CN205848645U - Apparatus for baking - Google Patents

Abstract

A kind of apparatus for baking, including shell (1) with set connecting gear (2) in the inner, drive mechanism (3) and toast mechanism (4), toasts mechanism and is interspersed in connecting gear；Multiple delivery units (22) that connecting gear includes inner shell (21) and is arranged at intervals at wherein in stacking and is in transmission connection with drive mechanism, the transmission path of adjacent two delivery units is connected；Delivery unit includes guide housing (225), forward transfer assembly (221) and reverse transfer assembly (222), reversely transfer assembly is contrary with the direction of transfer of forward transfer assembly, and forward transfer assembly and reverse transfer assembly are interspersed.The apparatus for baking that the utility model proposes, by by spaced apart for multiple delivery unit stackings, and makes the transmission path of adjacent two delivery units be connected；So, in the case of floor space is certain, it is achieved that sufficiently long baking transmits path, had both improve space availability ratio, and in turn ensure that baking quality, and had reduced production cost.

Description

Apparatus for baking

Technical field

This utility model relates to the technical field toasting oil equipment, particularly relates to a kind of apparatus for baking.

Background technology

At present, as many agricultural product such as Semen arachidis hypogaeae, Semen coryli heterophyllae, Semen Armeniacae Amarum, coffee, cacao bean, if can carry out before deep processing Baking processes, and its taste, color and texture all will have bigger improvement.It addition, Semen arachidis hypogaeae is the main source of vegetable oil and protein One of, Semen arachidis hypogaeae must be cooked before expressing oil from peanuts and producing peanut butter and confection etc. baking and process, baking time and temperature etc. The quality of baked goods is produced a very large impact by process conditions.

Existing roasting plant is based on pipeline system, and this type of roasting plant is single driven with single driving shaft Axle connects conveyer belt and forms monolayer delivery unit, and in order to ensure cured effect, it is often through extending baking path implement, but this Sample causes whole occupation area of equipment excessive, of a relatively high to site requirements, improves production cost；Therefore, how one is proposed Plant floor space little, and the sufficiently long delivery unit in baking transmission path is technical problem the most urgently to be resolved hurrily.

Utility model content

The purpose of this utility model is to provide a kind of apparatus for baking, it is intended to solving in prior art, existing baking sets Standby floor space is excessive, of a relatively high to site requirements, the problem that improve production cost.

This utility model embodiment provides a kind of apparatus for baking, is used for toasting oil expression all-in-one and waits to dry to toast and to transmit Baked raw material, described apparatus for baking includes shell, and is arranged at the connecting gear in described shell, drive mechanism and baking machine Structure, described baking mechanism is interspersed in described connecting gear；Described connecting gear includes inner shell, and is arranged at intervals in stacking The multiple delivery units being in transmission connection in described inner shell and with described drive mechanism, the transmission path of delivery unit described in adjacent two It is connected；Described delivery unit includes guide housing, forward transfer assembly and reverse transfer assembly, the biography of described reverse transfer assembly Send direction contrary with the direction of transfer of described forward transfer assembly, and described forward transfer assembly and described reverse transfer assembly are handed over Wrong distribution.

Further, described forward transfer assembly includes the first driving shaft, be arranged at described first driving shaft the same side and Multiple first driven shafts separately, are all connected with the first biography between each described first driven shaft and described first driving shaft Send band；Described reverse transfer assembly includes the second driving shaft, is arranged at described second driving shaft the same side and separately multiple Second driven shaft, is all connected with the second conveyer belt between each described second driven shaft and described second driving shaft.

Further, described guide housing is arranged at described first conveyer belt and the upside of described second conveyer belt, and described Guide housing top is provided with dividing plate, and described dividing plate offers multiple through hole for air circulation.

Further, described guide housing includes being arranged at the side edge of described first conveyer belt and described second conveyer belt Frame, the be obliquely installed on the discharge end of described first conveyer belt and the feed end of described second conveyer belt that is adjacent One guide plate, and it is obliquely installed the charging of the discharge end in described second conveyer belt and described first conveyer belt being adjacent The second guide plate on end, described first guide plate and described second guide plate are connected with described frame.

Further, in described delivery unit, described first conveyer belt and described second conveyer belt are along being perpendicular to described biography The direction sending direction is interspersed.

Further, in described delivery unit, the feed end of described first conveyer belt and the discharging of described second conveyer belt Hold adjacent, and the feed end height of described first conveyer belt is less than the discharge end of the second conveyer belt；Going out of described first conveyer belt Material end is adjacent with the feed end of described second conveyer belt, and the discharge end height of described first conveyer belt is higher than the second conveyer belt Feed end.

Further, described first driving shaft is longer than described first driven shaft；Described second driving shaft is longer than described second Driven shaft.

Further, in described delivery unit, multiple described first conveyer belts are positioned in same level, and multiple described Second conveyer belt also is located in same level.

Further, the periphery wall of described first driving shaft offers multiple extend the first of distribution along its length Anti-slip tank；Multiple the second anti-slip tank extending distribution along its length is offered on the periphery wall of described second driving shaft.

Further, multiple described first anti-slip tanks are around the periphery uniform intervals distribution of described first driving shaft；Multiple institutes State the periphery uniform intervals distribution around described second driving shaft of second anti-slip tank.

Further, described inner shell includes a pair coaming plate being oppositely arranged, and the side plate of pair of opposing, described in two Side plate described in coaming plate and two surrounds the accommodation space forming accommodating described delivery unit.

Further, described first driven shaft is connected with described coaming plate buffering by the first buffering connection assembly；And it is described Second driven shaft connects assembly by the second buffering and is connected with described coaming plate buffering.

Further, the two ends of described first driving shaft are rotationally connected by side plate described in clutch shaft bearing assembly and two；And The two ends of described second driving shaft are rotationally connected by side plate described in the second bearing assembly and two.

Further, described first conveyer belt offers the first via-hole array for air circulation；And described second The second via-hole array for air circulation is offered on conveyer belt.

Further, described drive mechanism includes being fixed on the bracing frame outside described inner shell, is arranged at support frame as described above The motor of downside, and is arranged at support frame as described above middle gear group, and described gear train is in transmission connection described motor and described first Driving shaft and described second driving shaft.

Further, described baking mechanism includes the multiple heat pipes being arranged on the upside of described dividing plate, the plurality of heat pipe edge Described direction of transfer is spaced apart.

Further, it is provided with its internal air channel of connection outside described inner shell, described air channel is provided with for accelerating The fan of thermal cycle in described inner shell.

Further, it is provided with thermal insulation layer between described inner shell and described shell.

Further, described inner shell top and bottom offer feeding mouth and discharging opening respectively, and described cover top portion is arranged There is the cast hopper connected with described feeding mouth.

Based on technique scheme, compared with prior art, the apparatus for baking that this utility model embodiment proposes, by inciting somebody to action Multiple delivery unit stackings in its connecting gear are spaced apart, and make the transmission path of adjacent two delivery units be connected, with Time forward transfer assembly and the reverse transfer assembly of this delivery unit are interspersed, so, in the situation that floor space is certain Under, it is achieved that sufficiently long baking transmits path, has both improve space availability ratio, in turn ensure that baking quality, also reduces simultaneously Production cost；Further, by by spaced apart for the multiple delivery unit stackings in connecting gear, effectively reducing and external rings The thermocontact area in border, reduces heat energy dissipation, improves heat utilization rate, it is achieved that energy-efficient effect.

Accompanying drawing explanation

Fig. 1 is the perspective view of the apparatus for baking that this utility model embodiment proposes；

Fig. 2 is the overall decomposing schematic representation of the apparatus for baking that this utility model embodiment proposes；

Fig. 3 is the internal breakup schematic diagram of the apparatus for baking that this utility model embodiment proposes；

Fig. 4 is the subassembly schematic diagram of the connecting gear in this utility model embodiment and baking mechanism；

Fig. 5 is one of partial schematic diagram of delivery unit of connecting gear in this utility model embodiment；

Fig. 6 is the two of the partial schematic diagram of the delivery unit of the connecting gear in this utility model embodiment；

Fig. 7 is the enlarged diagram of part A in Fig. 5；

Fig. 8 is the enlarged diagram of part B in Fig. 5.

Fig. 9 is the decomposing schematic representation of the connecting gear in this utility model embodiment and baking mechanism subassembly.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcement Example, is further elaborated to this utility model.Should be appreciated that specific embodiment described herein is only in order to explain This utility model, is not used to limit this utility model.

It should be noted that when element is referred to as " being fixed on " or " being arranged at " another element, and it can be directly separately On one element or may be simultaneously present centering elements.When an element is known as " being connected to " another element, and it is permissible It is directly to another element or may be simultaneously present centering elements.

It addition, also, it should be noted the orientation term such as left and right, upper and lower in this utility model embodiment, be only mutual For relative concept or with the normal operating condition of product as reference, and should not be regarded as restrictive.Hereinafter tie Close specific embodiment realization of the present utility model is described in detail.

As shown in Figures 1 to 9, this utility model embodiment proposes a kind of apparatus for baking, and this apparatus for baking is used for toasting Oil expression all-in-one with baking and transmits raw material to be baked.Specifically, this apparatus for baking can include shell 1, connecting gear 2, drive Mechanism 3 and baking mechanism 4, wherein, connecting gear 2, drive mechanism 3 and baking mechanism 4 are arranged at the inside of shell 1, baking Mechanism 4 is interspersed on connecting gear 2.Connecting gear 2 includes inner shell 21 and multiple delivery unit 22, herein, multiple delivery units 22 are disposed in inner shell 21 in stacking and are in transmission connection with drive mechanism 3, and two delivery units 22 that levels is adjacent Transmission path be connected.Here, this delivery unit 22 includes forward transfer assembly 221, reverse transfer assembly 222 and guides Frame 225, herein, the direction of transfer of reverse transfer assembly 222 is contrary with the direction of transfer of forward transfer assembly 221, and forward passes Sending component 221 and reverse transfer assembly 222 interlaced arrangement.

Further, in embodiment of the present utility model, above-mentioned forward transfer assembly 221 can include one first actively Axle 2211, multiple first driven shaft 2212 and multiple first conveyer belt 2213, the first driven shaft 2212 and the first conveyer belt 2213 Quantity is identical, and herein, multiple first driven shafts 2212 are disposed in an evenly spaced relation in the same side of the first driving shaft 2211, and multiple One driven shaft 2212 is coaxial, and certainly, multiple first driven shafts 2212 also can not be coaxially, and meanwhile, the first conveyer belt 2213 transmission is even It is connected between the first driving shaft 2211 and the first driven shaft 2212, and corresponding first conveyer belt of the first driven shaft 2212 2213, so, multiple first conveyer belts 2213 are distributed in uniform intervals.It addition, above-mentioned reverse transfer assembly 222 can include one Second driving shaft 2221, multiple second driven shaft 2222 and multiple second conveyer belt 2223, the second driven shaft 2222 and second passes Sending band 2223 quantity identical, herein, multiple second driven shafts 2222 are disposed in an evenly spaced relation in the same side of the second driving shaft 2221, And multiple second driven shaft 2222 is coaxial, certainly, multiple second driven shafts 2222 also can not be coaxially, meanwhile, and the second conveyer belt 2223 are in transmission connection between the second driving shaft 2221 and the second driven shaft 2222, and corresponding one of second driven shaft 2222 Second conveyer belt 2223, so, multiple second conveyer belts 2223 are distributed in uniform intervals.

Further, in embodiment of the present utility model, above-mentioned second driving shaft 2221 is arranged on above-mentioned first actively The inner side of axle 2211 is the most in parallel, and the second driven shaft 2222 is arranged on the inner side of the first driven shaft 2212 in parallel, and Multiple first conveyer belts 2213 are distributed along the direction interleaved one by one being perpendicular to direction of transfer with multiple second conveyer belts 2223, So, for the first conveyer belt 2213 and the second conveyer belt 2223, owing to both direction of transfers are contrary and are interspersed so that many Individual first conveyer belt 2213 and multiple second conveyer belts 2223 are formed with tortuous reciprocal baking path, so, toast raw material (example Such as Semen arachidis hypogaeae) can be baked while transmitting in these complications back and forth baking path.

Further, in embodiment of the present utility model, above-mentioned guide housing 225 is for the forward transmission for baking raw material Guide with reversely transmitting, and for baking raw material in adjacent forward transmission path and is reversely transmitted at the switching in path Carry out guiding concatenation and form complete transmission path；Herein, this guide housing 225 is arranged on the first conveyer belt 2213 and the second transmission With the upside of 2223.It addition, the top closure of guide housing 225 has breathable dividing plate 226, this dividing plate 226 offer multiple Through hole for air circulation.

Based on technique scheme, the apparatus for baking that this utility model embodiment proposes, its delivery unit 22 is by first Driving shaft 2211 and multiple first driven shaft 2212 transmit connect multiple first conveyer belts 2213 formed forward transfer assembly 221 with Forward transmits raw material to be baked, meanwhile, is transmitted connected multiple the by the second driving shaft 2221 and multiple second driven shaft 2222 Two conveyer belts 2223 form reverse transfer assembly 222 reversely to transmit raw material to be baked, and by the first conveyer belt 2213 and the Two conveyer belts 2223 are interspersed so that raw material to be baked can be handed over the second conveyer belt 2223 at multiple first conveyer belts 2213 The wrong complications that formed back and forth toast tortuous back and forth on path transmission.Further, by between multiple delivery units 22 in stacking interval point Cloth, and the transmission path of adjacent two delivery units 22 is connected, so, in the case of floor space is certain, it is achieved that enough Long baking transmits path, improves space availability ratio, reduces production cost, simultaneously as baking path long enough, it is ensured that The baking quality of raw material to be baked；Further, by by spaced apart for multiple delivery units 22 stacking in connecting gear 2, having Effect reduces the thermocontact area of itself and external environment condition, reduces heat energy dissipation, improves heat utilization rate, it is achieved that efficiently saves Can effect.

Further, in this utility model embodiment, for above-mentioned delivery unit 22, its guide housing 225 includes frame 2251, the first guide plate 2252 and the second guide plate 2253, wherein, frame 2251 is arranged on the first conveyer belt 2213 and second The side edge of conveyer belt 2223, so, multiple first conveyer belts 2213 and the second conveyer belt 2223 are separated by frame 2251, and pass Sending outermost first conveyer belt 2213 of unit 22 or the second conveyer belt 2223 to be surrounded by frame 2251, so, single first passes Band 2213 or single second conveyer belts 2223 are sent i.e. to be formed as transmitting path son field；It addition, the first guide plate 2252 level is inclined On the discharge end 2213b being tiltedly arranged on the first conveyer belt 2213 and feed end 2223a of the second conveyer belt 2223 being adjacent, Meanwhile, the second guide plate 2253 horizontal tilt is arranged on the discharge end 2223b of the second conveyer belt 2223 and first be adjacent On the feed end 2213a of conveyer belt 2213, and the first guide plate 2252 and the second guide plate 2253 are all connected with frame 2251, this Sample, under the guide effect of the first guide plate 2252 and the second guide plate 2253, the first conveyer belt 2213 and be adjacent the At switching between two conveyer belts 2223, concatenation connection forms complete transmission path, that is to say single transmission path branches Section concatenation forms complete transmission path.It addition, all capping has breathable dividing plate on the upside of the guide housing 225 of each delivery unit 226.Between two neighbouring delivery units 22, the transmission path termination 2254 of the delivery unit on upper strata and the biography of lower floor The starting point 2255 sending unit is the most right, and so, raw material to be baked is after the delivery unit transmission on upper strata terminates, from its terminal 2254 On fall into lower floor delivery unit starting point 2255 on continue transmit.Certainly, according to practical situation and demand, at this utility model In other embodiments, carry out guiding concatenation to each single transmission path son field also by other modes, the most do not make only One limits.

Further, in embodiment of the present utility model, between two adjacent conveyer belts, the first conveyer belt 2213 The discharge end 2223b of feed end 2213a and the second conveyer belt 2223 is adjacent, and the feed end 2213a of the first conveyer belt 2213 is high The discharge end 2223b height of degree slightly below the second conveyer belt 2223；Meanwhile, the discharge end 2213b and of the first conveyer belt 2213 The feed end 2223a of two conveyer belts 2223 is adjacent, and the discharge end 2213b of the first conveyer belt 2213 highly slightly above second transmission With the feed end 2223a height of 2223.So, the discharge end 2213b of the first conveyer belt 2213 and entering of the second conveyer belt 2223 Material end 2223a forms certain difference in height, and so, the raw material to be baked on the discharge end 2213b of the first conveyer belt 2213 is being led It is sent under the guide effect of frame 225 on the feed end 2223a of the second conveyer belt 2223, at both switchings, due to two Difference in height between person exists so that raw material to be baked can the most relayed send away, thus avoids baking raw material and exist It is detained on this position；In like manner, the discharge end 2223b of the second conveyer belt 2223 and the feed end 2213a shape of the first conveyer belt 2213 Becoming certain difference in height, the raw material to be baked on the discharge end 2223b of the second conveyer belt 2223 is in the guide effect of guide housing 225 Under be sent on the feed end 2213a of the first conveyer belt 2213, at both switchings, owing to difference in height between the two is deposited So that raw material to be baked can the most relayed send away, thus avoid baking raw material and be detained on this position.

In embodiment of the present utility model, by the feed end 2213a of the first conveyer belt 2213 is highly set to slightly Less than the discharge end 2223b height of the second conveyer belt 2223 being adjacent, and by the discharge end 2213b of the first conveyer belt 2213 Highly it is set slightly above the feed end 2223a height of the second conveyer belt 2223 being adjacent, so so that the first conveyer belt 2213 place planes and the second conveyer belt 2223 place level-crossing, so, transmitting on path, the switching of adjacent two conveyer belts Place forms difference in height so that the raw material to be baked in transmission can successfully transmit at this switching, thus avoids appearance and be detained, Improve transmission effect.

Further, in embodiment of the present utility model, on each delivery unit 22, multiple first equal positions of conveyer belt 2213 On same horizontal plane, multiple second conveyer belts 2223 are also respectively positioned on same horizontal plane, and multiple second conveyer belt The horizontal plane at 2223 places intersects with the horizontal plane at multiple first conveyer belt 2213 places, so, is the formation of certain altitude poor, So so that raw material to be baked (such as Semen arachidis hypogaeae) can be transferred at the switching between adjacent conveyor belts transmission smoothly.

Further, in embodiment of the present utility model, on each delivery unit 22, the length of above-mentioned first driving shaft 2211 Degree is longer than the length of above-mentioned first driven shaft 2212, here, corresponding multiple first driven shafts 2212 of the first driving shaft 2211, By the first driven shaft 2212 that selection length is relatively short, it is simple to corresponding first conveyer belt of the first driven shaft 2212 2213, so, first driving shaft 2211 just can be spaced multiple first conveyer belts 2213 of connection, thus can realize enough Long forward transmits path；Similarly, the length of above-mentioned second driving shaft 2221 is longer than the length of above-mentioned second driven shaft 2222, Here, second corresponding multiple second driven shafts 2222 of driving shaft 2221, second driven by select length relatively short Axle 2222, it is simple to corresponding second conveyer belt 2223 of the second driven shaft 2222, so, on second driving shaft 2221 Just can be spaced multiple second conveyer belts 2223 of connection, thus sufficiently long reverse transmission path can be realized；It addition, by by The length of one driven shaft 2212 and the length of the second driven shaft 2222 are set to relatively short, and it another object is that so that many Individual first driven shaft 2212 and multiple second driven shaft 2222 stagger and avoid end touching to affect the stationarity of transmission.

Further, in embodiment of the present utility model, the periphery wall of above-mentioned first driving shaft 2211 offer many Individual first anti-slip tank 2211a, this first anti-slip tank 2211a extend distribution along the length direction of the first driving shaft 2211；On it addition, State and on the periphery wall of the second driving shaft 2221, offer multiple second anti-slip tank 2221a, this second anti-slip tank 2221a along this second The length direction of driving shaft 2221 extends distribution.By arranging anti-slip tank on two driving shafts, add between conveyer belt Frictional force, it is ensured that stablizing of transmission.Certainly, according to practical situation and demand, in other embodiments of the present utility model, First driving shaft 2211 and the second driving shaft 2221 increase the frictional force between conveyer belt also by other modes, the most not Make unique restriction.

Further, in embodiment of the present utility model, above-mentioned multiple first anti-slip tank 2211a are around above-mentioned first actively The periphery uniform intervals distribution of axle 2211；It addition, above-mentioned multiple second anti-slip tank 2221a is outside above-mentioned second driving shaft 2221 Week uniform intervals distribution.So, by anti-slip tank is uniformly distributed on corresponding driving shaft, it is ensured that driving shaft passes with corresponding Send the uniformity of friction between band, thus ensure that the stability of transmission.Certainly, according to practical situation and real needs, at this In other embodiments of utility model, multiple first anti-slip tank 2211a also can be non-homogeneous on the periphery of the first driving shaft 2211 Distribution, it addition, multiple second anti-slip tank 2221a on the periphery of the second driving shaft 2221 also can non-uniform Distribution, do not make Unique restriction.

In embodiment of the present utility model, above-mentioned inner shell 21 includes a pair coaming plate 211 being oppositely arranged, and a pair phase The side plate 212 arranged, two coaming plates 211 and two side plates 212 are surrounded the accommodation space forming accommodating above-mentioned delivery unit 22. Certainly, above-mentioned inner shell 21 also includes other components, describes in detail the most one by one.

Further, in embodiment of the present utility model, for above-mentioned each delivery unit 22, its forward transfer assembly 221 also include that the first buffering connects assembly 2214, and above-mentioned first driven shaft 2212 connects assembly 2214 with upper by the first buffering Coaming plate 211 buffering stating inner shell 21 connects；It addition, above-mentioned reverse transfer assembly 222 also includes that the second buffering connects assembly 2224, Above-mentioned second driven shaft 2222 connects assembly 2224 by this second buffering and is connected with coaming plate 211 buffering of inner shell 21.By slow Punching connects, it is ensured that the degree of tightness appropriateness of corresponding conveyer belt, it is ensured that the stationarity of transmission, thus improves baking quality.With this Meanwhile, taking being equipped with of major and minor axis, the i.e. first driving shaft 2211 is longer than the first driven shaft 2212, the second driving shaft 2221 Be longer than the second driven shaft 2222, and multiple first driven shaft 2212 be separately, multiple second driven shafts 2222 separately, so, The buffering being easy to forward transfer assembly 221 and reverse transfer assembly 222 connects.Certainly, according to practical situation and demand, in this reality With in other embodiments novel, above-mentioned first driven shaft 2212 and the second driven shaft 2222 are also by other modes and inner shell The coaming plate 211 of 21 connects, and the most uniquely limits.

Further, in embodiment of the present utility model, above-mentioned forward transfer assembly 221 also includes clutch shaft bearing assembly 2215, the two ends of above-mentioned first driving shaft 2211 are by the side plate 212 turns of clutch shaft bearing assembly 2215 with above-mentioned inner shell 21 both sides It is dynamically connected；It addition, above-mentioned reverse transfer assembly 222 may also include the second bearing assembly 2225, above-mentioned second driving shaft 2221 Two ends are rotationally connected by the side plate 212 of the second bearing assembly 2225 with inner shell 21 both sides.So, at the side plate of inner shell 21 both sides Under the supporting role of 212, by bearing assembly, the first driving shaft 2211 and the second driving shaft 2221 are effectively supported.When So, according to practical situation and real needs, in other embodiments of this utility model, above-mentioned first driving shaft 2211 and second is main Moving axis 2221 also can use other supporting way, the most uniquely limits.

Further, in embodiment of the present utility model, above-mentioned first conveyer belt 2213 offers and follows for air First via-hole array 2213a of ring；The second via-hole array for air circulation is offered on above-mentioned second conveyer belt 2223 2223a.By offering via-hole array on a moving belt so that the heat in shell 21 can effectively circulate and circulate, and improves Baking efficiency, also ensures the uniformity of baking, improves baking quality.

Further, in embodiment of the present utility model, above-mentioned drive mechanism 3 includes bracing frame 31, motor 32 and tooth Wheels 33, wherein, bracing frame 31 is fixed on outside the side plate 212 of above-mentioned inner shell 21, and motor 32 is fixedly installed on bracing frame 31 Downside, gear train 33 is actively installed in bracing frame 31, and herein, this gear train 33 is in transmission connection the output shaft of motor 32 (in accompanying drawing It is not drawn into) and above-mentioned first driving shaft 2211 and above-mentioned second driving shaft 2221.So, when motor 32 starts, tooth is passed through The transmission of wheels 33, drives the first driving shaft 2211 and the second driving shaft 2221 to rotate, thus drives above-mentioned first conveyer belt 2213 and second conveyer belt 2223 carry out transfer operation.The simple in construction of this drive mechanism 3, power is sufficient and reliable and stable.Certainly, According to practical situation and real needs, in other embodiments of this utility model, above-mentioned drive mechanism 3 can be also other composition Form, the most uniquely limits.

Further, in embodiment of the present utility model, above-mentioned baking mechanism 4 can include power supply module (in accompanying drawing not Draw) and the heat pipe 41 that is connected electrically.Multiple heat pipe 41, multiple heat pipes 41 it are provided with in the upside of each dividing plate 226 It is distributed along direction of transfer uniform intervals, here, on the upside of the dividing plate 226 of each delivery unit 22, is placed with such one group of heat pipe 41, so, it is ensured that the uniformity of baking between each delivery unit 22.Certainly, according to practical situation and real needs, at this In other embodiments of utility model, above-mentioned baking mechanism 4 can be also other composition, the most uniquely limits.

Further, in embodiment of the present utility model, it is provided with outside the side plate 212 of above-mentioned inner shell 21 and connects it Internal air channel 213, herein, this side plate 212 has the perforate (being not drawn in accompanying drawing) inside and outside connection inner shell 21, air channel 213 Internal by this perforate connection inner shell 21, it addition, be provided with fan 42 on air channel 213, this fan 42 is used for accelerating in inner shell 21 Air circulation and balance its interior thermal cycle, herein, this fan 42 is preferably aerofoil fan, and certainly, this fan 42 is alternatively Other kinds of fan, the most uniquely limits.As it has been described above, by arranging wind on the side plate 212 of above-mentioned inner shell 21 Road 213, and fan 42 is set on air channel 213, here it is possible to arrange multiple air channel 213 and multiple fan 42, so, accelerate Air circulation in inner shell 21, improves thermal cycle effect, it is ensured that baking quality.According to practical situation and real needs, In other embodiments of this utility model, promote baking quality also by other modes.

Further, in embodiment of the present utility model, between above-mentioned inner shell 21 and above-mentioned shell 1, it is provided with thermal insulation layer 5.By arranging thermal insulation layer 5 between inner shell 21 and shell 1, toast scattering and disappearing of heat in i.e. reducing inner shell 21, improve baking Roasting quality, it also avoid heat conduction and injures user to shell 1, improve the security performance that device is overall.Certainly, root According to practical situation and real needs, in other embodiments of this utility model, improve device entirety also by other modes Safety, the most uniquely limits.

In embodiment of the present utility model, the top of above-mentioned inner shell 21 offers feeding mouth 214, meanwhile, this inner shell 21 Bottom offer discharging opening 215, it addition, the top of shell 1 is provided with the cast hopper 6 connected with feeding mouth 214.By toward throwing Feed intake in hopper 6, transmit in feeding mouth 214 enters into above-mentioned delivery unit 22, while transmitting, above-mentioned baking machine Structure 4 was to be baked originally toasting in transmitting.

Embodiment described above, only this utility model detailed description of the invention, but protection domain of the present utility model is not Being confined to this, any those familiar with the art, in the technical scope that this utility model discloses, can readily occur in The amendment of various equivalences, replace and improvement etc., these amendments, replace and improve and all should contain at protection model of the present utility model Within enclosing.Therefore, protection domain of the present utility model should be as the criterion with scope of the claims.

Claims (19)

1. apparatus for baking, is used for toasting oil expression all-in-one and with baking and transmits raw material to be baked, it is characterised in that described baking fills Putting and include shell, and be arranged at the connecting gear in described shell, drive mechanism and baking mechanism, described baking mechanism interts In described connecting gear；Described connecting gear includes inner shell, and is arranged at intervals in stacking in described inner shell and with described Multiple delivery units that drive mechanism is in transmission connection, the transmission path of delivery unit described in adjacent two is connected；Described transmission is single Unit includes guide housing, forward transfer assembly and reverse transfer assembly, the direction of transfer of described reverse transfer assembly and described forward The direction of transfer of transfer assembly is contrary, and described forward transfer assembly and described reverse transfer assembly are interspersed.

2. apparatus for baking as claimed in claim 1, it is characterised in that described forward transfer assembly includes the first driving shaft, if Being placed in described first driving shaft the same side and multiple first driven shafts separately, each described first driven shaft is main with described first The first conveyer belt all it is connected with between moving axis；Described reverse transfer assembly includes the second driving shaft, is arranged at described second Driving shaft the same side and multiple second driven shafts separately, all pass between each described second driven shaft and described second driving shaft Be dynamically connected the second conveyer belt.

3. apparatus for baking as claimed in claim 2, it is characterised in that described guide housing is arranged at described first conveyer belt and institute State the upside of the second conveyer belt, and described guide housing top is provided with dividing plate, described dividing plate offers multiple for air stream Logical through hole.

4. apparatus for baking as claimed in claim 3, it is characterised in that described guide housing includes being arranged at described first conveyer belt With the frame of the side edge of described second conveyer belt, it is obliquely installed the discharge end in described first conveyer belt and the institute being adjacent State the first guide plate on the feed end of the second conveyer belt, and be obliquely installed in described second conveyer belt discharge end and and its The second guide plate on the feed end of adjacent described first conveyer belt, described first guide plate and described second guide plate and institute State frame to connect.

5. the apparatus for baking as described in any one of claim 2 to 4, it is characterised in that in described delivery unit, described first passes Send to carry and be interspersed along the direction being perpendicular to described direction of transfer with described second conveyer belt.

6. apparatus for baking as claimed in claim 5, it is characterised in that in described delivery unit, entering of described first conveyer belt Material end is adjacent with the discharge end of described second conveyer belt, and the feed end height of described first conveyer belt is less than the second conveyer belt Discharge end；The discharge end of described first conveyer belt is adjacent with the feed end of described second conveyer belt, and described first conveyer belt Discharge end height is higher than the feed end of the second conveyer belt.

7. the apparatus for baking as described in any one of claim 2 to 4, it is characterised in that described first driving shaft is longer than described One driven shaft；Described second driving shaft is longer than described second driven shaft.

8. the apparatus for baking as described in any one of claim 2 to 4, it is characterised in that in described delivery unit, multiple described One conveyer belt is positioned in same level, and multiple described second conveyer belt also is located in same level.

9. the apparatus for baking as described in any one of claim 2 to 4, it is characterised in that on the periphery wall of described first driving shaft Offer multiple the first anti-slip tank extending distribution along its length；Offer multiple on the periphery wall of described second driving shaft Extend the second anti-slip tank of distribution along its length.

10. apparatus for baking as claimed in claim 9, it is characterised in that multiple described first anti-slip tanks are around described first actively The periphery uniform intervals distribution of axle；Multiple described second anti-slip tanks are around the periphery uniform intervals distribution of described second driving shaft.

11. apparatus for baking as described in any one of claim 2 to 4, it is characterised in that described inner shell includes be oppositely arranged To coaming plate, and the side plate of pair of opposing, side plate described in coaming plate described in two and two surrounds the accommodating described delivery unit of formation Accommodation space.

12. apparatus for baking as claimed in claim 11, it is characterised in that described first driven shaft is by the first buffering connection group Part is connected with described coaming plate buffering；And described second driven shaft connects assembly by the second buffering and buffers with described coaming plate and be connected.

13. apparatus for baking as claimed in claim 11, it is characterised in that clutch shaft bearing is passed through at the two ends of described first driving shaft Side plate described in assembly and two is rotationally connected；And the two ends of described second driving shaft are turned by side plate described in the second bearing assembly and two It is dynamically connected.

14. apparatus for baking as described in any one of claim 2 to 4, it is characterised in that offer use on described first conveyer belt The first via-hole array in air circulation；And on described second conveyer belt, offer the second via-hole array for air circulation.

15. apparatus for baking as described in any one of claim 2 to 4, it is characterised in that described drive mechanism includes being fixed on institute State the bracing frame outside inner shell, be arranged at the motor on the downside of support frame as described above, and be arranged at support frame as described above middle gear group, institute State gear train to be in transmission connection described motor and described first driving shaft and described second driving shaft.

16. apparatus for baking as claimed in claim 3, it is characterised in that described baking mechanism includes being arranged on described dividing plate Multiple heat pipes of side, the plurality of heat pipe is spaced apart along described direction of transfer.

17. apparatus for baking as claimed in claim 16, it is characterised in that be provided with its internal wind of connection outside described inner shell Road, described air channel is provided with for accelerating the fan of thermal cycle in described inner shell.

18. apparatus for baking as claimed in claim 16, it is characterised in that be provided with heat insulation between described inner shell and described shell Layer.

19. apparatus for baking as described in any one of claim 2 to 4, it is characterised in that described inner shell top and bottom are opened respectively Being provided with feeding mouth and discharging opening, described cover top portion is provided with the cast hopper connected with described feeding mouth.