annulus is so that fabric plate 221 is in splicing state.And when fabric plate 221 moves to the other side of transfer rings band, branch
Lateral surface of the support part 222 then far from transfer rings band is so that fabric plate 221 is in discharging state.
On the basis of the said structure, the dough that knead dough mechanism 10 becomes reconciled can enter in fabric case 21 through fabric import, and
It is received in the fabric plate 221 of splicing state, when being then sent to fabric exit, fabric plate 221 can be in discharging state, make face
Material is fallen by fabric outlet, can so complete the conveying of fabric, is convenient for feeding and blanking, and can convey more face simultaneously
Material makes wheaten food operations for forming have certain continuity.
It should be noted that above-mentioned shaping mechanism 23 can be selected dumpling-forming die 232 or steamed stuffed bun in the prior art at
Pattern 232 makes fabric be molded on shaping mould 232 by way of extruding.
In addition, due to support portion 222 be hinged on transfer rings band, thus fabric plate 221 transfer rings band difference
When position, different states is will present, fabric can be received upward using the end face of fabric plate 221 as holding state, with fabric plate
The state that 221 end face can be such that fabric slides downward is discharging state.In addition, during fabric conveys, and it is above-mentioned more
The cycle crisscross motion of a fabric plate 221 can make fabric conveying operation continuous, thus fabric is by the time interval of feeding and blanking
It is certain, thus fabric has the fixed awake face time in transmission process, makes fabric post-production mouthfeel more preferably, and convey
Efficiency is higher.
Particularly, which includes the first vertical section, the second vertical section and two arc sections, and it is first vertical to make
Section and the second vertical section extend along the short transverse of babinet.In addition, two arc sections be connected to the first vertical section and
Two ends of the second vertical section.Due to support portion 222 be hinged on transfer rings band, thus fabric plate 221 from top to bottom
When moving to the first vertical section with transfer rings band, fabric plate 221 can rotate under self gravitation effect, and support portion 222 is just at this time
It can be connected in the first vertical section, fabric plate 221 is made to be horizontal, is i.e. splicing state, make fabric that can be received the face of moving to
Expect entrance.Hereafter continuing to move with transfer rings band, fabric plate 221 can bypass arc section, and enter the second vertical section,
Under its own gravity, support portion 222 can, fabric plate 221 inclined state, i.e. discharging shape separate with the lateral surface of the second vertical section
State, such fabric will the inclined direction of fabric plate 221 therewith slide to fabric exit, on this architecture basics, fabric plate
221 can be maintained for a long time the discharging state of stable splicing state and stabilization, more convenient to use.
Certainly, when above-mentioned transfer rings band is sufficiently large annular shape, the splicing state of above-mentioned fabric plate 221 can also be kept
Longer time.It should be noted that chain drive or belt drive can be selected in the second above-mentioned driving mechanism 223
Structure is realized.
Further, the bottom end of above-mentioned fabric case 21 is formed as discharging chamber, while rotatably pacifying in discharging chamber
Equipped with screw feeding axis 211；Discharging chamber is used to receive the fabric of the conveying of conveying mechanism 22；Screw feeding axis 211 is used for conveyor surface
Material to fabric exports.In this way, the fabric fallen by fabric plate 221 can be received by discharging chamber, and it is orderly defeated by screw feeding axis 211
It send to fabric exit, prevents persistently falling for fabric from fabric outlet being caused to block.
In addition, in above-mentioned fabric case 21 can be equipped with multiple fabric imports and multiple conveying mechanisms 22, multiple fabrics into
Mouth is corresponded set on the top of multiple conveying mechanisms 22, and the lower section of conveying mechanism 22 can so add with fabric outlet
The conveying capacity of big fabric, and 22 independently working of each conveying mechanism, are independent of each other, can be used for a large amount of processing of wheaten food.
Further, referring to Fig. 1, Fig. 5 and Fig. 6, which further includes at least two fillingss addition mechanism 50
And third driving mechanism, mechanism 50 can be added in fillings and be equipped with fillings outlet 54, while being equipped with filling above shaping mechanism 23
Expect import 231, under the drive of third driving mechanism, any one fillings addition mechanism 50 is moveable on shaping mechanism 23
Side, so that fillings outlet 54 is connected to fillings import 231.It prestores at least in this way, can be added in mechanism 50 at least two fillingss
The fillings of two kinds of tastes can start third driving mechanism and different fillingss is driven to add the fortune of mechanism 50 when carrying out cooked wheaten food making
Move to the top of shaping mechanism 23, so that fillings import 231 and fillings is exported 54 and be connected to, in this way, have the feeding of screw feeding axis 211 at
The fabric of type mechanism 23 can receive the fabric added by fillings addition mechanism 50, and making has filling wheaten food.And make different taste
Wheaten food starts the switching that third driving mechanism carries out different fillings additions mechanism 50.
More particularly, which further includes first annular guide rail 110, which is set to machine
On frame 100, at least two above-mentioned fillingss addition mechanism 50 can be arranged around the central axis circle spacing of first annular guide rail 110
Cloth makes each fillings addition mechanism 50 be slidably matched with first annular guide rail 110, and third driving mechanism is for driving any one
Fillings addition mechanism 50 slides into the top of shaping mechanism 23 on first annular guide rail 110；Above-mentioned fillings import 231 can be located at
On the track of first annular guide rail 110.In this way, third driving mechanism can drive fillings to add mechanism 50 in first annular guide rail
It is slided on 110, you can drive fillings addition mechanism 50 in iterative motion, in the fillings import of shaping mechanism 23
231 tops switch over.
Further, it is equipped at least two slides 111 on first annular guide rail 110, slide 111 is made to be led with first annular
Rail 110 is slidably matched, and top and the one-to-one correspondence of each slide 111 of each fillings addition mechanism 50 removably connect
It connects, so the sliding convenient for fillings addition mechanism 50 on first annular guide rail 110.It can be equipped with pulley 114 on specific slide 111
Group, 114 groups of the pulley can be slidably matched with first annular guide rail 110, keep the sliding of fillings addition mechanism 50 smooth.And wherein
When one fillings addition mechanism 50 moves to the top of shaping mechanism 23, fillings adds fillings outlet 54 and the molding machine of mechanism 50
The fillings import 231 of structure 23 is connected to, and the mechanism 50 of fillings addition at this time can be detached from slide 111, be convenient for the first driving mechanism 212
It drives wheaten food exit movement to different culinary art mechanisms, thus does not interfere with the switching of wheaten food outlet.
Particularly, can fillings import 231 be equipped with elevating lever, the elevating lever for drive fillings add mechanism 50 towards
It is moved close to or far from fillings import 231, fillings is added mechanism 50 and added with fillings when towards being moved close to fillings import 231
Add mechanism 50 that can be clamped with the fillings import 231 of shaping mechanism 23 and is detached from simultaneously with slide 111.It can be equipped on slide 111
Card slot 112, card slot 112 is interior to be equipped with elastic card socket part 113；The top of corresponding fillings addition mechanism 50 is equipped with annular groove 51,
When fillings is added mechanism 50 and first annular guide rail 110 and slided, elevating lever can drive fillings addition mechanism 50 to move upwards, i.e., to
The movement of card slot 112, the elastic card socket part 113 in card slot 112 can be compressed at this time, and 50 tip motions of mechanism are added extremely in fillings
When in card slot 112, elastic card socket part 113, which can reset, to be connected in annular groove 51, keeps fillings addition mechanism 50 and slide 111 solid
It connects.The slide handover of mechanism 50 is added convenient for fillings.And when fillings addition mechanism 50 carries out fillings addition, elevating lever can be passed through
Fillings addition mechanism 50 is driven to move downward, elastic card socket part 113 can be detached from annular groove 51 at this time, i.e., fillings adds mechanism 50
Fillings outlet 54 with fillings feed be connected to, it is easy to operation.Certainly, which can be formed by the piston rod of cylinder.
It should be noted that above-mentioned fillings addition mechanism 50 may include fillings bucket 52, spiral feeding blade 53, by fillings
In storage to fillings bucket 52, spiral feeding blade 53 is made to rotate the conveying that fillings can be realized.Certainly, the fillings in fillings bucket 52
Also it is added by the way of piston press.
Further, referring to Fig. 1 and Fig. 4, which may also include the 4th driving mechanism 11, and above-mentioned knead dough
Mechanism 10 is equipped at least two, and the 4th driving mechanism 11 is for driving any one knead dough mechanism 10 to move to conveying mechanism 22
Top because 10 knead dough of knead dough mechanism needs certain knead dough time, thus can by least two knead dough mechanisms 10 simultaneously into
Row knead dough operation, when specific operation, each knead dough mechanism 10 can successively be driven by the 4th driving mechanism 11 to conveying mechanism 22,
The conveying for carrying out fabric, enables fabric to be fed continuously, the continuity of cooked wheaten food making operation is stronger.Meanwhile different knead dough
Mechanism 10 can add different knead dough raw materials, keep the taste of fabric more abundant.
It arranges around the central axis circle spacing of the second ring-shaped guide rail 120 at least two knead dough mechanisms 10；Each knead dough
The bottom end of mechanism 10 is slidably matched with ring-shaped guide rail；4th driving mechanism 11 is for driving any one knead dough mechanism 10 second
Fabric case 21 is slid on ring-shaped guide rail 120；Fabric case 21 is located on ring-shaped guide rail.
Particularly, which further includes the second ring-shaped guide rail, and at least two knead dough mechanisms 10 are around the second annular
The central axis circle spacing of guide rail 120 arranges, and the bottom end of each knead dough mechanism 10 is made to match with the sliding of the second ring-shaped guide rail 120
It closes.On this architecture basics, the 4th driving mechanism 11 is for driving any one knead dough mechanism 10 in the second ring-shaped guide rail 120
The top of fabric case 21 is slid into, certainly, the fabric import of fabric case 21 is located on the second ring-shaped guide rail 120.In this way, it is multiple and
Face mechanism 10 can be slided along the second ring-shaped guide rail 120, under the driving operation of the 4th driving mechanism 11, recycle fortune staggeredly
It moves to the fabric entrance of fabric case 21, makes capable of orderly being conveyed for knead dough mechanism 10.
More particularly, include vertical section and arc section, specific vertical section and arc section phase in the second ring-shaped guide rail 120
Mutually linking, can first be such that wherein any one knead dough mechanism 10 is located in vertical section.On this architecture basics, the 4th driving mechanism 11
Including driving motor, drive rod 13 and connecting rod (not shown), the extending direction of specific drive rod 13 and the extension of vertical section
Direction is consistent, makes the shaft synchronized links of drive rod 13 and driving motor.Thread segment is equipped on drive rod 13 simultaneously, it is corresponding
The driving portion 12 in knead dough mechanism 10, the driving portion 12 with thread segment for being slidably matched.In addition, per two adjacent dough mixing machines
Above-mentioned connecting rod is respectively connected between structure 10；Connecting rod is articulated in knead dough mechanism 10.
In this way, when driving knead dough mechanism 10 to slide, the driving portion 12 for being located at the knead dough mechanism 10 in vertical section can be with drive
The thread segment of lever 13 is slidably matched, and starts driving motor, the shaft of driving motor can drive drive rod 13 to rotate, in drive rod
During 13 rotations, driving portion 12 can be slided along the hand of spiral of spiral section, to be moved along vertical section, in the process,
Connecting rod in the knead dough mechanism 10 can push previous knead dough mechanism 10 adjacent thereto to move, and pull simultaneously it is adjacent thereto after
One knead dough mechanism 10 moves, and multiple knead dough mechanisms 10 can be made to move, and drives and stablizes gently.
It should be noted that above-mentioned thread segment can be to be opened on drive rod 13, and along 13 extending direction spiral of drive rod
Thread groove；Either on drive rod 13, and along the helical blade of 13 extending direction spiral of drive rod.In addition, above-mentioned drive
Lever 13 can pass through the connection synchronous with driving motor of synchronous belt 14.
Further, the present embodiment hand, the first above-mentioned driving mechanism 212 are used to that dough former structure 20 to be driven to rotate,
At least two culinary art mechanisms are located in the rotary motion trace of dough former structure 20, in this way, can be by making 20 turns of dough former structure
It is dynamic, so that wheaten food is exported the culinary art mechanism different from 20 rotary motion trace of dough former structure and be connected, driving is convenient.Specifically
, dough former structure 20 can be mounted on by swivel base 213 in rack 100, driven swivel base 213 to rotate by driving motor and be
It can.
Certainly, at least two above-mentioned culinary art mechanisms can be put along rectilinear orbit, and face is driven by the first driving mechanism
The wheaten food of food shaping mechanism is exported is cooked at the i.e. reachable different culinary art mechanism of the movement on rectilinear orbit, in short, energy
Enough realize the bridging mode between wheaten food outlet and different culinary art mechanisms.
Further, in this embodiment the two of which culinary art mechanism in cooker is cooking stove 40 and cupboard for cooking
30, specific cooking stove 40 and cupboard for cooking 30 are located at the both sides of dough former structure 20, in this way, above-mentioned dough former structure 20
Often rotating 90 degree can be such that wheaten food outlet is connected from different culinary art mechanisms.Specifically, the import 41 of cooking stove is located at wheaten food
In the rotary motion trace of shaping mechanism 20, in addition, being equipped with clamp device, clamp device in the rotary motion trace of dough former structure 20
It is moved in cupboard for cooking 30 for gripping wheaten food.In this way, wheaten food can be fallen at wheaten food mouth rotation to the import 41 of cooking stove
In cooking stove 40, and at wheaten food mouth rotation to cupboard for cooking 30, then it can be gripped in wheaten food to cupboard for cooking 30 by clamp device,
Convenient for culinary art.It should be noted that heating coil, boiling water chamber and bucket of cooking, heating coil can be equipped in above-mentioned cooking stove 40
Boiling water intracavitary boiling can be made to boil, wheaten food can be received by bucket of cooking and be cooked in boiling water intracavitary.And cupboard for cooking 30 then can be selected and bake
Case either one kind in steamer for being baked or being cooked to wheaten food.
The above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model
Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to
In the utility model range claimed.
Claims (11)
1. a kind of cooked wheaten food making machine, it is characterised in that：Including,
Knead dough mechanism；
Dough former structure, dough former structure is used to receive the fabric that knead dough mechanism is fallen so that wheaten food is molded；The wheaten food
Molding is equipped with wheaten food and exports；
Cooker, including at least two culinary art mechanisms, the mode that two of which culinary art mechanism opposite food is cooked are different；
First driving mechanism, first driving mechanism is for driving the wheaten food exit movement to any one culinary art mechanism；
For first driving mechanism for driving the dough former structure to rotate, at least two culinary art mechanism is located at dough former structure
Rotary motion trace on.
2. cooked wheaten food making machine as described in claim 1, it is characterised in that：Dough former structure includes fabric case, conveying mechanism
And shaping mechanism, fabric case is for receiving the fabric that the knead dough mechanism is fallen；Conveying mechanism is installed in fabric case and defeated
Send the fabric to shaping mechanism；Shaping mechanism is for making fabric be shaped to wheaten food；The wheaten food outlet is connected to shaping mechanism.
3. cooked wheaten food making machine as claimed in claim 2, it is characterised in that：Fabric case is equipped with fabric import and fabric exports；
Fabric import and knead dough mechanism connection；Fabric outlet is connected to shaping mechanism；Conveying mechanism includes multiple fabric plates, transfer rings band
And second driving mechanism；Transfer rings band is vertically placed in the fabric case；The end of the fabric plate is articulated with transfer rings
Take and under the drive of second driving mechanism cycle staggeredly by fabric import move to fabric outlet；It is set on fabric plate
There is support portion, which is articulated on transfer rings band, and support portion is used for when the fabric plate moves to transfer rings band side
The lateral surface of transfer rings band is connected to so that fabric plate is in splicing state；Support portion is used to move to the other side in the fabric plate
When the lateral surface far from transfer rings band so that fabric plate be in discharging state.
4. cooked wheaten food making machine as claimed in claim 2, it is characterised in that：The bottom end of fabric case is formed as discharging chamber, discharging chamber
It is interior that screw feeding axis rotatably is installed；Discharging chamber is used to receive the fabric of the conveying mechanism conveying；Screw feeding axis is used
It is exported in conveying fabric to the fabric.
5. cooked wheaten food making machine as claimed in claim 2, it is characterised in that：The cooked wheaten food making machine further includes that at least two fillingss add
Add mechanism and third driving mechanism；Fillings is added mechanism and is exported equipped with fillings；Fillings import is equipped with above shaping mechanism；It is described
Third driving mechanism is for driving any one fillings to add above mechanism kinematic to shaping mechanism so that fillings outlet and fillings
Inlet communication.
6. cooked wheaten food making machine as claimed in claim 5, it is characterised in that：The cooked wheaten food making machine further includes first annular guide rail,
At least two fillingss add mechanism and arrange around the central axis circle spacing of the first annular guide rail；Each fillings adds mechanism
It is slidably matched with first annular guide rail；The third driving mechanism is for driving any one fillings to add mechanism first annular
The top of the shaping mechanism is slid on guide rail；The fillings import is located on first annular guide rail.
7. cooked wheaten food making machine as claimed in claim 6, it is characterised in that：First annular guide rail is equipped at least two slides,
The slide is slidably matched with first annular guide rail；The top of each fillings addition mechanism is corresponded with each slide with removable
The mode unloaded connects.
8. cooked wheaten food making machine as claimed in claim 7, it is characterised in that：Fillings import is equipped with elevating lever, and elevating lever is used for band
Dynamic fillings adds mechanism towards close or separate fillings import campaign；Fillings is added mechanism and is used for towards close to fillings import
It is detached from fillings import clamping when movement and with slide.
9. cooked wheaten food making machine as claimed in claim 2, it is characterised in that：The cooked wheaten food making machine further includes the 4th driving mechanism,
Knead dough mechanism is equipped at least two, and the 4th driving mechanism is for driving any one knead dough mechanism to move to above conveying mechanism.
10. cooked wheaten food making machine as claimed in claim 9, it is characterised in that：The cooked wheaten food making machine further includes the second ring-shaped guide rail,
At least two knead dough mechanisms arrange around the central axis circle spacing of second ring-shaped guide rail；The bottom end of each knead dough mechanism with
Ring-shaped guide rail is slidably matched；4th driving mechanism is for driving any one knead dough mechanism to be slided on the second ring-shaped guide rail
To fabric case；The fabric case is located on the second ring-shaped guide rail.
11. cooked wheaten food making machine as described in claim 1, it is characterised in that：Two of which in cooker cooks mechanism
Cooking stove and cupboard for cooking；The cooking stove and cupboard for cooking are located at the both sides of dough former structure；The cooking stove into
Mouth is located in the rotary motion trace of dough former structure；The rotary motion trace of the dough former structure is equipped with clamp device, gripping
Device is moved to for gripping wheaten food in cupboard for cooking.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721126197.9U CN207940286U (en) | 2017-09-01 | 2017-09-01 | A kind of cooked wheaten food making machine |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107549232A (en) * | 2017-09-01 | 2018-01-09 | 傅峰峰 | A kind of cooked wheaten food making machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107549232A (en) * | 2017-09-01 | 2018-01-09 | 傅峰峰 | A kind of cooked wheaten food making machine |
| CN107549232B (en) * | 2017-09-01 | 2023-08-04 | 傅峰峰 | Wheaten food making machine |
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