CN203802254U - Continuous cooking mechanism - Google Patents

Abstract

The utility model relates to the field of automatic cooking equipment and provides a continuous cooking mechanism which occupies a small space, can stably realize complex cooking functions and can realize continuous operation, aiming at overcoming the defects in the prior art. The continuous cooking mechanism comprises a rack, a plurality of pot bodies which are used for cooking, a heating mechanism which is used for heating the pot bodies, a cleaning mechanism which is used for cleaning the pot bodies, an automatic cooking mechanism which is used for controlling the pot bodies to move during heating, and a pot body shift mechanism which is used for driving the pot bodies to be sequentially shifted between different stations. The continuous cooking mechanism additionally comprises a cooking limiting mechanism which is used for supporting the pot bodies to move during heating, wherein at a heating station at least, the cooking limiting mechanism is fixed relative to the rack. During heating, the cooking limiting mechanism is fixedly arranged on the rack and the pot bodies move in the cooking limiting mechanism, so that the cooking limiting mechanism can take a good effect of supporting the pot bodies to guarantee the movement stability of the pot bodies.

Description

A kind of continuous cooking mechanism

Technical field

The utility model relates to automation cooking equipment field, says more specifically continuous cooking machine structure.

Background technology

Catering industry has a extensive future, dog-eat-dog, and market orientation is polynary.Because people's meal time concentrates, so interior dish delivery quantity of unit interval has determined the management style in restaurant, single product cost, and profit.Because its culinary art flow process of different culinary art forms is also complicated various and mainly with manually completing, this makes catering industry operating cost and manages difficulty to increase, the general shorter main cause of Zhe Yeshi enterprise inside the circle life cycle.

For addressing this problem, existing some restaurant adopts automatic cooking apparatus to substitute manpower and cooks, although existing some equipment can substitute, manually completes culinary art flow process, and efficiency and cooking quality can not reach market demands, thereby fail to be promoted.One of them important reason is exactly that the bulky space availability ratio of these cooking equipments is low, thereby caused kitchen space to tie up business space, has increased house use cost.In addition, the mode complexity of culinary art is various, and the fixing cooking equipment of culinary art flow process that function is fixed and realized is difficult to solving practical problems, and will carry out the restriction that expansion in function is subject to cooking space, in specific space, kitchen, cannot hold more equipment.

Existing continuous cooking mechanism be mainly can be automatic and continuous operation, continuous processing vegetable as production line, such as the patent No. " 02104854.1 ", name is called " automatic continuous vegetable stir-frying machine ", although this equipment has been realized the function of continuous cooking, streamline adopts flush system structure, takes up room large, can only be applicable to the environment use that newly-built kitchen or dining room etc. have larger space, be difficult to realize in small-sized or existing kitchen space.Number of patent application " 200610029422.7 ", name is called " full-automatic continuous food processing machine " although spatially dwindle to some extent with respect to a upper scheme, but this structure is the cooking equipment of sizing, cannot on cooking methods, change, applicable surface is narrower, can only be applicable to the processing of specific vegetable.The patent No. is " 200680027190.X ", and name is called " a kind of method of the continuous cooking and cooking system ", although this system has solved a difficult problem for multiple vegetable culinary art, the structure that all devices still tiles and arranges, takes up room very large.

For this reason, the utility model people has designed a kind of brand-new continuous cooking mechanism, and has applied for patent, the patent No. is " 201220133605.4 ", and name is called " a kind of cooking device ", and this patent is by whole device miniaturization, take up room little, can be applicable to the use of existing kitchen space.This system is in order to have dwindled equipment volume, and its pot of body adopts absolute construction, by wheel converting mechanism, carries out the switching of operation.When needs are cooked, by switching to automatic cooking mechanism on pot body trailing wheel converting mechanism, cook operation.In the process of culinary art operation, pot body is in vacant state, in this case, just very high to the requirement of automatic cooking mechanism, needs to drive all food materials in pot body and pot body to carry out complicated motion.Because connecting portion is controlled syndeton, this syndeton be rigidly connected intensity a little less than, so the action of automatic cooking mechanism can not be too large, can not be too complicated, greatly limited the function of automatic cooking.

In view of this, a kind of can reduce in cooking process effectively raised the efficiency and widely used cooking equipment is the key that catering industry solves existing issue the dependence of operating personnel's technology and experience simultaneously.

Utility model content

Technical problem to be solved in the utility model is to overcome above-mentioned defect of the prior art, provide a kind of take up room little, the cooking function of realization complexity that can be stable, and continuous cooking mechanism and the control method thereof that can work continuously.

The utility model is achieved through the following technical solutions above-mentioned purpose.

The utility model is a kind of prioritization scheme based on No. 201220133605.4 application cases, its structure comprises frame, for the some pots of bodies of cooking, for the heating arrangements that pot body is heated, wiper mechanism for cleaning pot body, for control the automatic cooking mechanism of pot body motion in heating process, for driving the pot body wheel converting mechanism of pot body order rotation between heating station-discharging station-washing station-heating station, itself and the important difference of applying for for No. 201220133605.4 are: also comprise for the culinary art position-limit mechanism in the motion of heating process supporting pan body, at least on heating station, the relative frame of described culinary art position-limit mechanism is fixed.201220133605.4 the pot body movement locus of number application case is controlled by automatic cooking mechanism completely, automatic cooking mechanism is except providing motion-promotion force to pot body, the movement locus that also needs restriction pot body, like this requirement of automatic cooking mechanism has just been improved, obviously increased the burden of automatic cooking mechanism, make the design of automatic cooking mechanism more complicated, be unfavorable for the miniaturization of equipment.The effect of culinary art position-limit mechanism of the present utility model is that pot body is limited on certain movement locus, generally in cooking process, the track of pot body motion is determined, so can pot body be limited by the culinary art position-limit mechanism of setting, prevent that it from departing from this track, from another perspective, be exactly that supporting pan body moves on definite movement locus.Like this, the requirement of automatic cooking mechanism is just declined greatly, automatic cooking mechanism only need provide to pot body the power of motion, promoting pot body moves forward and backward, and the angle of controlling pot body changes, the movement locus of pot body and most weight are born by culinary art position-limit mechanism, have so just greatly alleviated the burden of automatic cooking mechanism.Automatic cooking mechanism can adopt the structure of No. 201220133605.4 application cases, also can adopt structure and the motion mode of utility model people newly-designed 201310321969.4 and 201320455262.8, the mode connecting by mechanical connection or electromagnetism is docked with pot body.Above-mentioned culinary art position-limit mechanism can adopt the integral structure being fixed in frame, also can adopt the split-type structural with the rotation of pot body, no matter adopt which kind of mode, the utility model requirement is at least on heating station, and the relative frame of described culinary art position-limit mechanism is fixed.Only, in heating process, culinary art position-limit mechanism is fixed in frame, and pot body moves in culinary art position-limit mechanism, and described culinary art position-limit mechanism could play good support to pot body, guarantees the stability of its motion.

Except above-mentioned station, the utility model also comprises a preheating station between described washing station-heating station.Preheating station is a procedure important in cooking process, before dropping into edible oil, pot body is heated to uniform temperature, and its effect is mouthfeel and the nutrition that guarantees finished product; Food materials not with the adhesion of pot wall; The heat time of minimizing to vegetable.And feed station is set, described feed station is arranged on heating station or preheating station.Or be arranged on heating station and preheating station, like this when a pot body carries out pre-warmed time just can dividing food materials by throw-in part on preheating station, and when pot body is entering heating station and heats, then throw-in part divides food materials to mix with it. simultaneouslyThis structure, for the different duration and degree of heating and the adaptability of different heating time of different food materials, makes the mode of culinary art more diversified, uses the making of a greater variety of vegetables.

The utility model adopts continuous productive process, when a pot body is when heating is cooked, there is a pot body in discharging simultaneously, another pot of body cleaning, even can also have a pot body in charging, the process that has guaranteed so whole operation is continuous, and vegetable can continuous discharge, by whole cooking process streamlined, improved automation and the operating efficiency of equipment.In the utility model, for the shared space of reduction equipment, a plurality of pots of bodies change at the enterprising road wheel of vertical plane, and pot body has different directions on different stations: on heating station, pot mouthful makes progress, discharging station pot body in vertical direction, pot mouth down etc. on washing station.So described pot body is provided with the first rotating shaft perpendicular to the described rotation direction of motion,, the first rotating shaft support pot body slides on culinary art position-limit mechanism, and on different stations, pot body can rotate around described the first rotating shaft.In heating station-discharging station motion process, in pot body, fill the food materials that process, these food materials only move to the just discharging of discharging station, and in the process of this motion, guarantee that the food materials in pot can not overflow.Therefore, described continuous cooking mechanism also comprises and drives described pot body around the first rotating shaft, with respect to frame, to rotate, keep the maintaining body that in pot body, food materials do not overflow.Pot body is on vertical plane in rotation, it not only changes position, the direction of pot body also can change along with the drive of pot body wheel converting mechanism, in order to guarantee the variation that food materials can not bring because of the motion of pot body wheel converting mechanism, overflow, just maintaining body must be set, the direction of pot body is changed and compensated, it is remained in the horizontal direction or nearly horizontal direction on, upward, food materials just can not overflow pot mouth like this.

In order to improve the automaticity of equipment, reduce human intervention, thereby reduce the manpower outfit in kitchen, feed station can be arranged on heating station, or the preheating station between washing station and heating station, or is arranged on above-mentioned two places simultaneously.Described pot body wheel converting mechanism drives the order rotation between heating station (/ feed station)-discharging station-washing station (feed station)-heating station (/ feed station) of pot body.Described feed station can coordinate with automatic feeding machine or proportioning machine, so just without the artificial raw material that add vegetable.In addition, described washing station coordinates with automatic cleaning mechanism, and heating station coordinates with heating arrangements and automatic cooking mechanism, and discharging station coordinates with the container of containing dish, has so just realized the full-automation of whole culinary art flow process.Give automatic feeding machine and ingredient sector that only need be artificial provide food materials raw material, and the discharging station in other one end just can take out cooked vegetable.After the raw material at feed station splendid attire vegetable, by pot body wheel converting mechanism, drive to the process of heating, also must keep raw material can not overflow, therefore so long as not on discharging station, described maintaining body all should keep food materials in pot body not overflow, on discharging station, remove maintaining body, vegetable is poured out, realize discharging.

In order to realize above-mentioned automated job, in described feed station, be also provided with automatic feeding mechanism.

For above-mentioned culinary art position-limit mechanism, be fixedly installed on the integral structure in frame, when pot body wheel converting mechanism drives pot body to move to heating station, described the first rotating shaft coordinates with culinary art position-limit mechanism, and pot body switches to by culinary art position-limit mechanism and supports.Because pot body rotates around the first rotating shaft, so described switching mode is exactly the most simply directly to make the first rotating shaft enter in culinary art position-limit mechanism, by culinary art position-limit mechanism, supports the first rotating shaft and slide within it.Can certainly sliding part be set in the side of pot body, make it in the process of switching, enter culinary art position-limit mechanism, by sliding part supporting pan body, move.

For the split type structure of above-mentioned culinary art position-limit mechanism, can there is various structures mode: the first is that each pot of body is respectively equipped with culinary art position-limit mechanism, culinary art position-limit mechanism is fixedly connected with pot body wheel converting mechanism, pot body is by the first rotating shaft rotational support on culinary art position-limit mechanism, and pot body wheel converting mechanism drives the rotation of pot body by culinary art position-limit mechanism.The advantage that each pot of body independently arranges culinary art position-limit mechanism be pot body with culinary art position-limit mechanism between without the switching passing in and out, structure is more simple, stable, when pot body wheel converting mechanism turns to heating station by pot body, the culinary art position-limit mechanism of this pot of body is fixed with respect to frame, and pot body just can move back and forth by being supported in culinary art position-limit mechanism of the first rotating shaft like this.On other positions, can control pot body and rotate relative to cooking position-limit mechanism around the first rotating shaft, realize the operations such as discharging, cleaning, charging.For keeping the food materials in pot not overflow, can control pot body by maintaining body and rotate relative to cooking position-limit mechanism around the first rotating shaft, control food materials in pot and can in motion process, not overflow.

The second structure is that each pot of body is respectively equipped with culinary art position-limit mechanism equally, difference is that culinary art position-limit mechanism is also taken turns on converting mechanism in pot body by the second rotating shaft rotational support, the second shaft parallel is in the first rotating shaft, and pot body wheel converting mechanism drives the rotation of pot body by culinary art position-limit mechanism.The structure of two rotating shafts is set, and is to control for convenient, and on heating station, the first rotating shaft has and slides and rotate two kinds of motion modes at culinary art position-limit mechanism, on other positions, need limit it and only rotate, and can not slide, so control upper difficulty, increases.If set up the second rotating shaft, just the difference of different station can be controlled and separated.On heating station, locking culinary art position-limit mechanism rotates relative to pot body wheel converting mechanism around the second rotating shaft, and pot body can be realized and slides and rotate by the first rotating shaft support in culinary art position-limit mechanism.When pot body leaves heating station, locking pot body, unclamps culinary art position-limit mechanism and rotates relative to pot body wheel converting mechanism around the second rotating shaft with respect to the motion of culinary art position-limit mechanism around the first rotating shaft.Like this in the rotation process of station, pot body is fixed with respect to culinary art position-limit mechanism, the rotation of taking turns converting mechanism with respect to pot body by culinary art position-limit mechanism realizes a pot variation for body angle, thereby realizes the different requirements of different station upper pan body angle, and prevents that food materials from overflowing.

As mentioned above, relative position between heating station external demand fixing pot body and culinary art position-limit mechanism, therefore in said structure, be also included in other positions outside heating station, lock the first locking mechanism of described pot body and culinary art position-limit mechanism relative position and angle.Described the first locking mechanism is controllable type structure, on heating station, removes this locking mechanism, makes pot body can relatively cook position-limit mechanism motion, by being supported on the slip of the first rotating shaft in culinary art position-limit mechanism and rotating and realize.

Because whole equipment is very high to the requirement in the space taking, so the mechanism of any increase and control structure all should miniaturizations, integrated, described first locking mechanism the best be plug-in type locking mechanism or electromagnetic type locking mechanism.For plug-in type mechanism, described pot body has one with respect to culinary art position-limit mechanism along the first rotating shaft and moves axially interval, the bull of described plug-in type locking mechanism and parent part are located at respectively between the first rotating shaft and culinary art position-limit mechanism, between described pot body and culinary art position-limit mechanism, be provided with elastic component promote pot body along described in move axially, make bull separated with parent part or coordinate.Because having one with respect to culinary art position-limit mechanism along the first rotating shaft, pot body moves axially interval, and bull and parent part are arranged between the two, on heating station, only need to control pot body vertically away from culinary art position-limit mechanism, can remove the cooperation between male and female part, pot body can be moved with respect to culinary art position-limit mechanism.On other positions, control pot body vertically near culinary art position-limit mechanism, realize coordinating of bull and parent part, locking pot body and cook the relative position of position-limit mechanism.For electromagnetic type locking mechanism, described the first locking mechanism comprises locking pot body and with the magnetic mechanism of culinary art position-limit mechanism relative position with maintain the first torsion spring of pot body and culinary art position-limit mechanism relative angle, described the first torsion spring winding is in the first rotating shaft.Whether the break-make of the magnetic mechanism of electromagnetic type can be controlled pot body and be positioned in culinary art mechanism, the first torsion spring is under the effect without external force, the drive of Ru Wu automatic cooking mechanism, the angle that can keep pot body and culinary art position-limit mechanism, when Dang Guotibei automatic cooking mechanism drives, can carry out under external force angle variation again, realize highly difficult culinary art action.

The rotation of above-mentioned pot body can realize in several ways, the motor of the simplest maintaining body for driving pot body to rotate with respect to frame around the shaft.By controlling forward rotation or the backwards rotation of motor, drive pot body to change with respect to the angle of horizontal direction, described pot body can rotate around above-mentioned the first rotating shaft, also can be communicated with culinary art position-limit mechanism and around above-mentioned the second rotating shaft, rotate together.But by motor, realize control, just have wiring problem, above-mentioned pot body, in rotation and heating process, all has multiple different motion mode, if motor drives, needs to consider that the mode of connection can not interfere the relative motion of miscellaneous part.Structural design, it is a kind of optional that motor drives, but is not best mode, because its design difficulty can increase, job stability also can decline.

The mode that Optimal Control pot body angle changes still realizes by mechanical mode, the utility model can have several preferred schemes: the first is that described maintaining body comprises the guide pad being arranged on pot body and is arranged on the guide groove mechanism in frame, the process of at least moving from heating station to discharging station at pot body, guide pad slides in described guide groove mechanism.Coordinate the action of pot body wheel converting mechanism, by guide groove mechanism, come restricted guidance piece to move in guide groove, the directed movement of guide pad can drive the variation of the direction of pot body.Reasonably direction and the track of design guide groove mechanism, can reasonably control the variation of the angle of pot body, thereby realize the different requirements to angle on different station.

Wherein a kind of structure of described guide groove mechanism is arc guide barrel, drives a pot body to rotate relative to frame around the first rotating shaft when described guide pad slides in arc guide barrel.When pot body is when circular arc track carries out rotation, arc guide barrel can limit pot body angle with respect to the horizontal plane in the process of rotating, thereby make it at heating station, to the process neutralization of discharging station, in the process from feed station to heating station, keep a pot body basic horizontal, prevent that the food materials in pot from overflowing.

More simple structure is that described guide groove mechanism comprises the horizontal concrete chute being fixed in frame, the longitudinal chute sliding in horizontal concrete chute and is connected to horizontal concrete chute and the longitudinal back-moving spring between chute, and described guide pad drives a pot body to rotate relative to frame around the first rotating shaft while sliding in longitudinal chute.This structure is by sliding groove structure in length and breadth, to realize the function of above-mentioned arc guide barrel, guide pad longitudinal sliding motion in longitudinal chute, and longitudinally the relative horizontal concrete chute of chute laterally slides, and two glide directions stacks form the guide function of above-mentioned arc guide barrels.When guide pad skids off in longitudinal chute, a pot body loses limit rotation, under the effect of self gravitation or resetting-mechanism, can on discharging station, form large rotation angle, realizes discharging.

Said mechanism also can exchange longitudinal chute and horizontal concrete chute once, described guide pad is connected with pot body by a horizontal concrete chute, guide pad is slidably mounted in horizontal concrete chute, between guide pad and horizontal concrete chute, be connected with a back-moving spring, guide groove mechanism is the longitudinal chute being fixedly mounted in frame, and described guide pad drives a pot body to rotate relative to frame around the first rotating shaft while sliding in longitudinal chute.Its working method and a upper structure are similar, the mode that guide pad and horizontal concrete chute are set together be because heating station to the motion of discharging station or feed station in the process of heating station motion, from vertical direction, comparatively easily aim at and enter, therefore adopt this structure.

In like manner, when each pot of equal Independent of body is equipped with in the situation of culinary art position-limit mechanism, described maintaining body comprises that being arranged on each cooks each guide pad on position-limit mechanism and be arranged on the Yi Ge guide groove mechanism in frame, the process of at least moving from heating station to discharging station at pot body, each guide pad slides one by one in described guide groove mechanism.Each guide pad enters described guide groove mechanism when heating station is shifted out from pot body, and the process of moving from heating station to discharging station at pot body, remain in described guide groove mechanism and slide, thereby drive pot body with respect to the variation of level angle, thereby keep the food materials in pot can not overflow in the process of this motion.At discharging station, each guide block skids off one by one in described guide groove mechanism, realizes a discharging for food materials in pot.

When described guide groove mechanism is arc guide barrel, when sliding one by one in arc guide barrel, described guide pad drive culinary art position-limit mechanism to rotate relative to frame around the second rotating shaft.

Described guide groove mechanism can adopt said structure, comprise the horizontal concrete chute being fixed in frame, the longitudinal chute sliding and be connected to horizontal concrete chute and the longitudinal back-moving spring between chute in horizontal concrete chute, described guide pad drives culinary art position-limit mechanism to rotate relative to frame around the second rotating shaft while sliding in longitudinal chute one by one.

The horizontal concrete chute that can be also described each guide pad by is separately connected with culinary art position-limit mechanism, each guide pad is arranged in corresponding horizontal concrete chute and slides, between each guide pad and horizontal concrete chute, be all connected with a back-moving spring, guide groove mechanism is the longitudinal chute being fixedly mounted in frame, and described guide pad drives culinary art position-limit mechanism to rotate relative to frame around the second rotating shaft while sliding in longitudinal chute.

For can self-emptying, described the second rotating shaft be provided with and keeps culinary art position-limit mechanism and pot body to take turns the second torsion spring of angle between converting mechanism.At pot body, from heating station, move to the process of discharging station, due to the restriction of guide pad and guide groove mechanism, pot body compresses described the second torsion spring and rotates relative to pot body wheel converting mechanism, keeps the food materials in pot body not overflow.When guide pad is when shifting out in guide groove mechanism, pot body has lost the restriction of angle, under the effect of the second torsion spring reseting elasticity, pot body recovers and pot body is taken turns the initial position between converting mechanism, owing to now taking turns converting mechanism and turning to discharging station, so in the fast quick-recovery angle of pot body, pot body has the rotation of wide-angle, thereby realizes quickly discharging.

The second structure is that described maintaining body comprises and is arranged on the gear of culinary art on position-limit mechanism and is arranged on the teeth groove in frame, and the process of at least moving from heating station to discharging station at pot body, described gear and teeth groove are intermeshing.By the cooperation of gear and teeth groove, can control more accurately a pot angle for body rotation compensation, the size of the engaging tooth of rational control gear and teeth groove, the precision that can control described offset angle is big or small.The engaging structure of gear and teeth groove in addition, can improve the reliability and stability of organisation operations.

Owing to needing the position of angle compensation to occur in heating station between discharging station, or in feed station between heating station, therefore gear and teeth groove are not under ingear state of the moment, maintain one end that described gear is arranged on the second rotating shaft, and be provided with a Clutch Control gear and coordinate with teeth groove.The engagement of controllable type has facilitated the control of whole system, and level angle induction installation can be set in pot body, when in pot body tilts may cause pot, food materials overflow, start described clutch, control gear and teeth groove engagement, realize angle compensation, makes to control more accurate.

Above-mentioned culinary art position-limit mechanism can be arc chute or linear pattern chute, and described the first rotating shaft is slided in described arc chute or linear pattern chute, can be also swing span mechanism.Described culinary art mechanism is fixed on the heating station of frame, and when pot body moves to heating station, the first rotating shaft turns by culinary art position-limit mechanism to be supported.A plurality of culinary art position-limit mechanisms also can be set, by the first rotating shaft, be connected respectively with each pot of body, rotation together with pot body, when moving to heating station, is fixed culinary art position-limit mechanism and frame.

When adopting a fixing swing span mechanism, described swing span mechanism comprises fixed arm and swing arm, swing arm upper end is rotationally connected by a swinging axle and fixed arm, fixed arm is fixedly installed in frame, when pot body wheel converting mechanism drives pot body to move to heating station, the first rotating shaft switches to the connecting portion of swing arm and is connected.

When a plurality of swing span of employing mechanism is connected on pot body, described swing span mechanism comprises fixed arm and swing arm, swing arm upper end is rotationally connected by a swinging axle and fixed arm, fixed arm is connected with pot body wheel converting mechanism, the first rotating shaft is rotatably connected on swing arm, and pot body wheel converting mechanism drives the rotation of pot body by culinary art position-limit mechanism.

In the mechanism of a plurality of swing span mechanism, only on heating station, swing arm needs relative fixed arm to swing, so be also included in the second locking mechanism of other positions, locking swing arm and fixed arm relative position outside heating station between described swing arm and fixed arm.When pot body leaves heating station, the second locking mechanism, by the relative position locking of swing arm and fixed arm, prevents that swing arm from moving relative to fixed arm, so just can to pot body, carry out angle compensation by maintaining body, prevents that the food materials in pot from not overflowing.

The same with the first locking mechanism, described second locking mechanism the best is preferably plug-in type locking mechanism.Be that described swing arm has one with respect to fixed arm along swinging axle and moves axially interval, the bull of described plug-in type locking mechanism and parent part are located at respectively between swing arm and fixed arm, between described swing arm and fixed arm, be provided with elastic component promote swing arm along described in move axially, make bull separated with parent part or coordinate.Operation principle, as the first locking mechanism, does not repeat them here.

In the process that culinary art position-limit mechanism heats at supporting pan body, be required to be pot body the support force that slides and rotate is provided, and preferably pot body can be limited on certain track and slide.But for some existing automatic cooking mechanisms, the motion of pot body might not have fixing sliding trace, for this reason, cooking position-limit mechanism described in this patent can also be travelling carriage mechanism.

Described travelling carriage mechanism comprises horizontal slide rail, longitudinally slide rail and sliding shoe specifically, longitudinally slide rail is arranged on horizontal slide rail along laterally slide rail slip, sliding shoe is arranged on longitudinally slide rail slip on longitudinal slide rail, pot body and sliding shoe are rotationally connected, be provided with torsion spring between the two, between described longitudinal slide rail and horizontal slide rail, be connected with horizontal back-moving spring, between described sliding shoe and longitudinal slide rail, be connected with longitudinal back-moving spring.This structure, makes pot body all can move freely at described horizontal slide rail with between the rectangle region that longitudinally slide rail surrounds, and greatly improves the ability of applicable automatic cooking mechanism of this continuous cooking mechanism, reduces the requirement to automatic cooking mechanism.

Described pot body wheel converting mechanism comprises actuating unit, runing rest and driving shaft, and described driving shaft is located in frame by bearing bracket stand, and actuating unit driven rotary support rotates, and described pot body drives rotation by runing rest.Actuating unit generally adopts the equipment such as stepper motor, pot body is arranged on runing rest one by one, at a distance of a segment distance or an angle, how many stations are installed how many pot bodies, like this in the process of rotating, on each station, all have a pot body, can not waste any station, efficiency is also the highest.

For simplified structure, described runing rest is that one end is connected with rotating shaft, equally distributed turning arm radially, and the turning arm other end drives the rotation of pot body.Each turning arm drives a pot body, makes the rotation ringwise of a plurality of pots of bodies, and simplified structure, has avoided the mutual interference between a plurality of movement structures greatly, the difficulty that has improved the stability of structure and reduced design and safeguarded.

Another kind of structure is, described pot body wheel converting mechanism comprises actuating unit and rotation support, and described rotation support is connected with culinary art position-limit mechanism, and actuating unit drives rotation supporting band to move and cooks the rotation of position-limit mechanism supporting pan body.In this structure, the global shape of rotation support can required design, makes structure compacter.Preferred rotation supporting structure can comprise following several:

Be that rotation support comprises circular orbit, is arranged on driving-chain and the drive on circular orbit and supports driving-chain along a ratchet for circular orbit transmission, described actuating unit drives ratchet to rotate, and drives driving-chain to drive culinary art position-limit mechanism to move around circular orbit.The preferred square track of described circular orbit, described feed station, heating station, discharging station and washing station are successively set on respectively on four sides of square track, and the distinct device of corresponding each station is convenient installation also, and the division of labor is clear and definite, can mutually not interfere.

In said mechanism; by power, drive each pot of body on circular orbit to change at the enterprising road wheel of different stations; when arriving each station; need to stop the transmission of actuating unit; so that pot body carries out work on station; actuating unit needs constantly to shut down start like this, is unfavorable for the maintenance of equipment.Therefore driving-chain described in the utility model links by a controlled magnetic mechanism controls with culinary art position-limit mechanism.By controlled magnetic mechanism, realize culinary art position-limit mechanism and whether link with driving-chain, whether realize pot body along circular orbit rotation, the transmission that driving-chain can be lasting, actuating unit is without shutting down and start shooting frequently.The self-movement of all controlled magnetic mechanism, Shi Gai mechanism has more high-freedom degree, adapts to different operating modes.In addition, for avoiding collision mutually between each pot of body, can pot body movement position be read and be controlled by laser sensor, guarantee the interval between each pot of body.

Because culinary art position-limit mechanism wants supporting pan body to heat, if other equipment are being installed, just very high to the structural requirement of culinary art position-limit mechanism so, job stability must decline, in order to improve the stability of structure, described circular orbit is provided with guide rail, and controlled magnetic mechanism comprises and the magnechuck of driving-chain interlock, the slide block sliding along guide rail, and magnechuck is connected with slide block.Controlled like this magnetic mechanism is by guide rail and slider support, and controlled magnetic mechanism and described culinary art position-limit mechanism link together in addition, further gives and culinary art position-limit mechanism supports, just more stable in overall structure structure like this.

Another kind of structure is that described pot body wheel converting mechanism comprises Self-traveling mechanism and ring support, and described Self-traveling mechanism is connected with culinary art position-limit mechanism, drives culinary art position-limit mechanism to move around ring support.Self-traveling mechanism can independently operate, and drives culinary art position-limit mechanism to move along ring support, between each Self-traveling mechanism, can not influence each other, and reduces the difficulty of design, and the stability of structure is provided.

Described ring support is provided with rack rails specifically, Self-traveling mechanism comprises gear voluntarily and the actuating unit with rack rails engagement, described Self-traveling mechanism is supported on ring support, and gear coordinates with rack rails voluntarily, and actuating unit drives gear voluntarily to rotate the whole Self-traveling mechanism of drive.Actuating unit can drive gear voluntarily to rotate, and gear is engaged on rack rails and rotates voluntarily, just can drive whole Self-traveling mechanism to advance along ring support.When arriving specific station locational, actuating unit stops, and Self-traveling mechanism just supports culinary art position-limit mechanism and a pot body and is positioned at and on described station, carries out operation.

The control method of the above-mentioned continuous cooking of the utility model mechanism based on following: drive the order rotation between heating station-discharging station-washing station-heating station of described pot body to realize continuous cooking by described pot body wheel converting mechanism, when pot body moves to heating station, by automatic cooking mechanism, drive pot body to move back and forth and make food materials homogeneous heating in pot on culinary art position-limit mechanism.

Particularly described pot body is provided with the first rotating shaft perpendicular to the described rotation direction of motion, has food materials and be not in the time of discharging station in pot, also needs to control pot body and around the first rotating shaft, with respect to frame, rotates, keeps food materials in pot body not overflow.

In the time of discharging, concrete control mode is on described discharging station, control pot body around the first rotating shaft with respect to frame, rotate, by pot in food materials pour out.

When also comprising feed station, and described feed station is arranged on heating station and preheating station simultaneously, after mixing on heating station with other part food materials after part food materials preheat on preheating station by feed station together with heating.

The position of rational distribution different station, the shared space of reduction equipment greatly, described heating station-discharging station-washing station-heating station is vertical distribution, and described heating station and washing station are setting up and down, and described discharging station is arranged at heating station and washing station one side.

The angle of pot body on different stations is different, by controlling pot body, around the first rotating shaft, rotates, and makes pot body at heating station pot mouth upwards, downward at washing station pot mouth, at discharging station pot body, is vertical.

The utility model is by arranging culinary art position-limit mechanism on heating station pot body, supported with pot body, while making automatic cooking mechanism drive the motion of pot body, pot body is more stable, the burden of automatic cooking mechanism is less, can drive pot body to realize comparatively complicated culinary art action, when real simulation people cooks more, wrist drives the action of pot body.This equipment makes automatic cooking mechanism can drive a pot body to realize multiple culinary art action, or even turns over the specialty action that the complexities such as pot are very high, makes the higher level of automatic cooking mechanism culinary art.In addition, this culinary art position-limit mechanism also makes integral device running more stable, takes up room less, can to existing kitchen, carry out automatic improving more flexibly.The utility model also arranges the maintaining body of being convenient to cook food materials discharging in rear pot, by maintaining body can maintain pot body at heating station in the process of discharging station motion, food materials in pot can not overflow, while having arrived discharging station, remove the restriction of maintaining body to pot body, just can make pot body tilt, the food materials in pot are poured in pallet, realize automation mechanized operation.Meanwhile, this maintaining body also can, for feed station to the process of heating station, keep the food materials in pot can not overflow.

Accompanying drawing explanation

Fig. 1 is the structural representation of the utility model embodiment 1.

Fig. 2 is the structural representation of automatic cooking mechanism in embodiment 1.

Fig. 3 is the pot body wheel converting mechanism part-structure schematic diagram in embodiment 1.

Fig. 4 is embodiment 1 part-structure schematic diagram.

Fig. 5 is the structure enlarged drawing of A part in Fig. 4.

Fig. 6 is the structure enlarged drawing of B part in Fig. 4.

Fig. 7 is the structure enlarged drawing of C part in Fig. 4.

Fig. 8 is the part-structure schematic diagram of the utility model embodiment 2.

Fig. 9 be in embodiment 2 pot body and culinary art position-limit mechanism schematic diagram.

Figure 10 is the structure enlarged drawing of D part in Fig. 8.

Figure 11 is the structure enlarged drawing of E part in Fig. 8.

Figure 12 is the part-structure schematic diagram of the utility model embodiment 3.

Figure 13 be in embodiment 3 pot body and culinary art position-limit mechanism schematic diagram.

Figure 14 is the structure enlarged drawing of F part in Figure 12.

Figure 15 is the structure enlarged drawing of G part in Figure 12.

Figure 16 is the part-structure schematic diagram of the utility model embodiment 4.

Figure 17 be in embodiment 4 pot body and culinary art position-limit mechanism schematic diagram.

Figure 18 is the schematic diagram of another angle of Figure 17.

Figure 19 is the structure enlarged drawing of H part in Figure 18.

Figure 20 is the part-structure schematic diagram of the utility model embodiment 5.

Figure 21 be in embodiment 5 pot body and culinary art position-limit mechanism schematic diagram.

Figure 22 is the structure enlarged drawing of I part in Figure 20.

Figure 23 is the part-structure schematic diagram of the utility model embodiment 6.

Figure 24 be in embodiment 6 pot body and culinary art position-limit mechanism schematic diagram.

Figure 25 is the structure enlarged drawing of J part in Figure 23.

Figure 26 is the structure enlarged drawing of K part in Figure 23.

Figure 27 is the structure enlarged drawing of H part in Figure 23.

Figure 28 is the part-structure schematic diagram of the utility model embodiment 7.

Figure 29 be in embodiment 7 pot body and culinary art position-limit mechanism schematic diagram.

Figure 30 cooks the schematic diagram of position-limit mechanism in embodiment 7.

Figure 31 is the schematic diagram of the first locking mechanism in embodiment 7.

The specific embodiment

Below in conjunction with accompanying drawing, the utility model is described further

Embodiment 1: a kind of continuous cooking mechanism 100 as shown in Figure 1, comprise frame 110, for four pot bodies 130 of cooking, for the heating arrangements 151 that pot body 130 is heated, wiper mechanism 152 for cleaning pot body 130, for automatically importing the automatic feeding mechanism 153 that processes food materials, for support with transport the automatic discharger 154 of containing dish container, and for control the automatic cooking mechanism 155 that pot body 130 moves in heating process.Described frame 110 is a tower structure, above-mentioned each mechanism is arranged in frame 110 or in frame 110, between described heating arrangements 151 and automatic feeding mechanism 153, form heating station, above automatic discharger 154, form discharging station, above wiper mechanism 152, form washing station, so also comprise for driving the pot body wheel converting mechanism 120 of pot body 130 order rotation between heating station-discharging station-washing station-heating station.In addition, on pot body wheel converting mechanism 120, be also provided with for the culinary art position-limit mechanism 140 in 130 motions of heating process supporting pan body, four pot bodies 130 are equipped with culinary art position-limit mechanism 140, and the both sides of each pot of body 130 respectively have one, by this mechanism, are connected on pot body wheel converting mechanism 120.

Described pot body wheel converting mechanism 120 drives four pot body 130 rotations between above-mentioned four stations successively, and when pot body 130 moves to heating station, pot body wheel converting mechanism 120 stops operating, and automatic cooking mechanism 155 drives pot body 130 to carry out automatic cooking.The action of automatic cooking mechanism 155 can be with reference to utility model people the patent in first to file, number of patent application is 201310321969.4 and 201320455262.8, automatic cooking mechanism 155 is connected as shown in Figure 2 with pot body 130.Pot body 130 sides are provided with the first rotating shaft 141 and are supported on culinary art position-limit mechanism 140, and in the first rotating shaft 141 of the side towards automatic cooking mechanism 155, the output shaft that is provided with electromagnetic link mechanism 131Yu automatic cooking mechanism 155 connects.When pot body 130 moves to heating station, start electromagnetic link mechanism 131, side first rotating shaft 141 that makes pot body 130 is docked with described automatic cooking mechanism 155, and the food materials that then start in 155 pairs of pot bodies 130 of automatic cooking mechanism are cooked heating.After heating finishes, close electromagnetic link mechanism 131, this Guo Ti130Yu automatic cooking mechanism 155 is departed from and connect, by pot body wheel converting mechanism 120, drive and enter next station, another pot of body 130 being disposed at a upper station enters heating station simultaneously, continues to repeat above-mentioned action.

Shown in Fig. 3 and Fig. 4, described pot body wheel converting mechanism 120 comprises actuating unit 125, runing rest 121 and driving shaft 122, described driving shaft 122 is located in frame 110 by bearing bracket stand, actuating unit 125 drives driving-belt 123 by gear teeth wheels 124, and driving-belt 123 driven rotary supports 121 rotate.Described runing rest 121 comprises four equally distributed turning arms radially, and each turning arm is successively at a distance of 90 °, and corresponding above-mentioned each pot of body 130 distributes.

Shown in Fig. 4 and Fig. 5, described pot body 130 drives rotation by the rotation of runing rest 121.For more clearly showing the structure of each mechanism, in Fig. 4, omit part-structure, as omitted the culinary art position-limit mechanism of pot body 130 opposite sides, etc.Understanding pot body 130 that can be more detailed from Fig. 5 and the annexation of runing rest 121, as mentioned above, described pot body 130 both sides are respectively equipped with the first rotating shaft 141 perpendicular to the described rotation direction of motion, the rail structure that described culinary art position-limit mechanism 140 is arc, the first rotating shaft 141 is slidably matched with described rail structure, can along slide rail shape, move around by supporting pan body 130.Culinary art position-limit mechanism 140 is by the second rotating shaft 142 rotational support on runing rest 121, and the second rotating shaft 142 is parallel to the first rotating shaft 141, and pot body wheel converting mechanism 120 drives 130 rotations of pot body by culinary art position-limit mechanism 140.

For keeping culinary art position-limit mechanism 140 with respect to the angle of runing rest 121 turning arms, described the second rotating shaft 142 is provided with second torsion spring 147 that resets, second torsion spring 147 one end that reset are connected on turning arm, the other end is connected on culinary art position-limit mechanism 140, can keep both angles to fix, even pot body 130 slides on culinary art position-limit mechanism 140, can not affect its angle yet and change.

In this embodiment, on heating station, pot body 130 will be able to slide in the arc-shaped slide rail of described culinary art position-limit mechanism 140, when pot body 130 shifts out heating station, needs restriction pot body 130 and the relative position of cooking position-limit mechanism 140.Therefore, be also included in other positions outside heating station, lock the first locking mechanism 144 of described pot body and culinary art position-limit mechanism relative position and angle, described in the present embodiment, the first locking mechanism 144 is plug-in type locking mechanism.Shown in Fig. 7, the first locking mechanism 144 is arranged on one end of the first rotating shaft 141, and inner side is provided with the bull (inserting column) of grafting, and described culinary art position-limit mechanism 140 arc-shaped slide rail sides are provided with the parent part (spliced eye) coordinating with described bull.Described pot body 130 has one with respect to culinary art position-limit mechanism 140 along the first rotating shaft 141 and moves axially interval (as shown by the arrows in Figure 5), the first rotating shaft 141 is provided with elastic component 146(Compress Spring) promote to move axially described in pot body 130 edges, bull is coordinated with parent part, realize locking.On heating station, automatic cooking mechanism 155 promotes pot body 130, compresses described elastic component 146, makes bull separated with parent part, even if pot body 130 can slide with respect to culinary art position-limit mechanism 140.

Owing to resetting, the second torsion spring 147 keeps culinary art position-limit mechanism 140 with respect to the angle of runing rest 121 turning arms, when pot body 130 produces when coming from heating station, drive along with pot body wheel converting mechanism 120, the angle of pot body 130 can progressively tilt, so likely the food materials in pot can overflow, for preventing the appearance of this situation.The present embodiment is also further provided with in heating station-discharging station motion process, drives pot body 130 and culinary art position-limit mechanism 140 together around the second rotating shaft 142, with respect to runing rest 121, to rotate, keep the maintaining body that in pot body, food materials do not overflow.This maintaining body comprises and is arranged on the guide pad 145 of culinary art on position-limit mechanism 140 and is arranged on the guide groove mechanism 160 in frame 110, the process of at least moving from heating station to discharging station at pot body 130, guide pad 145 enters and in the 160 interior slips of described guide groove mechanism, as shown by the arrows in Figure 4.

Specifically described guide groove mechanism 160 comprise the horizontal concrete chute 161 that is fixed in frame 110, at longitudinal chute 162 of horizontal concrete chute 161 interior slips be connected to horizontal concrete chute 161 and the longitudinal back-moving spring 163 between chute 162, as shown in Figure 6, described guide pad 145 drives culinary art position-limit mechanism 140 to rotate relative to frame 110 around the second rotating shaft 142 when longitudinal interior slip of chute 162.In this motion process, pot body 130 is locked as one with culinary art position-limit mechanism 140 by the first locking mechanism, guide pad 145 enters this chute from longitudinal chute 162 upper ends, in the process of motion, drives the relative horizontal concrete chute 161 of the described back-moving spring 163 of longitudinal chute 162 stretching to slide.Two chutes movement limit to guide pad 145, promotes culinary art position-limit mechanism 140 and rotates and compress described reset the second torsion spring 147 around the second rotating shaft 142, thereby keep pot body 130 relative levels in length and breadth, so just can keep the food materials in pot body 130 can not overflow.When moving to discharging station, described guide pad 145 skids off from longitudinal chute 162 lower ends, under the effect of described reset the second torsion spring 147, described culinary art position-limit mechanism 140 returns to the relative angle with turning arm, because turning arm is now horizontal direction, cook position-limit mechanism 140 and can turn to vertical direction together with pot body 130, realize the discharging action of food materials in pot.

Relatively prior art is compared and can be found out, it is all little much that the structure of the present embodiment takies the volume space shared with respect to equipment formerly.The automatic cooking apparatus 155 that the present embodiment adopts in addition also not necessarily adopts the technical scheme of applying for before utility model people, goes for the cooking equipment of other automations, has adaptive capacity widely, can carry out automatic improving for existing kitchen.

In the time of the present embodiment work, open actuating unit 125, actuating unit 125 drives gear teeth wheels 124 and conveyer belt 123, and rotational power is delivered to runing rest 121, and runing rest 121 just can drive the pot body 130 on its turning arm to rotate around driving shaft 122.Except the heating station of heating arrangements 151 tops, other position upper pan bodies 130 lock together by the first locking mechanism 144 and culinary art position-limit mechanism 140, and pot body 130 is with 140 motions of culinary art position-limit mechanism.When pot body 130 turns to heating station, actuating unit 125 stops, and pot body 130 is positioned on heating station, opens heating arrangements 151, the food materials that automatic feeding mechanism 153 prepares toward the interior input of pot body 130.

Then, start electromagnetic link mechanism 131, the output shaft of automatic cooking mechanism 155 is docked with the first rotating shaft 141 of pot body 130.Automatic cooking mechanism 155 promotes pot body 130 and moves to the first locking mechanism 144 directions along above-mentioned axis, compression elastic piece 146, bull on the first locking mechanism 144 is departed from the parent part on culinary art position-limit mechanism 140, remove the locking between pot body 130 and culinary art position-limit mechanism 140.Next, automatic cooking mechanism 155 just can drive pot body 130 to realize culinary art action, and pot body 130 is supported on the enterprising line slip of arc chute of culinary art position-limit mechanism 140 by the first rotating shaft 141 of both sides.

After having heated, close electromagnetic link mechanism 131, remove being connected between automatic cooking mechanism 155 and pot body 130, pot body 130 is under the effect of elastic component 146, drive the first locking mechanism 144 to 140 motions of culinary art position-limit mechanism, the bull of the first locking mechanism 144 is coordinated with the parent part of culinary art position-limit mechanism 140, realize the locking between pot body 130 and culinary art position-limit mechanism 140.Start actuating unit 125 and drive pot body wheel converting mechanism 120, realize the rotation of pot body 130.

Fill the pot body 130 of the food materials that heat from heating station out, guide pad 145 on its culinary art position-limit mechanism 140 enters in described longitudinal guide groove 162, rotation along with pot body wheel converting mechanism 120, described guide block 145, in longitudinal interior slip of guide groove 162, promotes longitudinal guide groove 162 along laterally guide groove 161 stretching back-moving springs 163 slips.By the cooperation of guide groove in length and breadth, can reverse promotion guide block 145, thereby drive culinary art position-limit mechanism 140 compression reset the second torsion springs 147 to rotate around the turning arm of runing rest 121, keep the direction of pot body 130 in basic horizontal, or according to the concrete condition of food materials, pot body, pot body 130 is remained between 0 ~ 45 °, object is exactly to prevent that the food materials in pot from overflowing.Next pot of body replaced above-mentioned pot body 130 and entered heating station in addition, repeats above-mentioned automatic cooking process.

When pot body 130 moves to discharging station, described guide block 145 just in time skids off from the lower end of longitudinal guide groove 162, culinary art position-limit mechanism 140 is under the effect of second torsion spring 147 that resets, recover original angle, because turning arm is now in horizontal direction, so being communicated with pot body 130, culinary art position-limit mechanism 140 will be reset to vertical direction, food materials in pot body 130 are poured out on the pallet of automatic discharger 154, automatic discharger 154 transports food materials, and send into new pallet, for next vegetable of access.

After discharging, described pot body wheel converting mechanism 120 drives this pot of body 130 to continue to move to washing station, and 152 pairs of this pot of bodies 130 of automatic cleaning mechanism clean, and then this pot of body 130 are transported to next circulation, repeat above-mentioned action.

Embodiment 2: the heating arrangements of the present embodiment, automatic cooking mechanism, automatic feeding mechanism, automatic discharger and wiper mechanism and a upper embodiment are basic identical, in order more clearly to show its structure, omit picture said mechanism in accompanying drawing 8.The pot body wheel converting mechanism that introduces an a kind of not the same embodiment in the present embodiment, other mechanisms can be with reference to a upper embodiment or other embodiment below.

Continuous cooking mechanism 200 as shown in Figure 8, its pot of body wheel converting mechanism 220 comprises the rotation support of actuating unit 224 and inside and outside both sides, and the rotation support in outside comprises circular orbit 221, is arranged on the driving-chain 222 on circular orbit 221 and drives and support driving-chain 222 along the ratchet 223 of circular orbit 221 transmissions.Described circular orbit 221 is square, and four ratchets 223 are distributed in its four corners, support described driving-chain 222, and actuating unit 224 drives one of them ratchet 223, thereby can drive driving-chain 222 along circular orbit 221 transmissions.The rotation support of inner side is the structure of a circular orbit 221.

As shown in Figure 9, described pot body 230 both sides are provided with the first rotating shaft 241, by the first rotating shaft 241, be erected on culinary art position-limit mechanism 240 and slided, culinary art position-limit mechanism 240 is linear pattern slide rail, and pot body 230 sets up thereon and can slidably reciprocate along the direction of this line slide rail.Identical with a upper embodiment, between pot body 230 and culinary art position-limit mechanism 240, be provided with the first locking mechanism 244, for except heating station, lock the relative position between pot body 230 and culinary art position-limit mechanism 240.Described the first locking mechanism 244 is arranged on the outer end of the first rotating shaft 241, the inner of the first rotating shaft 241 is provided with second torsion spring 246 that resets, described the first locking mechanism 244 inner sides are provided with bull 247, and culinary art position-limit mechanism 240 corresponding thereto side is provided with parent part 248, shown in Figure 10,11.On heating station, by automatic cooking mechanism, promote the inner of the first rotating shaft 241, compression reset the second torsion spring 246, pot body 230 is moved to the first locking mechanism 244 directions, as shown by arrows in FIG., can, so that the bull on the first locking mechanism 244 departs from the parent part on culinary art position-limit mechanism 240, remove the locking between pot body 230 and culinary art position-limit mechanism 240.

A plurality of culinary art position-limit mechanisms 240 are respectively by the slide block 252 and driving-chain 222 interlocks of connector 251 and frame shape, and connector 251 is fixedly connected with slide block 252.Culinary art position-limit mechanism 240 is by the second rotating shaft 242 connection sliding blocks 252, described circular orbit 221 inner sides are provided with guide rail 253, described slide block 252 is socketed on circular orbit 221, the second rotating shaft 242 just in time coordinates with the guide rail 253 of described circular orbit 221 inner sides, supports whole slide block 252 and slides along circular orbit 221.Need to be between each station when rotation when pot body 230, described driving-chain 222 band movable sliders 252 slide along circular orbit 221, thereby realize the rotation that drives pot body 230.When pot body 230 enters station and need to carry out operation, such as heating, driving-chain 222 stops transmission, and a pot body 230 has just stopped like this, can carry out operation.

The discharging station of the present embodiment is arranged on the angle position of circular orbit 221, after 230 culinary arts of pot body, when driving to described angle position by conveyer chain 222, culinary art position-limit mechanism 240 drives pot body 230 to rotate with the variation of the shape of circular orbit 221, pot body 230 is turned to vertically from level, food materials in pot are poured out, realized discharging.

Embodiment 3: the present embodiment is the variation based on embodiment 2 foundation structures, be mainly reflected on culinary art position-limit mechanism, its pot of body wheel converting mechanism is basic identical with embodiment 2, as shown in figure 12, shown continuous cooking mechanism 300, its pot of body wheel converting mechanism comprises the rotation support of actuating unit and inside and outside both sides, and the rotation support in outside comprises circular orbit 321, is arranged on the driving-chain 322 on circular orbit 321 and drives and support driving-chain 322 along the ratchet 323 of circular orbit 321 transmissions.Described circular orbit 321 is square, four ratchets 323 are distributed in its four corners, support described driving-chain 322, and actuating unit drives one of them ratchet 323, thereby can drive driving-chain 322 along circular orbit 321 transmissions, this structure is substantially the same manner as Example 2.

Shown in Figure 13, be mainly arranged on pot body 330 both sides with the difference of embodiment 2, the culinary art position-limit mechanism 340 that heats and drive pot body 330 to carry out rotation for supporting pan body 330.As shown in the figure, this culinary art position-limit mechanism 340Wei swing span mechanism.

Specifically, described swing span mechanism comprises fixed arm 347 and swing arm 348, swing arm 348 upper ends are rotationally connected with fixed arm 347 by a swinging axle 349, fixed arm 347 links by a controlled magnetic mechanism controls and pot body wheel converting mechanism, the first rotating shaft 341 is rotatably connected on swing arm 348 lower ends, and pot body wheel converting mechanism drives 330 rotations of pot body by culinary art position-limit mechanism 340.

Above-mentioned controlled magnetic mechanism comprises and the magnechuck 351 of driving-chain 322 interlocks and the slide block 352 of frame shape, and magnechuck 351 is fixedly connected with slide block 352.The fixed arm 347 of culinary art position-limit mechanism 340 is by the second rotating shaft 342 connection sliding blocks 352, described circular orbit 321 inner sides are provided with guide rail, described slide block 352 is socketed on circular orbit 321, the second rotating shaft 342 just in time coordinates with the guide rail of described circular orbit 321 inner sides, supports whole slide block 352 and slides along circular orbit 321.Need to be between each station when rotation when pot body 330, control magnechuck 351 energisings, described driving-chain 322 just can be with movable slider 352 to slide along circular orbit 321, thereby realizes the rotation that drives pot body 330, as shown in figure 15.When pot body 330 enters station and need to carry out operation, such as heating, disconnect the interlock between magnechuck 351 and slide block 352, pot body 330 has just stopped like this, can carry out operation, driving-chain 322 can continue, around circular orbit 321 motions, without stopping actuating unit, to have avoided actuating unit switching over frequently in this case.

Same as the previously described embodiments, between pot body 330 and culinary art position-limit mechanism 340, be provided with the first locking mechanism 344, for except heating station, lock pot body 330 and can with respect to swing arm 348, not rotate around the first rotating shaft 341.Described the first locking mechanism 344 is arranged on the outer end of the first rotating shaft 341 being connected with swing arm 348, on swinging axle 349, be arranged with second torsion spring 346 that resets, described the first locking mechanism 344 inner sides are provided with bull, and swing arm 348 corresponding thereto side is provided with and is mated parent part.In addition, what be different from above-described embodiment is, for preventing on other positions outside heating station, swing arm 348 swings with respect to fixed arm 347, is also included in the second locking mechanism 345 of other positions, locking swing arm 348 and fixed arm 347 relative positions outside heating station between described swing arm 348 and fixed arm 347.Described the second locking mechanism 345 is similarly plug-in type locking mechanism, and as shown in the figure, it is a polygon post, offers polygonal hole be mated in a side of swing arm 348.

As shown in figure 14, described swing arm 348 relatively fixed arm 347 has the distance of a transverse shifting, described reset the second torsion spring 346 pulls swing arm 348 to move to fixed arm 347, make the first locking mechanism 344 and the second locking mechanism 345 lockings, thereby restriction pot body 330 rotates with respect to swing arm 348, and swing arm 348 swings with respect to fixed arm 347.On heating station, being provided with a unlocking board 353 is fixedly connected with frame, when culinary art position-limit mechanism 340 turns to this position, unlocking board 353 promotes described swing arm 348, make swing arm 348 away from fixed arm 347, as shown in arrow in Figure 13, thereby realize the first locking mechanism 344 of connected structure and the release of the second locking mechanism 345, pot body 330 can be rotated around swing arm 348, and swing arm 348 can swing around fixed arm 347.The inner of culinary art mechanism urges the first rotating shaft 241, compression reset the second torsion spring 246, pot body 230 is moved to the first locking mechanism 244 directions, as shown by arrows in FIG., can, so that the bull on the first locking mechanism 244 departs from the parent part on culinary art position-limit mechanism 240, remove the locking between pot body 230 and culinary art position-limit mechanism 240.When pot body wheel converting mechanism drives culinary art position-limit mechanism 340 and pot body 330 to leave heating station, swing arm 348 loses the spacing of unlocking board 353, at second torsion spring 346 that resets, pull bottom swing arm 348 to move to fixed arm 347, realize relocking of said mechanism.

For magnechuck 351 is departed from after driving-chain 322, described culinary art position-limit mechanism 340 can be positioned in frame, so that automatic cooking mechanism carries out cooking operation to pot body 330, described mechanism also comprises a detent mechanism.This detent mechanism comprises the gear 354 being arranged on culinary art position-limit mechanism 340, and gear 354 can be arranged on the end of described the second rotating shaft 342, and is arranged on the teeth groove in frame, and teeth groove can be arranged on above-mentioned guide rail inner side, coordinates with the gear of the second rotating shaft 342.At pot body 330, in the process of circular orbit 321 motions, described gear 354 is intermeshing with teeth groove.Described detent mechanism also comprises that one for locking the controllable clutch 343 of culinary art position-limit mechanism 340 and the second rotating shaft 342.When controllable clutch 343 does not start, the second rotating shaft 342 can freely be rotated relative to cooking position-limit mechanism 340, and now driving-chain 322 drives pot body 330 to transmit, and the rotation of the second rotating shaft 342 can not cause the angle of cooking position-limit mechanism 340 to change.When pot body 330 is during to heating station, disconnect the interlock between magnechuck 351 and slide block 352, because the gear 354 in the second rotating shaft 342 is engaged in teeth groove, so limited the rotation of the second rotating shaft 342, now start controllable clutch 343, locking culinary art position-limit mechanism 340 and the second rotating shaft 342, the location on circular orbit 321 that just can realize culinary art position-limit mechanism 340.

Identical with embodiment 2, the discharging station of the present embodiment is arranged on the angle position of circular orbit 321, after 330 culinary arts of pot body, when driving to described angle position by conveyer chain 322, culinary art position-limit mechanism 340 drives pot body 330 to rotate with the variation of the shape of circular orbit 321, pot body 330 is turned to vertically from level, the food materials in pot are poured out, realize discharging.

Embodiment 4: a kind of continuous cooking mechanism 400 as shown in figure 16, this mechanism has omitted the equipment component of the above-mentioned repetition of part equally, in frame 410, pot body 430 both sides ring support 421 is set, described pot body wheel converting mechanism comprises Self-traveling mechanism 422 and ring support 421, described Self-traveling mechanism 422 is connected with culinary art position-limit mechanism 440, drives culinary art position-limit mechanism 440 around ring support 421 motions.

Shown in Figure 17 and 18, described culinary art position-limit mechanism 440Wei travelling carriage mechanism, described travelling carriage mechanism comprises horizontal slide rail 441, longitudinal slide rail 442 and sliding shoe, longitudinally slide rail 442 is arranged on horizontal slide rail 441 along laterally slide rail 441 slips, sliding shoe is arranged on longitudinally slide rail 442 slips on longitudinal slide rail 442, pot body 430 is rotationally connected by the first rotating shaft and sliding shoe, the first rotating shaft is provided with reset the second torsion spring 445 that maintains pot body 430 levels, between described longitudinal slide rail 442 and horizontal slide rail 441, be connected with horizontal back-moving spring 444, between described sliding shoe and longitudinal slide rail 442, be connected with longitudinal back-moving spring 443.On heating station, by automatic cooking mechanism, drive pot body 430 to cook action, the region of pot body 430 motion is limited in horizontal slide rail 441 and region that longitudinally slide rail 442 surrounds, in this region, the actions such as pot body 430 can slide, rotation, make the culinary art action of pot body 430 more flexible, can realize the culinary art of more complicated vegetable.When pot body 430 shifts out heating station, longitudinally back-moving spring 443, by horizontal back-moving spring 444 and second torsion spring 445 that resets, realize above-mentioned longitudinal slide rail 442 on horizontal slide rail 441, slide block is on longitudinal slide rail 442 and a reset for pot body 430 horizontal directions.

Shown in Figure 19, above-mentioned Self-traveling mechanism 422 drives culinary art position-limit mechanism 440 around ring support 421 motions, its concrete structure is that described ring support 421 is provided with rack rails, Self-traveling mechanism 422 comprises gear voluntarily 423 and the actuating unit 426 with rack rails engagement, described Self-traveling mechanism is supported on ring support 421 by slide block 425, gear 423 coordinates with rack rails voluntarily, and actuating unit 426 drives gear 423 voluntarily to rotate the whole Self-traveling mechanism 422 of drive by gear train 424.

Embodiment 5: a kind of continuous cooking mechanism 500 as shown in figure 20, adopt in the same manner as in Example 1 the pot body wheel converting mechanism 520 of swing boom configuration, described pot body wheel converting mechanism 520 comprises three turning arms, is supported in frame 510 and rotates, and each turning arm drives a pot body 530.Pot body 530 is connected on each turning arm by culinary art position-limit mechanism 540, and described culinary art position-limit mechanism 540 is arc-shaped slide rail, and pot body 530 is supported in described arc-shaped slide rail and is slided by the first rotating shaft 541.Culinary art position-limit mechanism 540 is rotationally connected with described turning arm by the second rotating shaft 542, is arranged with second torsion spring 547 that resets for maintaining culinary art position-limit mechanism 540 state as shown in the figure in described the second rotating shaft 542.

Shown in Figure 21 and 22, the end of described the first rotating shaft 541 is provided with the first locking mechanism 544, described the first locking mechanism 544 is a squared ends structure, is provided with a square casing 543 coordinates with described the first locking mechanism 544 in the end of the arc-shaped slide rail of described culinary art position-limit mechanism 540.When the first locking mechanism 544 coordinates with square casing 543, pot body 530 can not slide with respect to culinary art position-limit mechanism 540.When pot body wheel converting mechanism 520 drives pot body 530 to move to heating station, automatic cooking mechanism promotes pot body 530, as shown in arrow in Figure 21, make the first rotating shaft 541 horizontal slips, promoting the first locking mechanism 544 departs from and coordinates with square casing 543, on heating station, pot body 530 just can now slide for culinary art position-limit mechanism 540 like this.

After having cooked, the process moving to discharging station from heating station, need to maintain equally pot body 530 levels, prevent that pot interior food materials from overflowing.The maintaining body of the present embodiment comprises the guide pad 545 being arranged on pot body 530 and is arranged on the longitudinal chute 562 in frame 510, and the process of at least moving from heating station to discharging station at pot body 530, guide pad 545 is in the interior slip of described longitudinal chute 562.In detail as shown in figure 22, described guide pad 545 is the one end with culinary art position-limit mechanism 540 by a horizontal concrete chute 561, guide pad 545 is arranged in horizontal cunning 561 grooves and slides, between guide pad 545 and horizontal concrete chute 561, be connected with a back-moving spring 563, described guide pad 545 drives culinary art position-limit mechanism 540 to rotate relative to frame 510 around the second rotating shaft 542 when longitudinal interior slip of chute 562, keeps the food materials in pot body 530 can not overflow.In the process of this rotation, compress described reset the second torsion spring 547, when described guide pad 545 skids off longitudinal chute 562, described reset the second torsion spring 547 drives culinary art position-limit mechanism 540 to reset, because turning arm is now level, pot body 530 turns to vertical direction with culinary art position-limit mechanism 540, and the food materials in pot are poured out, and realizes discharging action.

Embodiment 6: a kind of continuous cooking mechanism 600 as shown in figure 23, described pot body wheel converting mechanism 620 comprises actuating unit 625, runing rest 621 and driving shaft 622, described driving shaft 622 is located in frame by bearing bracket stand, actuating unit 625 drives driving-belt 623 by belt pulley set 624, and driving-belt 623 driven rotary supports 621 rotate.Described runing rest 621 comprises four equally distributed turning arms radially, and each turning arm, successively at a distance of 90 °, is distinguished corresponding above-mentioned each pot of body 630.

Shown in Figure 24, Figure 25,26 and 27, described pot body 630 drives rotation by the rotation of runing rest 621, pot body 630 both sides are respectively equipped with the first rotating shaft 641 perpendicular to the described rotation direction of motion, described culinary art position-limit mechanism 640 is rectilinear rail structure, the first rotating shaft 641 is slidably matched with described rail structure, can along slide rail shape, move around by supporting pan body 630.Culinary art position-limit mechanism 640 is fixed on the turning arm of runing rest 621, and pot body wheel converting mechanism 620 drives 630 rotations of pot body by culinary art position-limit mechanism 640.

For keeping pot body 630 with respect to the angle of culinary art position-limit mechanism 640, described the first rotating shaft 641 is provided with first torsion spring 647 that resets, first torsion spring 647 one end are connected in the first rotating shaft 641, the other end is connected on culinary art position-limit mechanism 640, can keep both angles to fix, when pot body 630 is not subject in the situation of external force, the first torsion spring 647 can drive the first rotating shaft 641 to be communicated with pot body 630 and turn to original state, keeps the relative angle of pot body 630 and culinary art position-limit mechanism 640.

In this embodiment, on heating station, pot body 630 will be able to slide in the linear slide rail of described culinary art position-limit mechanism 640, when pot body 630 shifts out heating station, needs restriction pot body 630 and the relative position of cooking position-limit mechanism 640.Therefore, be also included in other positions outside heating station, lock the first locking mechanism 644 of described pot body 630 and culinary art position-limit mechanism 640 relative positions and angle, the first locking mechanism 644Wei magnetic mechanism described in the present embodiment.The first locking mechanism 644 is specially dead electricity and keeps magnechuck, be arranged in the first rotating shaft 641, be arranged on the side of culinary art position-limit mechanism 640 linear pattern slide rails, during power-off, can hold culinary art position-limit mechanism 640 by permanent magnet, the relative position of restriction pot body 630 and culinary art position-limit mechanism 640, realizes locking.On heating station, the first locking mechanism 644 energisings, electromagnet provides opposing magnetic field to offset permanent magnetic field, removes the locking of pot body 630 and culinary art position-limit mechanism 640, even if pot body 630 can slide with respect to culinary art position-limit mechanism 640.

Because the first torsion spring 647 keeps pot body 630 with respect to the angle of culinary art position-limit mechanism 640, when pot body 630 produces when coming from heating station, drive along with pot body wheel converting mechanism 620, the angle of pot body 630 can progressively tilt, so likely the food materials in pot can overflow, for preventing the appearance of this situation.The present embodiment is also further provided with in heating station-discharging station motion process, drives pot body 630 and culinary art position-limit mechanism 640 together around the second rotating shaft 642, with respect to runing rest 621, to rotate, keep the maintaining body that in pot body, food materials do not overflow.This maintaining body comprises the guide pad 645 being connected with pot body 630 and is arranged on the guide groove mechanism 660 in frame, and the process of at least moving from heating station to discharging station at pot body 630, guide pad 645 enters and in the 660 interior slips of described guide groove mechanism.

Described guide pad 645 is connected in the first rotating shaft 641 by a guide plate 643 specifically, can drive the first rotating shaft 641 and pot body 630 to rotate in the lump.Guide groove mechanism 660 comprises the horizontal concrete chute 661 that is fixed in frame, at longitudinal chute 662 of horizontal concrete chute 661 interior slips be connected to horizontal concrete chute 661 and the longitudinal back-moving spring 663 between chute 662, as shown in figure 26, described guide pad 645 drives the first rotating shaft 641 to rotate relative to frame when longitudinal interior slip of chute 662.In this motion process, pot body 630 locks relative positions with culinary art position-limit mechanism 640 by the first locking mechanism 644, but pot body 630 still can rotate relative to culinary art position-limit mechanism 640 around the first rotating shaft 641, guide pad 645 enters this chute from longitudinal chute 662 upper ends, in the process of motion, drive the relative horizontal concrete chute 661 of the described back-moving spring 663 of longitudinal chute 662 stretching to slide.Two chutes movement limit to guide pad 645 in length and breadth, promoting pot body 630 connection culinary art position-limit mechanisms 640 rotates around described the first torsion spring 647 of the second rotating shaft 642 compressions, thereby keep pot body 630 relative levels, so just can keep the food materials in pot body 630 can not overflow.When moving to discharging station, described guide pad 645 skids off from longitudinal chute 662 lower ends, described pot body 630 is under the effect of the first torsion spring 647, relative to culinary art position-limit mechanism 640, rotate, return to initial position, because turning arm is now horizontal direction, culinary art position-limit mechanism 640 is vertical direction, pot body 630 can turn to vertical direction, realizes the discharging action of food materials in pot.

Embodiment 7: a kind of continuous cooking mechanism 700 as shown in figure 28, comprise frame 710, for four pot bodies 730 of cooking, for the heating arrangements 751 that pot body 730 is heated, wiper mechanism 752 for cleaning pot body 730, for automatically importing the automatic feeding mechanism 753 that processes food materials, for support with transport the automatic discharger 754 of containing dish container, and for control the automatic cooking mechanism 755 that pot body 730 moves in heating process.Described frame 710 is a tower structure, above-mentioned each mechanism is arranged in frame 710 or in frame 710, between described heating arrangements 751 and automatic feeding mechanism 753, form heating station, above automatic discharger 754, form discharging station, above wiper mechanism 752, form washing station, between described washing station-heating station, also comprise preheating station.So also comprise for driving the pot body wheel converting mechanism 720 of pot body 730 order rotation between heating station-discharging station-washing station-preheating station-heating station.And feed station is set, described feed station is arranged on heating station and preheating station simultaneously, like this when a pot body 730 carries out pre-warmed time just can dividing food materials by throw-in part on preheating station, and when pot body 730 is entering heating station and heats, then throw-in part divides food materials to mix with it.This structure in when heating required duration and degree of heating and the otherness of time, can make the mode of culinary art more diversified for different food materials, uses the making of a greater variety of vegetables.In addition, on pot body wheel converting mechanism 720, be also provided with for the culinary art position-limit mechanism 740 in 730 motions of heating process supporting pan body, four pot bodies 730 are equipped with culinary art position-limit mechanism 740, and the both sides of each pot of body 730 respectively have one, by this mechanism, are connected on pot body wheel converting mechanism 720.

Described pot body wheel converting mechanism 720 drives four pot body 730 rotations between above-mentioned four stations successively, and when pot body 730 moves to heating station, pot body wheel converting mechanism 720 stops operating, and automatic cooking mechanism 755 drives pot body 730 to carry out automatic cooking.The action of automatic cooking mechanism 755 can be with reference to utility model people the patent in first to file, number of patent application is 201310321969.4 and 201320455262.8.Shown in Figure 29, pot body 730 sides are provided with the first rotating shaft 741 and are supported on culinary art position-limit mechanism 740, in the first rotating shaft 741 of the side towards automatic cooking mechanism 755, are provided with electromagnetic link mechanism and are connected with the output shaft of automatic cooking mechanism 755.When pot body 730 moves to heating station, start electromagnetic link mechanism, side first rotating shaft 741 that makes pot body 730 is docked with described automatic cooking mechanism 755, and the food materials that then start in 755 pairs of pot bodies 730 of automatic cooking mechanism are cooked heating.After heating finishes, close electromagnetic link mechanism, this Guo Ti730Yu automatic cooking mechanism 755 is departed from and connect, by pot body wheel converting mechanism 720, drive and enter next station, another pot of body 730 being disposed at a upper station enters heating station simultaneously, continues to repeat above-mentioned action.

Shown in Figure 30, the rail structure that described culinary art position-limit mechanism 740 is arc, the first rotating shaft 741 is slidably matched with described rail structure, can along slide rail shape, move around by supporting pan body 730.In this embodiment, on heating station, pot body 730 will be able to slide in the arc-shaped slide rail of described culinary art position-limit mechanism 740, when pot body 730 shifts out heating station, needs restriction pot body 730 and the relative position of cooking position-limit mechanism 740.Therefore, be also included in other positions outside heating station, lock the first locking mechanism 744 of described pot body and culinary art position-limit mechanism relative position and angle, described in the present embodiment, the first locking mechanism 744 is plug-in type locking mechanism.The first locking mechanism 744 is arranged on one end of the first rotating shaft 741, inner side is provided with four inserting columns 747 of grafting, as shown in figure 31, described culinary art position-limit mechanism 740 arc-shaped slide rail sides are provided with four spliced eyes 746 that coordinate with described inserting column 747, as shown in figure 30.Described pot body 730 has one with respect to culinary art position-limit mechanism 740 along the first rotating shaft 741 and moves axially interval (as shown in arrow in Figure 29), the first rotating shaft 741 is provided with elastic component 746(Compress Spring) promote to move axially described in pot body 730 edges, inserting column 747 and spliced eye 746 are coordinated, realize locking.On heating station, automatic cooking mechanism 755 promotes pot body 730, compresses described elastic component 746, makes bull separated with parent part, even if pot body 730 can slide with respect to culinary art position-limit mechanism 740.

The present embodiment is also further provided with in heating station-discharging station motion process, drives pot body 730 and culinary art position-limit mechanism 740 together around the second rotating shaft, with respect to runing rest, to rotate, keep the maintaining body that in pot body, food materials do not overflow.This maintaining body comprises and is arranged on the guide pad 745 of culinary art on position-limit mechanism 740 and is arranged on the guide groove mechanism 760 in frame 710, the process of at least moving from heating station to discharging station at pot body 730, guide pad 745 enters and in the 760 interior slips of described guide groove mechanism.

1 the description in conjunction with the embodiments of the specific works process of this embodiment, does not repeat them here.

Obviously, above-described embodiment is only for the utility model example is clearly described, and is not the restriction to embodiment of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without also giving all embodiments.All any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in the protection domain of the utility model claim.

Claims (1)

1.Yi Zhong continuous cooking mechanism, comprise frame, for the some pots of bodies of cooking, for the heating arrangements that pot body is heated, wiper mechanism for cleaning pot body, for control the automatic cooking mechanism of pot body motion in heating process, for driving the pot body wheel converting mechanism of pot body order rotation between heating station-discharging station-washing station-heating station, it is characterized in that: also comprise for the culinary art position-limit mechanism in the motion of heating process supporting pan body, at least, on heating station, the relative frame of described culinary art position-limit mechanism is fixed.

2. continuous cooking according to claim 1 mechanism, is characterized in that also comprising preheating station between described washing station-heating station.

3. continuous cooking according to claim 2 mechanism, characterized by further comprising feed station, and described feed station is arranged on heating station or preheating station, or is arranged on heating station and preheating station simultaneously.

4. continuous cooking according to claim 3 mechanism, is characterized in that being also provided with automatic feeding mechanism in described feed station.

5. continuous cooking according to claim 1 mechanism, is characterized in that being provided with the first rotating shaft perpendicular to the described rotation direction of motion at described pot body, and the first rotating shaft support pot body slides on culinary art position-limit mechanism.

6. continuous cooking according to claim 5 mechanism, it is characterized in that cooking position-limit mechanism is fixedly installed in frame, when pot body wheel converting mechanism drives pot body to move to heating station, described the first rotating shaft coordinates with culinary art position-limit mechanism, and pot body switches to by culinary art position-limit mechanism and supports.

7. continuous cooking according to claim 5 mechanism, it is characterized in that each pot of body is respectively equipped with culinary art position-limit mechanism, culinary art position-limit mechanism is fixedly connected with pot body wheel converting mechanism, pot body is by the first rotating shaft rotational support on culinary art position-limit mechanism, and pot body wheel converting mechanism drives the rotation of pot body by culinary art position-limit mechanism.

8. continuous cooking according to claim 5 mechanism, it is characterized in that each pot of body is respectively equipped with culinary art position-limit mechanism, culinary art position-limit mechanism is taken turns on converting mechanism in pot body by the second rotating shaft rotational support, the second shaft parallel is in the first rotating shaft, and pot body wheel converting mechanism drives the rotation of pot body by culinary art position-limit mechanism.

9. continuous cooking according to claim 5 mechanism, characterized by further comprising other positions outside heating station, locks the first locking mechanism of described pot body and culinary art position-limit mechanism relative position and angle.

10. continuous cooking according to claim 9 mechanism, is characterized in that described the first locking mechanism is plug-in type locking mechanism.

11. continuous cooking according to claim 10 mechanisms, it is characterized in that described pot body has one with respect to culinary art position-limit mechanism along the first rotating shaft and moves axially interval, the bull of described plug-in type locking mechanism and parent part are located at respectively between the first rotating shaft and culinary art position-limit mechanism, between described pot body and culinary art position-limit mechanism, be provided with elastic component promote pot body along described in move axially, make bull separated with parent part or coordinate.

12. continuous cooking according to claim 9 mechanisms, it is characterized in that described the first locking mechanism comprises locking pot body and with the magnetic mechanism of culinary art position-limit mechanism relative position with maintain the first torsion spring of pot body and culinary art position-limit mechanism relative angle, described the first torsion spring winding is in the first rotating shaft.

13. continuous cooking according to claim 5 mechanisms, characterized by further comprising and drive described pot body around the first rotating shaft, with respect to frame, to rotate, keep the maintaining body that in pot body, food materials do not overflow.

14. continuous cooking according to claim 13 mechanisms, is characterized in that the motor of described maintaining body for driving pot body to rotate with respect to frame around the shaft.

15. continuous cooking according to claim 13 mechanisms, it is characterized in that described maintaining body comprises the guide pad being arranged on pot body and is arranged on the guide groove mechanism in frame, the process of at least moving from heating station to discharging station at pot body, guide pad slides in described guide groove mechanism.

16. continuous cooking according to claim 15 mechanisms, is characterized in that described guide groove mechanism is arc guide barrel, drive a pot body to rotate relative to frame around the first rotating shaft when described guide pad slides in arc guide barrel.

17. continuous cooking according to claim 15 mechanisms, it is characterized in that described guide groove mechanism comprises the horizontal concrete chute being fixed in frame, the longitudinal chute sliding in horizontal concrete chute and is connected to horizontal concrete chute and the longitudinal back-moving spring between chute, described guide pad drives a pot body to rotate relative to frame around the first rotating shaft while sliding in longitudinal chute.

18. continuous cooking according to claim 15 mechanisms, it is characterized in that described guide pad is connected with pot body by a horizontal concrete chute, guide pad is slidably mounted in horizontal concrete chute, between guide pad and horizontal concrete chute, be connected with a back-moving spring, guide groove mechanism is the longitudinal chute being fixedly mounted in frame, and described guide pad drives a pot body to rotate relative to frame around the first rotating shaft while sliding in longitudinal chute.

19. continuous cooking according to claim 13 mechanisms, it is characterized in that described maintaining body comprises is arranged on the guide pad of culinary art on position-limit mechanism and is arranged on the guide groove mechanism in frame, the process of at least moving from heating station to discharging station at pot body, guide pad slides in described guide groove mechanism.

20. continuous cooking according to claim 19 mechanisms, is characterized in that described guide groove mechanism is arc guide barrel, drive culinary art position-limit mechanism to rotate relative to frame around the second rotating shaft when described guide pad slides in arc guide barrel.

21. continuous cooking according to claim 19 mechanisms, it is characterized in that described guide groove mechanism comprises the horizontal concrete chute being fixed in frame, the longitudinal chute sliding in horizontal concrete chute and is connected to horizontal concrete chute and the longitudinal back-moving spring between chute, described guide pad drives culinary art position-limit mechanism to rotate relative to frame around the second rotating shaft while sliding in longitudinal chute.

22. continuous cooking according to claim 19 mechanisms, it is characterized in that described guide pad is connected with culinary art position-limit mechanism by a horizontal concrete chute, guide pad is slidably mounted in horizontal concrete chute, between guide pad and horizontal concrete chute, be connected with a back-moving spring, guide groove mechanism is the longitudinal chute being fixedly mounted in frame, and described guide pad drives culinary art position-limit mechanism to rotate relative to frame around the second rotating shaft while sliding in longitudinal chute.

23. continuous cooking according to claim 22 mechanisms, is characterized in that being provided with in described the second rotating shaft and keep culinary art position-limit mechanism and pot body to take turns the second torsion spring of angle between converting mechanism.

24. continuous cooking according to claim 13 mechanisms, it is characterized in that described maintaining body comprises is arranged on the gear of culinary art on position-limit mechanism and is arranged on the teeth groove in frame, the process of at least moving from heating station to discharging station at pot body, described gear and teeth groove are intermeshing.

25. continuous cooking according to claim 24 mechanisms, is characterized in that described gear is arranged on one end of the second rotating shaft, and are provided with a Clutch Control gear and coordinate with teeth groove.

26. according to the continuous cooking mechanism described in claim 5 ~ 25 any one, it is characterized in that described culinary art position-limit mechanism is arc chute or linear pattern chute, and described the first rotating shaft is slided in described arc chute or linear pattern chute.

27. according to the continuous cooking mechanism described in claim 5 ~ 25 any one, it is characterized in that described culinary art position-limit mechanism is swing span mechanism.

28. continuous cooking according to claim 27 mechanisms, it is characterized in that described swing span mechanism comprises fixed arm and swing arm, swing arm upper end is rotationally connected by a swinging axle and fixed arm, fixed arm is fixedly installed in frame, when pot body wheel converting mechanism drives pot body to move to heating station, the first rotating shaft switches to the connecting portion of swing arm and is connected.

29. continuous cooking according to claim 27 mechanisms, it is characterized in that described swing span mechanism comprises fixed arm and swing arm, swing arm upper end is rotationally connected by a swinging axle and fixed arm, fixed arm is connected with pot body wheel converting mechanism, the first rotating shaft is rotatably connected on swing arm, and pot body wheel converting mechanism drives the rotation of pot body by culinary art position-limit mechanism.

30. continuous cooking according to claim 29 mechanisms, is characterized in that being also included between described swing arm and fixed arm the second locking mechanism of other positions, locking swing arm and fixed arm relative position outside heating station.

31. continuous cooking according to claim 30 mechanisms, is characterized in that described the second locking mechanism is plug-in type locking mechanism.

32. continuous cooking according to claim 31 mechanisms, it is characterized in that described swing arm has one with respect to fixed arm along swinging axle and moves axially interval, the bull of described plug-in type locking mechanism and parent part are located at respectively between swing arm and fixed arm, between described swing arm and fixed arm, be provided with elastic component promote swing arm along described in move axially, make bull separated with parent part or coordinate.

33. according to the continuous cooking mechanism described in claim 1 ~ 25 any one, it is characterized in that described culinary art position-limit mechanism is travelling carriage mechanism.

34. continuous cooking according to claim 33 mechanisms, it is characterized in that described travelling carriage mechanism comprises horizontal slide rail, longitudinally slide rail and sliding shoe, longitudinally slide rail is arranged on horizontal slide rail along laterally slide rail slip, sliding shoe is arranged on longitudinally slide rail slip on longitudinal slide rail, pot body and sliding shoe are rotationally connected, be provided with torsion spring between the two, between described longitudinal slide rail and horizontal slide rail, be connected with horizontal back-moving spring, between described sliding shoe and longitudinal slide rail, be connected with longitudinal back-moving spring.

35. according to the continuous cooking mechanism described in claim 1 ~ 25 any one, it is characterized in that described pot body wheel converting mechanism comprises actuating unit, runing rest and driving shaft, described driving shaft is located in frame by bearing bracket stand, actuating unit driven rotary support rotates, and described pot body drives rotation by runing rest.

36. continuous cooking according to claim 35 mechanisms, is characterized in that described runing rest is that one end is connected with rotating shaft, equally distributed turning arm radially, and the turning arm other end drives the rotation of pot body.

37. according to the continuous cooking mechanism described in claim 1 ~ 25 any one, it is characterized in that described pot body wheel converting mechanism comprises actuating unit and rotation support, described rotation support is connected with culinary art position-limit mechanism, and actuating unit drives the rotation of the moving culinary art of rotation supporting band position-limit mechanism supporting pan body.

38. according to the continuous cooking mechanism described in claim 37, it is characterized in that rotation support comprises circular orbit, is arranged on driving-chain and the drive on circular orbit and supports driving-chain along the ratchet of circular orbit transmission, described actuating unit drives ratchet to rotate, and drives driving-chain to drive culinary art position-limit mechanism to move around circular orbit.

39. according to the continuous cooking mechanism described in claim 38, it is characterized in that described driving-chain and culinary art position-limit mechanism link by a controlled magnetic mechanism controls.

40. according to the continuous cooking mechanism described in claim 39, it is characterized in that described circular orbit is provided with guide rail, and controlled magnetic mechanism comprises and the magnechuck of driving-chain interlock, the slide block sliding along guide rail, and magnechuck is connected with slide block.

41. according to the continuous cooking mechanism described in claim 1 ~ 25 any one, it is characterized in that described pot body wheel converting mechanism comprises Self-traveling mechanism and ring support, and described Self-traveling mechanism is connected with culinary art position-limit mechanism, drives culinary art position-limit mechanism to move around ring support.

42. according to the continuous cooking mechanism described in claim 41, it is characterized in that described ring support is provided with rack rails, Self-traveling mechanism comprises gear voluntarily and the actuating unit with rack rails engagement, described Self-traveling mechanism is supported on ring support, gear coordinates with rack rails voluntarily, and actuating unit drives gear voluntarily to rotate the whole Self-traveling mechanism of drive.