CN209359558U

CN209359558U - Vegetable cures production line

Info

Publication number: CN209359558U
Application number: CN201822170727.0U
Authority: CN
Inventors: 戴俊; 封似声
Original assignee: Foshan Beixiang Automation Technology Co Ltd
Current assignee: Foshan Beixiang Automation Technology Co Ltd
Priority date: 2018-12-21
Filing date: 2018-12-21
Publication date: 2019-09-10
Anticipated expiration: 2028-12-21

Abstract

The utility model discloses vegetable curing production line, and vegetable curing production line includes main box, and main box is equipped with the curing chamber that vegetable can be allowed to pass through, and main box is additionally provided with the curing chamber import being connected to curing chamber and the outlet of curing chamber；Magnetron, magnetron setting emit microwave in main box, to curing chamber；Microwave suppressor, microwave suppressor are equipped with channel, and microwave suppressor is additionally provided with the channel entrance being connected to channel and channel outlet；The quantity at least two of microwave suppressor, the channel outlet and curing chamber inlet communication of one of microwave suppressor, the channel entrance and curing chamber outlet of another microwave suppressor, definition is the first microwave suppressor with curing chamber inlet communication, and definition is the second microwave suppressor with curing chamber outlet；And transport mechanism, transport mechanism, so that vegetable passes sequentially through the channel of the first microwave suppressor, cures the channel of chamber and the second microwave suppressor, realize the large-scale production of vegetable for transmitting to vegetable.

Description

Vegetable cures production line

Technical field

The utility model relates to microwave heating technique field, in particular to a kind of vegetable cures production line.

Background technique

The units with more personnel such as current some schools, factory do not have the condition of food and drink that provides, these units are logical The supply that food and drink outsourcing is realized to lunch, dinner etc. is crossed, since supply is larger, then how to realize the large-scale production of vegetable Emphasis as industry concern.

Here statement only provides background information related with the utility model, without inevitably constituting the prior art.

Utility model content

The main purpose of the utility model is to propose a kind of vegetable curing production line, it is intended to realize the scale metaplasia of vegetable It produces.

To achieve the above object, the utility model discloses a kind of vegetables to cure production line, and the vegetable cures production line Include:

Main box, the main box are equipped with the curing chamber that vegetable can be allowed to pass through, and the main box is additionally provided with and the curing The import of curing chamber and the outlet of curing chamber of chamber connection；

Magnetron, the magnetron setting emit microwave to the curing chamber in the main box；

Microwave suppressor, the microwave suppressor are equipped with channel, and the microwave suppressor is additionally provided with to be connected to the channel Channel entrance and channel outlet；The quantity at least two of the microwave suppressor, one of them microwave suppressor Channel outlet and the curing chamber inlet communication, the channel entrance of another microwave suppressor and curing chamber outlet connect Logical, definition and the curing chamber inlet communication are the first microwave suppressor, and definition and the curing chamber outlet are the Two microwave suppressors；And

Transport mechanism, the transport mechanism is for transmitting vegetable, so that vegetable passes sequentially through first microwave The channel of suppressor, the channel for curing chamber and second microwave suppressor.

In an embodiment of the utility model, partition is equipped in the main box, the partition divides the curing chamber At least two interconnected heating chambers are divided into, the magnetron emits microwave to the heating chamber, and the transport mechanism makes Vegetable passes sequentially through the channel in the channel of first microwave suppressor, the heating chamber and second microwave suppressor.

In an embodiment of the utility model, the main box is additionally provided with separate cavities, and the separate cavities add close to described Hot chamber, is equipped with microwave transmissive openings between the separate cavities and the heating chamber, the quantity of the microwave transmissive openings be it is multiple, it is multiple The microwave transmissive openings interval is arranged and is arranged in array, and the microwave transmissive openings are arranged in a one-to-one correspondence with the magnetron.

In an embodiment of the utility model, the microwave transmissive openings include laterally emitting mouth and longitudinal emission port, more A mouth that laterally emits is arranged in multirow or multiple row, and multiple longitudinal emission ports are arranged in multirow or multiple row；

In multiple mouths that laterally emit in multirow arrangement, when multiple longitudinal emission ports are arranged in multirow, every row institute It states and laterally emits longitudinal direction emission port described in mouth and every row and be alternately arranged；

In multiple mouths that laterally emit in multiple row arrangement, when multiple longitudinal emission ports are arranged in multiple row, each column institute It states and laterally emits longitudinal direction emission port described in mouth and each column and be alternately arranged.

In an embodiment of the utility model, the microwave suppressor includes:

Upper box and lower box, are equipped with the upper suppressing part towards the lower box in the upper box, in the lower box Equipped with the lower suppressing part towards the upper box, the channel is formed between the upper suppressing part and the lower suppressing part, it is described The channel entrance for being connected to the channel and the channel outlet are formed between upper box and the lower box.

In an embodiment of the utility model, the upper suppressing part and the lower suppressing part are in symmetrical structure.

In an embodiment of the utility model, the transport mechanism includes:

First transmission chain, first transmission chain run through the channel of first microwave suppressor, the curing chamber With the channel of second microwave suppressor；

Second transmission chain, second transmission chain are oppositely arranged with first transmission chain, second transmission Chain is through the channel of first microwave suppressor, the channel of the curing chamber and second microwave suppressor；

Support bar, the quantity of the support bar be it is multiple, the support bar is connected to first transmission chain and described Between second transmission chain；

First drive wheel assemblies, first drive wheel assemblies and first transmission chain and second transmission chain Engagement；And

Second drive wheel assemblies, second drive wheel assemblies setting alternate with first drive wheel assemblies, described Two drive wheel assemblies are engaged with first transmission chain and second transmission chain,

First drive wheel assemblies and/or second drive wheel assemblies drive first transmission chain and described the Two transmission chains.

In an embodiment of the utility model, first transmission chain is ring chain, real under driving effect Existing cycle rotation, first transmission chain is sheathed on first drive wheel assemblies and second drive wheel assemblies, with institute State the first drive wheel assemblies and second drive wheel assemblies engagement；

Second transmission chain is ring chain, and cycle rotation, second conveyer chain are realized under driving effect Item is sheathed on first drive wheel assemblies and second drive wheel assemblies, with first drive wheel assemblies and described second Drive wheel assemblies engagement.

In an embodiment of the utility model, the vegetable curing production line further includes having discharge structure, the draining Structure includes:

Drain part, the drain part be equipped with fluid passage, the drain part be additionally provided be connected to the fluid passage into Liquid mouth and liquid outlet；The drain part is connected to the main box, and inlet is connected to the bottom of the curing chamber, feed liquor Direction is equipped with metal mesh；And

Liquid collecting part, the liquid collecting part are equipped with liquid collecting cavity, the liquid collecting cavity company of the liquid outlet of the drain part and the liquid collecting part It is logical；

And/or

The vegetable curing production line further includes exhaust structure, and the exhaust structure includes:

Ventilating duct, the ventilating duct are connected to the main box, are connected to the curing chamber；And

Guide duct and blower, one end of the guide duct are connected to the ventilating duct, and the other end is connected to the blower.

In an embodiment of the utility model, the vegetable curing production line further includes steam unit, the steam dress It sets including steam chest and steam generator, the steam chest is equipped with vapor chamber, and the steam generator is connect with the steam chest Steam is delivered to the vapor chamber；

The steam chest be set between first microwave suppressor and the main box, the vapor chamber respectively with it is described The channel outlet of first microwave suppressor and the curing chamber inlet communication, the channel outlet of first microwave suppressor pass through The vapor chamber and the curing chamber inlet communication；

The transport mechanism makes vegetable pass sequentially through the channel of the first microwave suppressor, vapor chamber, described Cure the channel of chamber and second microwave suppressor；

And/or

Vegetable curing production line further includes infrared heating device, the infrared heating device include infrared heating case and The infrared heating pipe of the infrared heating case is set, and the infrared heating case is equipped with infrared heating chamber, the infrared heating pipe Heat the infrared heating chamber；

The infrared heating case is set between the main box and second microwave suppressor, the infrared heating chamber point It is not connected to the channel entrance of curing chamber outlet and second microwave suppressor, the channel of second microwave suppressor Import passes through the infrared heating chamber and the curing chamber outlet；

When vegetable curing production line further includes steam unit, it is described that the transport mechanism passes sequentially through vegetable The channel of first microwave suppressor, the vapor chamber, the curing chamber, the infrared heating chamber and second microwave suppressor Channel；

When vegetable curing production line does not include steam unit, it is described that the transport mechanism passes sequentially through vegetable The channel of first microwave suppressor, the channel for curing chamber, the infrared heating chamber and second microwave suppressor.

The vegetable curing production line of technical solutions of the utility model includes main box, magnetron, microwave suppressor and transmission Mechanism, worker place vegetable on the transfer mechanism, and transport mechanism transmits vegetable, so as to pass sequentially through first micro- for vegetable The channel of wave suppressor, the channel for curing chamber and the second microwave suppressor, when vegetable is by curing chamber, magnetron issues micro- Wave, vegetable absorb microwave and are heated to realize curing, and transport mechanism continuously transmits vegetable, realizes the scale metaplasia of vegetable It produces.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Vegetable cures production line structural schematic diagram in Fig. 1 an embodiment of the present invention；

Fig. 2 is that vegetable cures production line schematic diagram of internal structure in an embodiment of the present invention；

Fig. 3 is that the enlarged drawing for being is marked in Fig. 2；

Fig. 4 is that the enlarged drawing for being is marked in Fig. 2；

Fig. 5 is that the enlarged drawing for being is marked in Fig. 2；

Fig. 6 is microwave transmissive openings arrangement schematic diagram in an embodiment of the present invention；

Fig. 7 is microwave transmissive openings arrangement schematic diagram in an embodiment of the present invention；

Fig. 8 is microwave suppressor structural schematic diagram in an embodiment of the present invention；

Fig. 9 is that transport mechanism and main box cooperate schematic diagram in an embodiment of the present invention；

Figure 10 is transport mechanism structural schematic diagram in an embodiment of the present invention；

Figure 11 is the first transmission chain partial structural diagram in an embodiment of the present invention；

Exhaust structure places schematic diagram in Figure 12 an embodiment of the present invention；

Chamber is cured in Figure 13 an embodiment of the present invention and discharge structure matches schematic diagram；

Drawing reference numeral explanation:

Label	Title	Label	Title	Label	Title
						100	Main box	311	Fluid passage	550	Second driving wheel group
101	Cure chamber import	312	Inlet	551	Second drive shaft
						102	Cure chamber outlet	313	Liquid outlet	552	Second left sprocket wheel
110	Cure chamber	320	Liquid collecting part	553	Second right sprocket wheel
						111	Heating chamber	321	Liquid collecting cavity	61	First microwave suppressor
120	Partition	400	Exhaust structure	62	Second microwave suppressor
						121	Passway	410	Ventilating duct	601	Channel
130	Component installation cavity	420	Guide duct	602	Channel entrance
						140	Support track	430	Blower	603	Channel outlet
150	Switch gate	500	Transport mechanism	610	Upper box
						151	Observation window	510	First transmission chain	611	Upper suppressing part
160	Separate cavities	511	Pin shaft	620	Lower box
						170	Microwave transmissive openings	520	Second transmission chain	621	Lower suppressing part
171	Laterally emit mouth	530	Support bar	710	Steam chest
						172	Longitudinal emission port	540	First drive wheel assemblies	711	Vapor chamber
200	Magnetron	541	First drive shaft	712	Connect mouth
						300	Discharge structure	542	First left sprocket wheel	810	Infrared heating case
310	Drain part	543	First right sprocket wheel	811	Infrared heating chamber
										820	Infrared heating pipe

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that the directional instruction (such as up, down, left, right, before and after ...) of institute in the utility model embodiment It is only used for explaining in relative positional relationship, the motion conditions etc. under a certain particular pose (as shown in the picture) between each component, such as When the fruit particular pose changes, then directionality instruction also correspondingly changes correspondingly.

In the present invention unless specifically defined or limited otherwise, term " connection ", " fixation " etc. should do broad sense reason Solution, for example, " fixation " may be a fixed connection, may be a detachable connection, or integral；It can be mechanical connection, it can also To be electrical connection；It can be directly connected, the connection inside two elements can also be can be indirectly connected through an intermediary Or the interaction relationship of two elements, unless otherwise restricted clearly.It for the ordinary skill in the art, can be with The concrete meaning of above-mentioned term in the present invention is understood as the case may be.

In addition, the description for being such as related to " first ", " second " in the present invention is used for description purposes only, and cannot manage Solution is its relative importance of indication or suggestion or the quantity for implicitly indicating indicated technical characteristic.Define as a result, " the One ", the feature of " second " can explicitly or implicitly include at least one of the features.In addition, the skill between each embodiment Art scheme can be combined with each other, but must be based on can be realized by those of ordinary skill in the art, when technical solution It will be understood that the combination of this technical solution is not present in conjunction with there is conflicting or cannot achieve when, also not in the utility model It is required that protection scope within.

The utility model proposes a kind of vegetables to cure production line.

In an embodiment of the utility model, as depicted in figs. 1 and 2, the vegetable curing production line includes:

Main box 100, the main box 100 are equipped with the curing chamber 110 that vegetable can be allowed to pass through, and the main box 100 is also set There are the curing chamber import 101 being connected to the curing chamber 110 and curing chamber outlet 102；

Magnetron 200, the setting of magnetron 200 emit microwave to the curing chamber 110 in the main box 100；

Microwave suppressor, the microwave suppressor are equipped with channel 601, and the microwave suppressor is additionally provided with and the channel The channel entrance 602 and channel outlet 603 of 601 connections；The quantity at least two of the microwave suppressor, described in one of them The channel outlet 603 of microwave suppressor is connected to the curing chamber import 101, the channel entrance of another microwave suppressor 602 are connected to curing chamber outlet 102, and it is the first microwave suppressor 61 that definition is connected to the curing chamber import 101, fixed Adopted be connected to curing chamber outlet 102 is the second microwave suppressor 62；And

Transport mechanism 500, the transport mechanism 500 is for passing vegetable (object being heated, such as vegetables) It is defeated, so that vegetable passes sequentially through channel 601, the curing chamber 110 and second microwave of first microwave suppressor 61 The channel 601 of suppressor 62.

In the present embodiment, shown in referring to Figures 1 and 2, whole main box 100 is in rectangle, can use muti-piece metal plate It is assembled into as main box 100, forms curing chamber 110 inside main box 100, curing chamber 110 here is the sky of microwave reflection Between, such as it is similar with the shape of main box 100, it is also in rectangle, microwave reflects in curing chamber 110, thus by curing chamber is passed through 110 vegetable (vegetable is the material being heated, similarly hereinafter) absorbs.

Magnetron 200 is a kind of electron tube for generating microwave energy, to those skilled in the art, can be with The magnetron 200 of appropriate power is selected according to the actual situation.Further, since the effect of magnetron 200 is to send out to curing chamber 110 Microwave is penetrated, then the setting of magnetron 200 is in main box 100, as long as can launch microwave to curing chamber 110.

Transport mechanism 500 realizes the transmission to vegetable, and vegetable is passed sequentially through the first microwave suppressor 61, main box 100 With the second microwave suppressor 62, to realize the curing of vegetable.When transport mechanism 500 continuously transmits the realization of multiple vegetables, dish Product continue through curing chamber 110, so continuously heat aging to the continuous vegetable progress for entering curing chamber 110, are vegetable Large-scale production provides may.

It is understood that microwave reflects in curing chamber 110, it is possible to be gone out by curing chamber import 101 and curing chamber Mouth 102 leaks out, therefore passes through setting microwave suppressor, specially the first microwave suppressor 61 and the second microwave suppressor 62, the first microwave suppressor 61 is connected to curing chamber import 101, and it is micro- that the microwave revealed from curing chamber import 101 enters first Wave suppressor 61, the microwave reflection of the first 61 pairs of microwave suppressor leakage are returned curing chamber 110 and/or are absorbed.Second microwave Suppressor 62 is connected to curing chamber outlet 102, enters the second microwave suppressor 62 from the microwave of 102 leakage of curing chamber outlet, The microwave reflection of second 62 pairs of microwave suppressor leakage is returned curing chamber 110 and/or is absorbed.By the way that microwave suppressor is arranged, To prevent the leakage of microwave.

In an embodiment of the utility model, as shown in Figure 2 and Figure 4, partition 120, institute are equipped in the main box 100 It states partition 120 and the curing chamber 110 is separated at least two interconnected heating chambers 111, the magnetron 200 is to described Heating chamber 111 emits microwave, and the transport mechanism 200 makes vegetable pass sequentially through the channel of first microwave suppressor 61 601, the channel 601 of the heating chamber 111 and second microwave suppressor 62.In order to realize the large scale processing to vegetable, Curing chamber 110 is designed to the length for having certain, when the length for curing chamber 110 is longer, microwave is in entirely curing chamber 110 The path reflected is longer.For example, microwave can reflex to the other end of curing chamber 110 from one end of curing chamber 110, this Sample, microwave cannot in time directive vegetable and absorbed by vegetable, so that the heating efficiency that will lead to vegetable is partially slow.Therefore, this implementation Example, so that curing chamber 110 forms at least two heating chambers 111, reinforces chamber 111 by the way that partition 120 is arranged in curing chamber 110 Volume greatly reduced compared to the volume of entire curing chamber 110, the overwhelming majority for being emitted to the microwave of each heating chamber 111 exists It is reflected in corresponding heating chamber 111, shortens the reflection path of microwave, the time that microwave touches vegetable is greatly reduced, from And improve the heating efficiency of vegetable.

In an embodiment of the utility model, as shown in figure 4, the lower section of the partition 120, which is equipped with, is connected to adjacent two The passway 121 of a heating chamber 111.Vegetable needs the curing chamber 110 by main box 100, thus in the effect of microwave Lower realization heating, when curing the setting partition 120 of chamber 110, curing chamber 110 forms at least two interconnected heating chambers 111, Vegetable passes sequentially through heating chamber 111, to realize heat aging.Therefore for the ease of the transmission of vegetable, the lower section of partition 120 is set There is the passway 121 for being connected to two adjacent heating chambers 111, when vegetable transmits, heating can be passed through by the passway 121 Chamber.Again since the lower section of partition 120 is arranged in the passway 121, the transmission of vegetable is easily facilitated, for example, passing through chain in vegetable When item transmits, convenient for the installation of chain, while making most microwave directive vegetable, effectively improve the utilization rate of microwave.

In an embodiment of the utility model, continue as shown in figure 4, the main box 100, which has, runs through the curing The support track 140 of chamber 110, when the vegetable passes through the curing chamber 110, the vegetable acknowledgement of consignment is in the support track On 140.In the present embodiment, support track 140 is located at the lower section of partition 120, by the way that support track 140 is arranged, to be more convenient for The transmission of vegetable.For example, transport mechanism 500 includes the first transmission chain 510 and the second transmission chain 520, the first transmission chain 510 and second transmission chain 520 run on support track 140 in the running so that the transmission of vegetable is more steady.

In an embodiment of the utility model, as shown in Figure 1, the main box 100 is additionally provided with and the curing chamber 110 The observation panel of connection, the observation panel are equipped with switch gate 150, and the switch gate 150 is equipped with observation window 151.In the present embodiment, Run through window 151 by setting, vegetable is observed with facilitating.Moreover, when curing chamber 110 has certain length, observation The setting of window 151 is easier to observe the curing state of vegetable, and vegetable is avoided to go wrong in transmission process.In addition, Since switch gate 150 is arranged, when needing to clean curing chamber 110, door 150 is turned on the switch.It is understood that Multiple switch gates 150 being arranged successively are provided on main box 100, and in order to avoid the leakage of microwave, observation window 151 is A kind of observation window with metal mesh.

In an embodiment of the utility model, as shown in Fig. 2, Fig. 6 and Fig. 7, the main box 100 is additionally provided with separate cavities 160, the separate cavities 160 are equipped with microwave close to the heating chamber 111, between the separate cavities 160 and the heating chamber 111 and send out Loophole 170, the quantity of the microwave transmissive openings 170 be it is multiple, the multiple interval of microwave transmissive openings 170 settings and arranged in array Cloth, the microwave transmissive openings 170 are arranged in a one-to-one correspondence with the magnetron 200.In the present embodiment, in order to which the heating of vegetable is imitated Rate sets multiple for microwave transmissive openings 170 in the present embodiment, and the interval of multiple microwave transmissive openings 170 setting and be in array Arrangement, array arrangement here are the arrangement for being in rows and columns.Magnetron 200 is arranged in separate cavities 160, in magnetron When 200 transmitting microwave, the microwave that each microwave transmissive openings 170 issue has certain coverage area, then multiple micro- When wave emission port 170 is arranged in array, the microwave that adjacent microwave transmissive openings 170 issue mutually is covered, and can be improved to vegetable Coverage rate, to improve the heating efficiency of vegetable.

In an embodiment of the utility model, as shown in Figure 6 and Figure 7, the microwave transmissive openings 170 include laterally emitting Mouth 171 and longitudinal emission port 172, multiple mouths 171 that laterally emit are in multirow or multiple row arrangement, multiple longitudinal emission ports 172 arrange in multirow or multiple row；

In multiple mouths 171 that laterally emit in multirow arrangement, when multiple longitudinal emission ports 172 are arranged in multirow, Longitudinal direction emission port 172 described in mouth 171 and every row is laterally emitted described in every row to be alternately arranged；

In multiple mouths 171 that laterally emit in multiple row arrangement, when multiple longitudinal emission ports 172 are arranged in multiple row, Longitudinal direction emission port 172 described in mouth 171 and each column is laterally emitted described in each column to be alternately arranged.

In the present embodiment, for example, laterally emitting mouth 171 and longitudinal emission port 172 is rectangle, mouth is laterally emitted The 171 length direction and length direction of emission port 172 is mutually perpendicular in length and breadth laterally emits the maximum of the microwave of the transmitting of mouth 171 The direction of the maximum coverage range for the microwave that the direction of coverage area emits with longitudinal emission port 172 is inconsistent, so will be longitudinal It emission port 172 and laterally emits mouth 171 and is arranged alternately, the microwave maximum coverage range of longitudinal emission port 172 and laterally emit mouth 171 microwave maximum coverage range is complementary, to further improve the coverage rate to vegetable.Further, since being provided with laterally Emission port 171 and longitudinal emission port 172, so that the microwave issued has more reflection directions, so that microwave is easier It is absorbed by vegetable, to further improve the heating efficiency of vegetable.

Referring to shown in Fig. 7, arranged with multiple mouths 171 that laterally emit in multiple row, multiple longitudinal direction emission ports 172 are arranged in multiple row For, mouth 171 and longitudinal emission port 172 being alternately arranged in multirow or multiple row are laterally emitted, so that microwave transmissive openings 170 are set It is more convenient to set, such as first sets a column and laterally emit mouth 171, then is arranged side by side one and arranges longitudinal emission port 172.Due to setting Mouth 171 and longitudinal emission port 172 are laterally emitted, so that the microwave issued has more reflection directions, it is easier to touch Vegetable, so that microwave is easier to be absorbed by vegetable, to further improve the heating efficiency of vegetable.

Further, the separate cavities 160 are set to the top of the heating chamber 111.In the present embodiment, in order to further Ground improves the heating efficiency to vegetable, separate cavities 160 is arranged in the top of heating chamber 111, in this way, microwave is rigid in the present embodiment Start to contact from vegetable as early as possible when transmitting, namely more microwave sending and without reflection can directive vegetable and by Vegetable absorbs, to improve the heating efficiency of vegetable.

In an embodiment of the utility model, as shown in Figure 1, the main box 100 is additionally provided with component installation cavity 130, The component installation cavity 130 is located at described add for installing the power supply for driving the magnetron 200, the component installation cavity 130 The side of hot chamber 111 is connected to the separate cavities 160.

In an embodiment of the utility model, as shown in fig. 1, fig. 2 and fig. 8, the microwave suppressor includes:

Upper box 610 and lower box 620, the interior upper suppressing part being equipped with towards the lower box 620 of the upper box 610 611, be equipped with the lower suppressing part 621 towards the upper box 610 in the lower box 620, the upper suppressing part 611 and it is described under The channel 601 is formed between suppressing part 621, is formed between the upper box 610 and the lower box 620 and is connected to the channel 601 channel entrance 602 and the channel outlet 603.

In the present embodiment, by taking the second microwave suppressor 62 as an example, detachably connect between upper box 610 and lower box 620 It connects with ease of assembly, forms channel 601 between upper box 610 and lower box 620, vegetable passes through curing chamber 110 and passes through second The channel 601 of microwave suppressor 62 exports, when microwave is revealed towards channel outlet 603, since upper box 610 is provided with direction The upper suppressing part 611 of lower box 620, lower box 620 is provided with the lower suppressing part 621 towards upper box 610, that is, upper inhibition Part 611 is protruded in the inside of upper box 610, and lower suppressing part 621 is protruded in the inside of lower box 620, micro- towards second in microwave The channel outlet 603 of wave suppressor 62 encounters the blocking of suppressing part 611 and lower suppressing part 621 when revealing, to be reflected back toward It cures in chamber 110.In addition, microwave can also reflect between upper suppressing part 611 and lower suppressing part 621, it is micro- by second in vegetable When the channel 601 of wave suppressor 62, the microwave reflected between upper suppressing part 611 and lower suppressing part 621 passes through vegetable, thus by Vegetable absorbs, and further prevents microwave from leaking out from the channel outlet 103 of the second microwave suppressor 62.

Further, the upper suppressing part 611 and the lower suppressing part 621 are in symmetrical structure.In the present embodiment, upper suppression Product 611 and lower suppressing part 621 are consistent with the structure of lower suppressing part 621 for the structure of symmetrical structure namely upper suppressing part 611, It is symmetrical above and below.Upper suppressing part 611 and the collaboration of lower suppressing part 621 inhibit the microwave of leakage, are effectively prevented letting out for microwave Dew.

In an embodiment of the utility model, as shown in Figure 1, Figure 2, shown in Fig. 9 and Figure 11, the transport mechanism 500 includes:

First transmission chain 510, first transmission chain 510 through first microwave suppressor 61 channel 601, The channel 601 of the curing chamber 110 and second microwave suppressor 62；

Second transmission chain 520, second transmission chain 520 is oppositely arranged with first transmission chain 510, described Second transmission chain 520 runs through channel 601, the curing chamber 110 and second microwave of first microwave suppressor 61 The channel 601 of suppressor 62；

Support bar 530, the quantity of the support bar 530 be it is multiple, the support bar 530 is connected to first conveyer chain Between item 510 and second transmission chain 520；

First drive wheel assemblies 540, first drive wheel assemblies 540 and first transmission chain 510 and described the The engagement of two transmission chains 520；And

Second drive wheel assemblies 550, second drive wheel assemblies 550 are alternate with first drive wheel assemblies 540 to be set It sets, second drive wheel assemblies 550 are engaged with first transmission chain 510 and second transmission chain 520,

First drive wheel assemblies 540 and/or second drive wheel assemblies 550 drive first transmission chain 510 and second transmission chain 520.

In the present embodiment, the first transmission chain 510 and the second transmission chain 520 are oppositely arranged, the first transmission chain 510 And second support bar 530 namely the first transmission chain 510, support bar 530 and the second conveyer chain are arranged between transmission chain 520 Transmission platform is formed between item 520, vegetable is placed on support bar 530, as the first drive wheel assemblies 540 and/or second are driven Chain 520 in the driving of drive wheel assemblies 550 first transmission chain 510 and the second transmission, the first transmission chain 510,530 and of support bar Second transmission chain, 520 synthetic operation, to realize the transmission of vegetable.

In microwave environment, due to holding by alternate setting before the first transmission chain 510 and the second transmission chain 520 Pressure pin 530 is attached, and reflection is realized in space of such microwave energy across adjacent support bar 530.Furthermore in vegetable plus In thermal process, the first transmission chain 510 and the second transmission chain 520 move in microwave environment, the first transmission chain 510 and The position moment of two transmission chains 520 changes, when microwave encounters the first transmission chain 510 and the second transmission chain 520, Microwave will not be reflected repeatedly in the same position and cannot be absorbed, to avoid the first transmission chain 510 and the second conveyer chain The generation of 520 spark phenomenon of item, instead, due to the movement of the first transmission chain 510 and the second transmission chain 520, so that microwave Reflection it is highly efficient, it is easier to ground is absorbed by vegetable.

It is more efficiently to vegetable by the setting of the first transmission chain 510, the second transmission chain 520 and support bar 530 Carrying and transmission.

In an embodiment of the utility model, as shown in figure 9, first transmission chain 510 is ring chain, Cycle rotation is realized under driving effect, first transmission chain 510 is sheathed on first drive wheel assemblies 540 and described Two drive wheel assemblies 550 are engaged with first drive wheel assemblies 540 and second drive wheel assemblies 550；

Second transmission chain 520 is ring chain, and cycle rotation, second transmission are realized under driving effect Chain 520 is sheathed on first drive wheel assemblies 540 and second drive wheel assemblies 550, with the first driving wheel group Part 540 and second drive wheel assemblies 550 engagement.

In the present embodiment, the first transmission chain 510 and the second transmission chain 520 are ring chain, so first Drive wheel assemblies 540 and/or the second drive wheel assemblies 550 drive the first transmission chain 510 and 520 Shi Nengshi of the second transmission chain The cycle rotation of existing first transmission chain 510 and the second transmission chain 520, thus may be implemented to continuously transmit vegetable.

In an embodiment of the utility model, as shown in figure 11, first transmission chain 510 has pin shaft 511, institute The second transmission chain 520 is stated with pin shaft, the support bar 530 is connected to the pin shaft 511 of first transmission chain and described Between the pin shaft of second transmission chain 520.

In the present embodiment, in general, chain is made of outer plate, pin shaft 511, inner plate, sleeve and roller, exterior chain Plate and pin shaft 511 constitute outer link, and inner plate and sleeve constitute inner link, and pin shaft 511 is realized between outer link and inner link Rotation.The present embodiment is by the pin shaft chain link of the pin shaft 511 of the first transmission chain and the second transmission chain 520, to facilitate and first The connection of transmission chain 510 and the second transmission chain 520, and the first transmission chain 510 and the first drive wheel assemblies are not interfered 540 and second drive wheel assemblies 550 engagement, be also such for the second transmission chain 520.

Further, the pin shaft 511 and second transmission chain of the support bar 530 and first transmission chain 520 pin shaft is integrally formed.In the present embodiment, the pin shaft 511 and the second transmission chain of support bar 530 and the first transmission chain 520 pin shaft is integrally formed namely the both ends of support bar 530 are respectively considered as pin shaft structure, can so improve the first transmission chain 510, the overall structural strength of support bar 530 and the second transmission chain 520, reduces the Connection Step of support bar 530 and pin shaft, Easily facilitate the assembling of transport mechanism 500 and the running stability of transport mechanism 500.

Specifically, as shown in Figure 10, described first driving wheel group 540 include:

First drive shaft 541；

First left sprocket wheel 542 and the first right sprocket wheel 543, the first left sprocket wheel 542 are set to first drive shaft 541 One end, engaged with second transmission chain 520, the first right sprocket wheel 543 is set to the another of first drive shaft 541 One end is engaged with first transmission chain 510.In the present embodiment, it can be realized by the first drive shaft 541 of driving to the The rotation of one left sprocket wheel 542 and the first right sprocket wheel 543, to realize to the first transmission chain 510 and the second transmission chain 520 Driving.In this case, the second drive wheel assemblies 550 can be slave unit.First left sprocket wheel 542 and the second right sprocket wheel In contrast 543 is, for example, in the present embodiment with the left side of transmission direction for the first left sprocket wheel 542, the right side of transmission direction is First right sprocket wheel 543.

Continue as shown in Figure 10, second drive wheel assemblies 550 include:

Second drive shaft 551；

Second left sprocket wheel 552 and the second right sprocket wheel 553, the second left sprocket wheel 552 are set to second drive shaft 551 One end, engaged with second transmission chain 520, the second right sprocket wheel 553 is set to the another of second drive shaft 551 One end is engaged with first transmission chain 510.

In an embodiment of the utility model, second drive wheel assemblies 550 further include driver, the driver It is drivingly connected with second drive shaft 551.In the present embodiment, the second drive shaft 551 namely second is driven by driver Drive shaft 551 is equipped with corresponding driving gear, and the driving gear of the second drive shaft 551 and the driving gear of driver engage, from And realize driving, in this way, the first drive wheel assemblies 540 can may be active wheel component for driven wheel component.

In an embodiment of the utility model, as shown in Fig. 2 and 13, the vegetable curing production line further includes having draining Structure 300, the discharge structure 300 include:

Drain part 310, the drain part 310 are equipped with fluid passage 311, and the drain part 310 is additionally provided with and the liquid The inlet 312 and liquid outlet 313 that channel 311 is connected to；The drain part 310 is connected to the main box 100, inlet 312 are connected to the bottom of the curing chamber 110, and feed liquor direction is equipped with metal mesh；And

Liquid collecting part 320, the liquid collecting part 320 are equipped with liquid collecting cavity 321, the liquid outlet 313 and the collection of the drain part 310 The liquid collecting cavity 321 of liquid part 320 is connected to.

In the present embodiment, drain part 310 has fluid passage 311, by 311 pairs of curing chambers 110 of fluid passage Water guided.Specifically, drain part 310 is provided with the inlet 312 and liquid outlet 313 being connected to fluid passage 311, example Such as, drain part 310 is whole is cylindrical in shape structure, when by the installation of drain part 310 to main box 100, the inlet of drain part 310 312 run through the bottom of main box 100, to realize the connection with curing chamber 110, the vapor generated in vegetable maturing process is cold It after solidifying, flows downward under gravity along the inner wall of curing chamber 110, or is directly condensed into droplet in curing chamber 110 Toward the bottom dropped out of curing chamber 110.The inlet 312 of drain part 310 is connected to the bottom of curing chamber 110, in this way, vegetable is ripe The water generated during changing is smoothly guided by drain part 310, is then collected into liquid collecting part 320, and liquid collecting part 320 collects this portion Divide water that can then be focused on.By the effect of drain part 310, the flow direction of water can be changed, so that the setting of liquid collecting part 320 It is more flexible, avoid the limitation in space.The setting of metal mesh not only with filtering the issuable residue of vegetable, can also prevent The only leakage of microwave.

In an embodiment of the utility model, as shown in figure 13, the drain part 310 is funnel-shaped, and the feed liquor Mouth 312 encloses the area set and encloses the area set greater than the liquid outlet 313.In the present embodiment, it is produced in vegetable maturing process Raw vapor is condensed into water and can directly fall, these water directly fall to liquid collecting part 320 and cause to sputter in order to prevent, this implementation Funnel-shaped by the way that drain part 310 to be arranged in example, when water is directly fallen and enters drain part 310, these water are hit first The inner wall of drain part 310 forms scattering in the moment that water hits drain part 310, and the water of scattering is still splashed to drain part 310 The other positions of inner wall will not sputter out, and then flow to liquid collecting part 320 from the inner wall of drain part 310 under gravity In.

As shown in figure 13, width of the width of the inlet 312 not less than the curing chamber 110.In the present embodiment, The width of inlet 312 is not less than the width of curing chamber 110, namely the two sides of curing chamber 110 are located in the liquid inlet 312 and enclose and set In range, in this way, the condensed water that curing chamber 110 generates almost can all drip/flow into drain part 310, avoid in curing chamber Aggregation in 110.

In an embodiment of the utility model, as shown in Fig. 2, the quantity at least two of the drain part 310.In order to It realizes to vegetable large-scale production, curing chamber 110 is designed to the length for having certain, vegetable is transmitted across curing chamber 110 Cheng Zhongjun is heated under the action of microwave, namely is constantly be generated vapor in this process, can so be constantly be generated Condensed water, therefore set at least two for drain part 310 in the present embodiment, for example, can by adjacent drain part 310 close to Arrangement, the inlet 312 of such drain part 310 also arranged adjacent can to the maximum extent guide the condensed water of generation.

In an embodiment of the utility model, as shown in figure 13, the liquid collecting part 320 is located at the drain part 310 Lower section, and the liquid collecting cavity 321 is towards the liquid outlet 313 of the drain part 310.In the present embodiment, liquid collecting part 320 and drain Part 310 is not directly contacted with, namely using isolated design.Vegetable under the action of microwave by thermal maturation, in the process of curing In be likely to occur grease expense and subtract, to be adhered to the inner wall of curing chamber 110, condensed water is easy subsidiary greasy dirt in flow process Flowing, greasy dirt is easily adhered in drain part 310 and liquid collecting part 320, and is difficult to clear up, therefore the present embodiment is by drain part 310 and 320 separate design of liquid collecting part, so as to clean respectively to drain part 310 and liquid collecting part 320, it is difficult to reduce cleaning Degree.

Further, continue shown in Figure 13, the liquid collecting part 320 is in inverted trapezoidal perpendicular to the section of its length direction.? In the present embodiment, since drain part 310 and liquid collecting part 320 are separate designs, water drips to liquid collecting part 320 from drain part 310, In order to receive the water that drain part 310 drips to the maximum extent, the section of liquid collecting part 320 is designed to inverted trapezoidal in the present embodiment, That is the slot of one inverted trapezoidal of the formation of liquid collecting cavity 321, the top opening of this slot is larger, to guarantee that liquid collecting part 320 is smoothly caught The water to drip from drain part 310.In addition, slot of the liquid collecting cavity 321 for inverted trapezoidal one by one, top opening, therefore clearing up When liquid collecting part 320, cleaning member is more easily accessible to the bottom of liquid collecting cavity 321.

Further, the liquid collecting part 320 is inclined to set, and one end is higher than the other end.In the present embodiment, in order to more The water being collected into liquid collecting part 320 well is handled, and is arranged obliquely, one end is higher than the other end.For example, liquid collecting part 320 are a certain included angle setting with ground, under water droplet derived from drain part 310 into liquid collecting part 320, under gravity, The water being collected into liquid collecting part 320 flows to lower one end by higher one end, so as to realize to the water of lower one end Processing, such as discharge, such as turn transmission etc..

Still further, the liquid collecting part 320 is equipped with leakage fluid dram.In the present embodiment, by being arranged in liquid collecting part 320 Leakage fluid dram, liquid collecting part 320 can be carried out the discharge of water by leakage fluid dram simultaneously, avoided in liquid collecting part during collecting water Artificial transfer is needed when the water collected in 320 reaches a certain level, and the curing of vegetable is continued for.Leakage fluid dram can To be connected in water treatment facilities by pipeline, water treatment facilities carry out purified treatment to the water ejected；Or in liquid collecting part 320 when being inclined to set, and leakage fluid dram is arranged in 320 lower one end of liquid collecting, and water passes through leakage fluid dram stream under gravity Out.

In an embodiment of the utility model, as shown in Figure 1, Figure 2 and shown in Figure 12, the vegetable curing production line further includes Exhaust structure 400, the exhaust structure 400 include:

Ventilating duct 410, the ventilating duct 410 are connected to the main box 100, are connected to the curing chamber 110；And

Guide duct 420 and blower 430, one end of the guide duct 420 are connected to the ventilating duct 410, the other end and institute State the connection of blower 430.

In the present embodiment, ventilating duct 410 is the component for connecting main box 100 and guide duct 420, so that curing chamber 110 steam (vapor and smell, similarly hereinafter) can smoothly enter into guide duct 420.Specifically, ventilating duct 410 is logical with steam Road, and the air inlet and air outlet being connected to the vapor channel, whole ventilating duct 410 is in barrel-like structure, by ventilating duct 410 When installation is to main box 100, such as ventilating duct 410 being fixed in main box 100, there are many fixed modes, it can weld, It can rivet.The ventilating duct 410 of main box 100 is fixed to through curing chamber 110, so that curing chamber 110 and ventilating duct 410 Air inlet connection.Component of the ventilating duct 410 as the connection with main box 100 and guide duct 420, material are metal, are led Air hose 420 is set in the gas outlet of ventilating duct 410, and is interference fitted, to realize the connection of ventilating duct 410 and guide duct 420.

Vegetable, by thermal maturation, generates steam under the action of microwave in this course, by the operating of blower 430, from And take the steam cured in chamber 110 away, it avoids the steam in curing chamber 110 from excessively assembling and has adverse effect on.

In an embodiment of the utility model, as illustrated in fig. 1 and 2, the quantity at least two of the ventilating duct 410, The quantity of the guide duct 420 is consistent with the quantity of the ventilating duct 410.

In the present embodiment, in order to realize the large-scale production to vegetable, curing chamber 110 is designed to the length for having certain Degree, vegetable entirely curing chamber 110 in microwave under the action of it is heated, namely be constantly be generated steam (water in this process Steam and smell).Therefore by the way that ventilating duct 410 is arranged at least two in the present embodiment, to increase steam outflow curing chamber 110 area enables the steam in curing chamber 110 to drain in time.

In an embodiment of the utility model, as shown in figure 12, each guide duct 420 is connected to the same blower 430。

In the present embodiment, comparatively curing chamber 110 is a more closed space, in vegetable maturing process not Pressure in stopping pregnancy unboiled water vapour, namely curing chamber 110 is gradually increased, and only need to be externally formed with a negative pressure can effectively realize water Vapour is drained.Therefore, in the present embodiment, a blower 430 is set, negative pressure is formed by the rotation of blower 430, is led each Air hose 420 is connected in blower 430 namely each guide duct 420 is connected to the same negative pressure, so can be rapidly by curing Steam in chamber 110 is taken away, and can reduce the quantity of 430 machine of wind, save the cost.

Further, the blower 430 is located at the outside of the main box 100.In the present embodiment, due to by steam It takes away and is discharged or handled, then the end of guide duct 420 may be located remotely from main box 100.For example, main box 100 is placed in Interior, guide duct 420 are pierced by wall and are attached with blower 430, since blower 430 can generate biggish noise at work, So by blower 430 far from main box 100, so that the noise that blower 430 generates does not allow work of the easy fitted around 100 body of main tank Make personnel and generate noise pollution, improves the comfort level of production environment.Further, since blower 430 is placed in the outer of main box 100 Portion can in time carry out blower 430 being changed to maintenance when blower 430 damages, the continuation without influencing main box 100 Operation lays the foundation for the continuous ripening of vegetable.

In an embodiment of the utility model, as shown in Figure 1, the quantity at least two of the ventilating duct 410, and phase Between arrange.

In the present embodiment, by the way that ventilating duct 410 is arranged to two, and alternate arrangement, so that steam can be uniformly Outflow curing chamber 110, avoids moisture convergence local in curing chamber 110 excessive, the too small problem of local steam.

Further, the exhaust structure 400 further includes metal mesh, and the metal mesh is set to the ventilating duct 410, is located at On the outlet air path of the ventilating duct 410.It is micro- by the way that metal mesh is arranged on the outlet air path of ventilating duct 410 in the present embodiment Wave encounters metal mesh and is just reflected back in curing chamber 110, prevents the leakage of microwave.Metal mesh is set to the outlet air path of ventilating duct 410 On, for example, perpendicular to outlet air path, as long as guaranteeing to return microwave reflection into curing chamber 110.

In an embodiment of the utility model, as illustrated in fig. 1 and 2, the ventilating duct 410 is set to the main box 100 Top.In the present embodiment, ventilating duct 410 is arranged in the top of main box 100, steam is more efficiently siphoned away into discharge. It is heated in maturing process in vegetable, the water in vegetable is heated to generate vapor, and vapor exists the setting of ventilating duct 410 toward rising The top of main box 100 is connected to the top of curing chamber 110, enables vapor to can smoothly enter into ventilating duct 410, in blower 430 Under the action of be pumped.

In an embodiment of the utility model, as shown in Figures 2 and 3, the vegetable curing production line further includes steam Device, the steam unit include steam chest 710 and steam generator (not shown), and the steam chest 710 is equipped with steam Chamber 711, the steam generator are connect so that steam is delivered to the vapor chamber 711 with the steam chest 710；It is specifically as follows What steam chest 710 was equipped with connection vapor chamber 711 and steam generator connects mouth 712, and steam generator is steamed by connecing the input of mouth 712 Vapour；

The steam chest 710 is set between first microwave suppressor 61 and the main box 100, the vapor chamber 711 are connected to the channel outlet 603 of first microwave suppressor 61 and the curing chamber import 101 respectively, and described first is micro- The channel outlet 603 of wave suppressor 61 is connected to by the vapor chamber 711 with the curing chamber import 101；

The transport mechanism 500 makes vegetable pass sequentially through the channel 601 of first microwave suppressor 61, the steam The channel 601 of chamber 711, the curing chamber 110 and second microwave suppressor 62.

In the present embodiment, by the way that steam unit is arranged, steam preheating is carried out to certain vegetables, vegetable is more able to satisfy and adds The demand of work.

In an embodiment of the utility model, as shown in Figure 2 and Figure 5, the vegetable curing production line further includes infrared Heating device, the infrared heating device include infrared heating case 810 and the infrared heating that the infrared heating case 810 is arranged in Pipe 820, the infrared heating case 810 are equipped with infrared heating chamber 811, and the infrared heating pipe 820 heats the infrared heating chamber 811；

The infrared heating case 810 is set between the main box 100 and second microwave suppressor 62, described infrared Heating chamber 811 is connected to the channel entrance 602 of curing chamber outlet 102 and second microwave suppressor 62 respectively, described The channel entrance 602 of second microwave suppressor 62 is connected to by the infrared heating chamber 811 with curing chamber outlet 102；

When vegetable curing production line further includes steam unit, it is described that the transport mechanism passes sequentially through vegetable The channel 601 of first microwave suppressor 61, the vapor chamber 711, the curing chamber 110, the infrared heating chamber 811 and described The channel 601 of second microwave suppressor 62；

When vegetable curing production line does not include steam unit, it is described that the transport mechanism passes sequentially through vegetable The channel 601 of first microwave suppressor 61, the curing chamber 110, the infrared heating chamber 811 and second microwave suppressor 62 channel 601.

In the present embodiment, by the setting of infrared heating device, vegetable is toasted, is more able to satisfy vegetable processing Demand.

The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model, Under all utility models in the utility model are conceived, equivalent structure made based on the specification and figures of the utility model Transformation, or directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims

1. a kind of vegetable cures production line, which is characterized in that the vegetable cures production line and includes:

Main box, the main box are equipped with the curing chamber that vegetable can be allowed to pass through, and the main box is additionally provided with to be connected with the curing chamber The logical import of curing chamber and the outlet of curing chamber；

Microwave suppressor, the microwave suppressor be equipped with channel, the microwave suppressor be additionally provided be connected to the channel lead to Road import and channel outlet；The quantity at least two of the microwave suppressor, the channel of one of them microwave suppressor Outlet and the curing chamber inlet communication, the channel entrance of another microwave suppressor and the curing chamber outlet, Definition and the curing chamber inlet communication are the first microwave suppressor, and definition is second micro- with the curing chamber outlet Wave suppressor；And

Transport mechanism, the transport mechanism is for transmitting vegetable, so that vegetable passes sequentially through first microwave and inhibits The channel of device, the channel for curing chamber and second microwave suppressor.

2. vegetable as described in claim 1 cures production line, which is characterized in that be equipped with partition in the main box, it is described every The curing chamber is separated at least two interconnected heating chambers by plate, and the magnetron emits microwave to the heating chamber, The transport mechanism makes vegetable pass sequentially through channel, the heating chamber and second microwave of first microwave suppressor The channel of suppressor.

3. vegetable as claimed in claim 2 cures production line, which is characterized in that the main box is additionally provided with separate cavities, described Separate cavities are equipped with microwave transmissive openings, the microwave transmissive openings close to the heating chamber between the separate cavities and the heating chamber Quantity be it is multiple, multiple microwave transmissive openings intervals settings and be arranged in array, the microwave transmissive openings and the magnetic control Pipe is arranged in a one-to-one correspondence.

4. vegetable as claimed in claim 3 cures production line, which is characterized in that the microwave transmissive openings include laterally emitting mouth With longitudinal emission port, multiple mouths that laterally emit are arranged in multirow or multiple row, and multiple longitudinal emission ports are in multirow or more Column arrangement；In multiple mouths that laterally emit in multirow arrangement, when multiple longitudinal emission ports are arranged in multirow, described in every row Longitudinal direction emission port described in mouth and every row is laterally emitted to be alternately arranged；In multiple mouths that laterally emit in multiple row arrangement, Duo Gesuo When stating longitudinal emission port in multiple row arrangement, longitudinal direction emission port described in mouth and each column is laterally emitted described in each column and is alternately arranged.

5. vegetable as described in claim 1 cures production line, which is characterized in that the microwave suppressor include: upper box and Lower box, the interior upper suppressing part being equipped with towards the lower box of the upper box, the lower box is interior to be equipped with towards the top box The lower suppressing part of body forms the channel, the upper box and the nowel between the upper suppressing part and the lower suppressing part The channel entrance for being connected to the channel and the channel outlet are formed between body.

6. vegetable as claimed in claim 5 cures production line, which is characterized in that the upper suppressing part and the lower suppressing part are in Symmetrical structure.

7. vegetable as described in claim 1 cures production line, which is characterized in that the transport mechanism includes:

First transmission chain, first transmission chain run through channel, the curing chamber and the institute of first microwave suppressor State the channel of the second microwave suppressor；

Second transmission chain, second transmission chain are oppositely arranged with first transmission chain, second transmission chain Channel, the channel for curing chamber and second microwave suppressor through first microwave suppressor；

Support bar, the quantity of the support bar be it is multiple, the support bar is connected to first transmission chain and described second Between transmission chain；

First drive wheel assemblies, first drive wheel assemblies are nibbled with first transmission chain and second transmission chain It closes；And

Second drive wheel assemblies, second drive wheel assemblies setting alternate with first drive wheel assemblies, described second drives Drive wheel assemblies are engaged with first transmission chain and second transmission chain,

First drive wheel assemblies and/or second drive wheel assemblies drive first transmission chain and described second to pass Send chain.

8. vegetable as claimed in claim 7 cures production line, which is characterized in that first transmission chain is ring chain, It realizes cycle rotation under driving effect, and first transmission chain is sheathed on first drive wheel assemblies and described second Drive wheel assemblies are engaged with first drive wheel assemblies and second drive wheel assemblies；

Second transmission chain is ring chain, and cycle rotation, the second transmission chain set are realized under driving effect Set on first drive wheel assemblies and second drive wheel assemblies, with first drive wheel assemblies and second driving Wheel assembly engagement.

9. vegetable as described in claim 1 cures production line, which is characterized in that the vegetable curing production line further includes having row Water-bound, the discharge structure include:

Drain part, the drain part are equipped with fluid passage, and the drain part is additionally provided with the inlet being connected to the fluid passage And liquid outlet；The drain part is connected to the main box, and inlet is connected to the bottom of the curing chamber, feed liquor direction It is equipped with metal mesh；And

Liquid collecting part, the liquid collecting part are equipped with liquid collecting cavity, and the liquid outlet of the drain part is connected to the liquid collecting cavity of the liquid collecting part；

And/or

10. vegetable as described in claim 1 cures production line, which is characterized in that the vegetable curing production line further includes steaming Vapour device, the steam unit include steam chest and steam generator, and the steam chest is equipped with vapor chamber, the steam generator It is connect with the steam chest steam is delivered to the vapor chamber；

The steam chest is set between first microwave suppressor and the main box, and the vapor chamber is respectively with described first The channel outlet of microwave suppressor and the curing chamber inlet communication, the channel outlet of first microwave suppressor pass through described Vapor chamber and the curing chamber inlet communication；

The transport mechanism makes vegetable pass sequentially through the channel of first microwave suppressor, the vapor chamber, the curing The channel of chamber and second microwave suppressor；

And/or

The vegetable curing production line further includes infrared heating device, and the infrared heating device includes infrared heating case and setting In the infrared heating pipe of the infrared heating case, the infrared heating case is equipped with infrared heating chamber, the infrared heating pipe heating The infrared heating chamber；

The infrared heating case be set between the main box and second microwave suppressor, the infrared heating chamber respectively with The curing chamber outlet is connected to the channel entrance of second microwave suppressor, the channel entrance of second microwave suppressor Pass through the infrared heating chamber and the curing chamber outlet；

When vegetable curing production line further includes steam unit, the transport mechanism makes vegetable pass sequentially through described first The channel of microwave suppressor, the vapor chamber, the curing chamber, the infrared heating chamber and second microwave suppressor it is logical Road；

When vegetable curing production line does not include steam unit, the transport mechanism makes vegetable pass sequentially through described first The channel of microwave suppressor, the channel for curing chamber, the infrared heating chamber and second microwave suppressor.