CN207049927U - A kind of burner for automatic frying machine - Google Patents

Abstract

The utility model discloses a kind of burner for automatic frying machine, its drip irrigation device is to include burner support, at least provided with two and is parallel to each other, the burner support from centre to both sides it is stepped setting and symmetrically；Main trachea, the main trachea lateral distribution have a plurality of tap tracheae；Burner tracheae, is provided with even column and each column burner tracheae is symmetrically mounted on the step of burner support formation；Every tap tracheae two symmetrically arranged burner tracheaes of corresponding connection；Burner nozzle, it is arranged on the burner tracheae and has multiple along the axially arranged of burner tracheae, stabilization, uniform heating can be carried out to barrel so that material is heated evenly so that the dish that frying comes out is more delicious.

Description

A kind of burner for automatic frying machine

Technical field

It the utility model is related to a kind of food processing equipment, more particularly to a kind of burner for automatic frying machine.

Background technology

Cooking machine is a kind of production equipment for food processing field, material can be stir-fried automatically, reduced The consumption of manpower simultaneously drastically increases production efficiency.

It is existing to refer to the utility model patent that Authorization Notice No. is CN201759346U, a kind of cooking machine is disclosed, Its drip irrigation device is to include drive mechanism, heating polity and the combustion mechanism being arranged on below heating pot, although energy Enough to be heated below pot, still, during the cooking of reality, the arc part of pot both sides is not added Heat, cause the material in pot to accomplish uniform heated, so result in material and half-cooked or viscous pot easily occur The problems such as.

Utility model content

The purpose of this utility model is to provide a kind of burner for automatic frying machine, and it has the advantage that can Stabilization, uniform heating are carried out to barrel.

Above-mentioned technical purpose of the present utility model technical scheme is that：

A kind of burner for automatic frying machine, including burner support, at least provided with two and are parallel to each other, institute State burner support from centre to both sides it is stepped setting and symmetrically；Main trachea, the main trachea lateral distribution have A plurality of tap tracheae；Burner tracheae, is provided with even column and each column burner tracheae is symmetrically mounted on the step of burner support formation On；

Every tap tracheae two symmetrically arranged burner tracheaes of corresponding connection；Burner nozzle, it is arranged at the burner gas On pipe and along burner tracheae it is axially arranged have it is multiple.

By using above-mentioned technical proposal, combustion gas enters through main trachea and is assigned to each burner tracheae by tap tracheae In, burner tracheae is symmetrical, and barrel uniformly can be heated；The corresponding connection two of each burner tracheae is mutually right The burner tracheae of title, such design make it that gas supply is sufficient, stably, ensures in the firepower corresponding to barrel both sides on position It is identical so that the heating to barrel is more uniform, and the multiple burner nozzles set on each burner tracheae can spray simultaneously Firepower heats to barrel so that the stack shell of barrel is heated quick, uniform, improves the frying efficiency of material；Burner support Stepped, burner tracheae is correspondingly arranged on burner support, so enables to each stepped distribution of burner tracheae, energy Enough adapt to the radian of barrel so that each position of barrel is uniformly heated, and avoids material from occurring what half-cooked or material was charred Situation so that the dish for frying out is more delicious.

Preferably, also including ignition burner, the ignition burner is arranged on burner support and pair in burner tracheae Claim on axis, it connects the main trachea by independent tap tracheae.

By using above-mentioned technical proposal, because the burner nozzle on internal each burner tracheae is more, while deflate into Row igniting can cause the waste of combustion gas, once and combustion gas overgassing, the rapid aggregation in combustion chamber, it is easy during naked light to run into So that flame sprays combustion chamber, it can first carry out lighting a fire by the ignition burner being separately provided and then open each burner tracheae again, So that each row burner nozzle is gradually ignited, processing safety is higher.

Preferably, the burner tracheae is from centre to both sides in staged, distribution causes each burner nozzle distance barrel upwards Stack shell surface height it is identical.

By using above-mentioned technical proposal, burner tracheae is symmetrical from centre to both sides, and apart from the stack shell table of barrel The height in face is identical, can so ensure that the stack shell of barrel is heated evenly, and is not in the too high situation of local temperature, avoids The problems such as material burns inside barrel, viscous pot.

Preferably, the burner nozzle quantities on two row of the burner tracheae symmetrically are identical.

By using above-mentioned technical proposal, the burner nozzle quantity on two symmetrical row of burner tracheae is identical, can The stack shell of barrel axis both sides is heated evenly, and avoids the occurrence of phenomena such as material burns.

Preferably, the burner tracheae is provided with six row, the height of the burner nozzle on each column burner tracheae is identical.

By using above-mentioned technical proposal, burner tracheae is provided with six row, and the height of each burner nozzle is identical, ensure that Buying and the uniformity of manufacture, save manufacturing cost.

Preferably, the burner tracheae is provided with six row, the burner nozzle of each column burner tracheae is including multiple highly identical High burner nozzle and at least two low burner nozzles, at least two high burner nozzle gradually increases to adapt to from inside to outside Crooked radian at the end socket of barrel.

By using above-mentioned technical proposal, because barrel bottom is typically provided with the end socket of arc, in general stove throws nozzle Effective, stable heating can only be proceeded to the straight tube body of barrel, still, at end socket often due to insufficient height and cause to heat Temperature is low so that barrel uneven heating is even, materials inside uneven heating, reduces the frying quality of material.

Preferably, the ignition burner is arranged on the axis of symmetry of the burner support, and height is low less than both sides Burner nozzle.

By using above-mentioned technical proposal, ignition burner is arranged on the axis of symmetry of burner support, and height is less than two The low burner nozzle of side, so when being lighted a fire, first can be lighted to ignition burner, then respectively from centre to both sides Gradually carry out combustion gas release so that flame gradually can be ignited from centre to both sides, so as to complete whole burner Igniting.

Preferably, it is mounted on shutoff valve on the tap tracheae.

By using above-mentioned technical proposal, tapping the shutoff valve installed on tracheae can control different burner nozzles to enter Row is opened, and on the one hand can be carried out combustion gas release according to actual conditions, is advantageous to save, on the other hand can be advantageous to a firer The progress of work.

In summary, the utility model has the advantages that：

1st, can be effectively right by the high and low different burner nozzle set on each row burner tracheae of setting Heated at the straight tube body and end socket of barrel, ensure that the material of inside is heated evenly, avoid the occurrence of the half-cooked phenomenon of material；

2nd, by the stair-stepping burner support of setting, shape curved point of the burner nozzle according to barrel is enabled to Cloth so that barrel is uniformly heated；

3rd, ignition burner is separately provided with, and stop valve is provided between the pipeline of ignition burner and each row burner nozzle Door, it is such to be designed to gradually from inside to outside light the burner nozzle of each row burner successively by ignition burner, save Combustion gas burst size in igniting can ensure the security of ignition operation simultaneously.

Brief description of the drawings

Fig. 1 is a kind of overall structure diagram of automatic frying machine；

Fig. 2 is a kind of diagrammatic cross-section of prominent rotating device in automatic frying machine；

Fig. 3 is a kind of structural representation of the stirring fork in automatic frying machine；

Fig. 4 is a kind of front view of prominent turning device in automatic frying machine；

Fig. 5 is a kind of structural representation of the supporting roller component in automatic frying machine；

Fig. 6 is the rearview in a kind of automatic frying machine；

Fig. 7 is a kind of structural representation of prominent turning device in automatic frying machine；

Fig. 8 is a kind of position view of prominent burner in automatic frying machine；

Fig. 9 is a kind of overall structure diagram of the burner in automatic frying machine；

Figure 10 be in a kind of automatic frying machine it is prominent outer, in, the connection relationship diagram of interior internal heat pipe and burner tracheae；

Figure 11 is the view that a kind of automatic frying machine downwardly turns over；

Figure 12 is the view that a kind of automatic frying machine is flipped up.

In figure, 1, frame；11st, mainframe box；12nd, slave case；13rd, bottom plate；2nd, barrel；21st, straight tube body；211st, it is open； 212nd, blocking material ring；213rd, support roller slideway；22nd, end socket；3rd, stirring fork；31st, agitating shaft；32；Stiring poking fork；33rd, hex-head nut； 34th, fixed plate；341st, U-lag；35th, wing nut；4th, agitating paddle；41st, triangular part；42nd, curved portions；5th, jacket casing；51st, inner sleeve Plate；52nd, flag；53rd, cavity；54th, heat-dissipating storehouse；55th, combustion chamber；6th, supporting roller component；61st, support roller mandrel；62nd, rolling bearing； 63rd, roller；64th, support roller cover；7th, rotating device；71st, electric rotating machine；711st, motor shield；72nd, rotary shaft；73rd, transmission dress Put；731st, driving gear；732nd, driven gear；733rd, chain；8th, turning device；81st, swing arm motor；82nd, decelerator；83rd, One flange shaft；84th, second flange axle；85th, rolling bearing units；86th, swivel joint；87th, ball valve；9th, burner；91st, master connects gas Pipe；92nd, tracheae is tapped；921st, shutoff valve；93rd, burner support；931st, step；94th, burner tracheae；95th, burner nozzle；951、 High burner nozzle；952nd, low burner nozzle；96th, outer internal heat pipe；97th, moderate heat tracheae；98th, interior internal heat pipe；99th, ignition burner；10、 Ignition window；101st, igniting door-plate；102nd, observation window.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.Wherein identical parts identical accompanying drawing Mark represents.It should be noted that the word "front", "rear", "left", "right", the "up" and "down" that are used below in description refer to It is the direction in accompanying drawing, word " bottom surface " and " top surface ", " interior " and " outer " are referred respectively to towards or away from particular elements geometry The direction at center.

A kind of automatic frying machine, as shown in Figures 1 and 2, including frame 1, frame 1 include the discrete mainframe box in both sides 11st, slave case 12 and bottom plate connecting the two 13 form.

Horizontal positioned barrel 2 is supported by between mainframe box 11 and slave case 12, barrel 2 includes straight tube body 21 and the bottom of positioned at The curved end socket 22 in the section in portion, the one end of barrel away from end socket offer opening 211, and the end socket 22 can use SUS304 Stainless steel, straight tube body 21 are completed to connect with end socket 22 using integrated punching forming technique, and cylinder bottom is adopted without dead angle, the inwall of barrel 2 With import teflon coatings and not adhering process, ensure that non-sticky do not paste of cooking does not damage material.

In order to avoid material overflows at opening 211 during frying, the backgauge of annular is fixedly connected with opening 211 Ring 212, bore is gradually reduced blocking material ring 212 from inside to outside.

As shown in Figure 2 and Figure 3, barrel 2 is internally provided with stirring fork 3 and an agitating paddle 4, and stirring fork 3 includes stirring Axle 31, on agitating shaft 31 along its it is circumferentially fixed be connected with three row's stiring poking forks 32, often arrange stiring poking fork 32 and be provided with more（Stirring Shift fork quantity is unlimited, can be configured according to the length and cooking type of agitating shaft 31）, wherein two rows stirring dial 32 pitch be in 180 degree sets and is in barrel 2 in the radial direction, and row's stiring poking fork 32 in addition is with remaining two row in 90 degree of settings.

The both ends of agitating shaft 31 are respectively welded hex-head nut 33（Full thread）, on the inwall of barrel 2 and in same axle Fixed plate 34 is respectively welded on line, the lower section of fixed plate 34 offers "u"-shaped groove 341, axle of the stirring fork 3 parallel to barrel 2 Line is placed, and is threadedly coupled using the bolt matched with hex-head nut 33 through "u"-shaped groove 341 with hex-head nut 33 so as to lock Tight stirring fork 3；In order to facilitate dismounting, a wing nut 35 is installed with bolt（The circle wing）.

Agitating paddle 4 is platy structure, and it includes triangular part 41 and is integrally formed manufactured curved portions 42 with triangular part 41, Curved portions 42 are fixedly connected on the inwall of end socket 22, and triangular part 41 is connected and outside with the inwall of barrel 2 by arc transition Extend at opening 211；Agitating paddle 4 is obliquely installed, and when barrel 2 rotates, is taken material to eminence and then is thrown to the bottom of a pan again, reach To the effect to material uniform stirring.

Certainly, the structure of agitating paddle 4 is not limited only to above-mentioned mode, as long as the energy in the rotary course of barrel 2 can be realized Enough structures that material is screwed into opening/cylinder bottom from cylinder bottom/opening, such as the agitating paddle inside similar tumbler can be used Structure.

The outer cover of barrel 2 is provided with the jacket casing 5 for being used for supporting barrel, and jacket casing 5 is perpendicular to the section of the axis direction of barrel In regular polygon, it is preferred to use regular hexagon.

As shown in figure 5, it is symmetrically arranged with supporting roller component 6 by symmetry axis of the axis of barrel 2 at left and right sides of the lower section of barrel 2 For in front support barrel 2, supporting roller component 6 to include the support roller mandrel 61 for being vertically fixedly connected on the front end of jacket casing 5, support roller mandrel Roller 63 is provided with by rolling bearing 62 on 61, rolling bearing 62 herein can use deep groove ball bearing, roller 63 it is outer Side cover is provided with support roller cover 64；Corresponding with roller 63 to be, the front end sleeve of straight tube body 21 of barrel 2 is provided with the support roller slideway 213 of annular Rolled for the roller 63 of both sides on support roller slideway 213.

Seen with reference to Fig. 2 and Fig. 6, jacket casing 5 is provided with for driving barrel 2 to be carried out inside jacket casing 5 in one end of end socket 22 The rotating device 7 of rotation.Rotating device 7 includes being arranged on the electric rotating machine 71 at the top of jacket casing 5, horizontal through jacket casing 5 and with material The rotary shaft 72 and driven by electric rotating machine 71 and be transmitted in rotary shaft 72 to drive material that the center of end socket 22 of cylinder 2 is fixedly connected The transmission device 73 of 2 rotations of cylinder.

Transmission device 73 include be fixedly connected on the output shaft of electric rotating machine 71 driving gear 731, be fixedly connected on Driven gear 732 in rotary shaft 72 and with driving gear 731, the intermeshing chain 733 of driven gear 732.

In order to avoid dust stratification is excessive on electric rotating machine 71, motor shield 711, motor protection are covered with electric rotating machine 71 Cover 711 is bolted on the overhead gage of jacket casing 5.

As shown in Fig. 4 and Fig. 7, mainframe box 11 is internally provided with turning device 8 and is used to drive jacket casing 5 around upset axis Lower swing, upset, upset axis described herein are generally perpendicular to the rotation axis of barrel 2.Turning device 8 includes being supported on master Swing arm motor 81 inside cabinet 11, it is connected to the decelerator 82 of swing arm motor output shaft and matches somebody with somebody in the inner turbine of decelerator 82 The first flange axle 83 of conjunction, first flange axle 83 are vertically fixedly connected on the side shield of jacket casing 5 by the ring flange of end；Turn over The opposite side of rotary device 8 is provided with the second flange axle 84 coaxial with first flange axle 83, and second flange axle 84 is rotatably connected on On rolling bearing units 85.

Above-mentioned swing arm motor 81 can use servomotor, and decelerator 82 can use RV decelerators, be driven using servo Dynamic technology, enables to the gradient of barrel 2 to be oscillated according to the demand of cook, the top of material can be fried so that material It is heated evenly, the dish fried out is more delicious, Full-automatic microcomputer control, and the work of automatic cooking is completed by automatic blending system Make.

As shown in Fig. 2 the lower section of jacket casing 5, integrally formed with the rectangular combustion chamber 55 of shape, combustion chamber 55 is internally provided with Burner 9 is used to heat barrel 2, and the top of jacket casing 5 is provided with the heat-dissipating storehouse 54 inside connection jacket casing 5, burning dress Put high temperature caused by 9 heating to exclude in the heat-dissipating storehouse 54 above jacket casing 5, distributed in heat from combustion chamber 55 to heat-dissipating storehouse 54 During, can be to the uniform heating of stack shell by the heat of barrel 2 so that the temperature of barrel 2 everywhere is more uniform, is advantageous to The heating quality of material is improved, phenomena such as avoiding being burned.

In order to reduce hot loss of energy, jacket casing 5 preferably uses double-decker, including inner sleeve plate 51 and flag 52, Formed with cavity 53 between inner sleeve plate 51 and the plate of overcoat 52, by the double-decker of setting, can effectively completely cut off inside jacket casing 5 Heat and external heat heat exchange, reduce the loss of heat, energy-saving effect is preferable.

As shown in Fig. 4 and Fig. 8, burner 9 includes the main trachea 91 close to the side of slave case 12, second flange axle 84 Inner hollow, its one end away from barrel 2 are connected with swivel joint 86, and swivel joint 86 passes through ball valve 87 and fuel gas supply pipeline Connection；Main trachea 91 is welded on the upper of second flange axle 84 and connected with the inside of second flange axle 84.

As shown in figure 8, main trachea 91 has laterally been sequentially distributed a plurality of tap tracheae 92 under upper, it is preferred to use three Bar, three tap tracheaes 92 extend to the side of barrel 2 and stretched into from the lower end of combustion chamber 55 inside combustion chamber 55；In combustion chamber 55 Portion is provided with two and is parallel to each other（But two are not limited to, can be determined according to specific load-bearing）Burner support 93, burner branch The both ends of frame 93 are bolted to connection in the left baffle of the both sides of combustion chamber 55.

Burner support 93 is from centre to the stepped gradually distribution upwards, and both sides are symmetrical in both sides, its top edge The direction of rotation axis is provided with six row（But six row are not limited to, particular number is chosen according to barrel diameter）Burner tracheae 94, burner tracheae 94 is horizontally disposed with and extended along the axis of barrel 2.Each burner tracheae 94 is welded on corresponding burner support 93 On step 931, stepped distribution is formed.

As shown in Fig. 8 and Fig. 9, some burner nozzles 95 are equidistantly installed vertically on burner tracheae 94, are respectively height Burner nozzle 951 and low burner nozzle 952.Preferably, the quantity of burner nozzle 95 on two symmetrical burner tracheaes 94 It is identical, and the quantity of the burner nozzle 95 on outermost burner tracheae 94 is less than the burner spray on the burner tracheae 94 of inner side The quantity of mouth 95.The heated of the larger area of barrel 2 can either so be ensured so that barrel 2 is heated evenly, while reduces burner The quantity of nozzle 95, reduces thermal energy consumption, saves unnecessary cost, in addition, burner uses copper alloy nozzle, firepower Suddenly, burning is abundant, energy-efficient.

It is heated evenly to be further ensured that, the low burner nozzle 952 positioned at the lower section of straight tube body 21 of barrel 2 is apart from straight tube The height on the surface of body 21 is identical, overall to be distributed in circular arc to adapt to the arc curve of straight tube body 21.

Due to being circular arc at end socket 22, the low burner nozzle 952 of equal height can not be heated effectively to it, because This, two are being provided with each column burner tracheae 94 at end socket 22（But two are not limited to, specific quantity is according to end socket Length and radius of curvature determine）High burner nozzle 951, two high burner nozzle 951 gradually rise that can fit from outside to inside Answer the radian of end socket 22.

Seen with reference to Figure 10, each tap tracheae 92 connects burner tracheae 94 by internal heat pipe, and six roots of sensation burner tracheae 94 is mutual Symmetrical two one group each other, outer internal heat pipe 96, moderate heat tracheae 97 and interior internal heat pipe 98 are passed sequentially through from outside to inside and is connected not In same tap tracheae 92.

Ignition burner 99 is provided between most two burner tracheaes 94 of inner side, ignition burner 99 passes through independent point Trachea 92 is accessed in main trachea 91, and in order to reach safety ignition requirement, the height of ignition burner 99 should be less than both sides Low burner nozzle 952.

In order to ensure the independence of each tap tracheae 92, shutoff valve 921 is mounted on each tap tracheae 92, is used Family can be controlled according to different combustion needs to combustion gas.

Ignition window 10 is offered on the front apron of combustion chamber 55, the height of ignition window 10 is higher than ignition burner 95, point Ignition window door-plate 101 is hinged with along vertical rotating shaft on fiery window 10, user can be stretched using stick-like igniter from ignition window 10 Enter and ignition burner 95 is lighted in combustion chamber 55.

In order to observe the combustion case in combustion chamber 55, the both sides of ignition window 10 symmetrically offer circle Observation window 102, closed using high temp glass on observation window 102.

As shown in Fig. 1 and Fig. 9, during beginning, material is put into barrel 2, now, barrel 2 is in horizontality；Open and cut Only valve 921 causes combustion gas to enter at ignition burner 99, and then igniter is stretched into from ignition window 10 and lights ignition burner 99；Then, opening stop valve door 921 successively from top to bottom successively so that burner nozzle 95 is gradually lighted from inside to outside.

With reference to shown in Fig. 2, Figure 11 and Figure 12, start electric rotating machine 71, electric rotating machine 71 is transferred to rotation by chain So as to drive barrel 2 to carry out rotation along rotation axis in rotating shaft 72, material can be under the drive of agitating paddle 4 and stirring fork 3 Uniformly stir back and forth.

With reference to shown in Fig. 4, Figure 11 and Figure 12, start swing arm motor 81 afterwards, swing arm motor 81 drives RV by reductor Decelerator drives first flange axle 83 to rotate so as to drive swing arm motor 81 to be waved along upset axis, its swing angle with The angle of horizontal plane is 15 degree, 30 degree or 45 degree, and especially being waved with 30 degree is advisable, and material can be run while rotation Rise, play the effect of top spoon.

With reference to shown in Fig. 9, Figure 11 and Figure 12, take to after material fries, operating personnel close electric rotating machine 71, Ran Houguan The shutoff valve 921 of each combustion gas is closed, swing arm motor 81 drives barrel 2 to overturn gradually downward, the dish fried in barrel 2 is poured into The picking-up container of lower section（Picking-up container is not drawn into）.Certainly, in order to which the dish in barrel 2 is all poured out, barrel 2 can be overturn Angle as horizontal plane is 90 degree, while operating personnel can open electric rotating machine 71 according to the situation of reality, and with low speed Operation so that stirring fork 3 and agitating paddle 4 can take the dish remained in barrel 2 into picking-up container out of.

In the utility model, barrel 2 can swing back and forth while rotation along upset axis, so as to which material is carried out Uniform stir-frying, cook can be adjusted to the swing angle of barrel 2 according to the actual needs so that material can run as cook Spoon is equally uniformly stir-fried, and realizes the perfect adaptation of mechanization and hommization, the dish for frying out is more delicious；Burning dress 9 put the stair-stepping burner support 93 of use is supported to burner tracheae 94 so that the burner nozzle on each row burner tracheae 94 95 can adapt to the radian of barrel 2, and high and low burner nozzle of arranging in pairs or groups in addition can solve the problem that the feelings that can not be effectively heated at end socket 22 Condition, ignition burner 95 is separately provided in addition, the burner nozzle 95 for gradually being ignited from centre to both sides all by ignition burner 95, Improve the security of ignition operation.

This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but As long as all protected in right of the present utility model by Patent Law.

Claims (8)

1. A kind of 1. burner for automatic frying machine, it is characterised in that：Including

   Burner support（93）, at least provided with two and it is parallel to each other, the burner support（93）It is in ladder from centre to both sides Shape set and symmetrically；

   Main trachea（91）, the main trachea（91）Lateral distribution has a plurality of tap tracheae（92）；

   Burner tracheae（94）, it is provided with even column and each column burner tracheae（94）It is symmetrically mounted on burner support（93）The platform of formation Rank（941）On；

   Every tap tracheae（92）Two symmetrically arranged burner tracheaes of corresponding connection（94）；

   Burner nozzle（95）, it is arranged at the burner tracheae（94）It is upper and along burner tracheae（94）It is axially arranged have it is multiple.
2. 2. the burner according to claim 1 for automatic frying machine, it is characterised in that：Also include ignition burner （99）, the ignition burner（99）It is arranged at burner support（93）Go up and be in burner support（93）The axis of symmetry on, it is logical Cross independent tap tracheae（92）Connect the main trachea（91）.
3. 3. the burner according to claim 1 or 2 for automatic frying machine, it is characterised in that：The burner tracheae （94）From centre to both sides in staged, distribution causes each burner nozzle upwards（95）Apart from barrel（2）Straight tube body（21）Surface Height it is identical.
4. 4. the burner according to claim 1 for automatic frying machine, it is characterised in that：The burner tracheae（94） Burner nozzle on two symmetrical row（95）Quantity is identical.
5. 5. the burner according to claim 2 for automatic frying machine, it is characterised in that：The burner tracheae（94） It is provided with six row, each column burner tracheae（94）On burner nozzle（95）Height it is identical.
6. 6. the burner according to claim 1 or 2 for automatic frying machine, it is characterised in that：The burner tracheae （94）It is provided with six row, each column burner tracheae（94）Burner nozzle（95）Including the high burner nozzle of multiple height identicals （951）The low burner nozzle with least two（952）, at least two high burner nozzle（951）Gradually increase from inside to outside with Adapt to barrel（2）End socket（22）The crooked radian at place.
7. 7. the burner according to claim 2 for automatic frying machine, it is characterised in that：The ignition burner（99） It is arranged at the burner support（93）The axis of symmetry on, and height be less than both sides low burner nozzle（952）.
8. 8. the burner according to claim 1 for automatic frying machine, it is characterised in that：The tap tracheae（92） On be mounted on shutoff valve（921）.