CN216317081U

CN216317081U - Automatic steaming system

Info

Publication number: CN216317081U
Application number: CN202122812612.9U
Authority: CN
Inventors: 张汉东
Original assignee: Guangdong Dechen Electromechanical Co ltd
Current assignee: Guangdong Dechen Electromechanical Co ltd
Priority date: 2021-11-16
Filing date: 2021-11-16
Publication date: 2022-04-19
Anticipated expiration: 2031-11-16

Abstract

The utility model provides an automatic change system of steaming, includes conveying mechanism for to steaming module supply treat steaming food, steaming module, including steaming groove body and steaming groove conveyer belt, steaming groove is provided with feed inlet, discharge gate, and steaming groove conveyer belt sets up in steaming groove body top, and conveying mechanism is connected to one end, and the other end passes feed inlet and discharge gate and carries article, and steam heating mechanism heats, and the steaming groove lid seals through water-stop seal mechanism steaming groove, when the steaming groove lid falls, falls into in the water-stop seal mechanism, it is sealed to evaporate the groove body. The transmission that uses conveying mechanism can be quick waits to evaporate food and gets into and evaporates the groove body, evaporates the groove body and sets up the cavity into independent cavity or intercommunication, can splice at will between the steaming groove body and increase length, uses the steaming groove lid sealed, can separate for the multistage in the steaming groove, and the segmentation accuse temperature realizes unmovable steaming process, utilizes the steam pipe way with hot steam transmission to evaporating the inslot, evaporates the groove and heats inside food, and rate of heating is fast.

Description

Automatic steaming system

Technical Field

The utility model relates to the field of kitchen equipment, in particular to an automatic steaming system.

Background

Food machines of the prior art mostly adopt frying or boiling modes for processing food materials, such as fried potato chips, boiled peanuts and the like.

In recent years, with the increasing health consciousness of people, steamed foods are more popular, but the efficiency of the machine for steaming foods in the prior art is low, and at present, two methods are generally selected in the process of steaming foods, namely, food and water are mixed, the obtained mixture is heated and steamed, and the food is directly steamed by placing the food in a container on the upper part of water.

The two conventional steaming methods have many defects, firstly, the energy consumption is high by steaming the mixture of the food material and water, the two steaming methods are that water is boiled to obtain water vapor, and then the food material is steamed by using the temperature of the water vapor, so that more water is inevitably needed, and the phenomenon that the processed food is too dry due to too little water after the water is boiled and all the water vapor is dissipated is avoided. The consumption of excessive water and the boiling of the water inevitably lead to large energy consumption. Secondly, this method of steaming food by boiling in water requires that water and food materials are sealed in a space, and therefore, the food cannot be taken out until the steaming is completed.

In other words, in the food machine of the prior art, when the food material is steamed, different batches of steamed food are obtained discontinuously, continuous steaming and continuous obtaining of the steamed food are difficult to realize, and continuous steaming and continuous obtaining of the food material are difficult to realize. In many cases, it is necessary to continuously provide food with stable temperature, and therefore, in such cases, when food materials are steamed by using a food machine of the related art, many food materials have to be steamed at one time for standby, or the food materials are initially steamed at different times by using a plurality of food machines of the related art to continuously obtain the steamed food with stable temperature, which causes inconvenience to users.

Thirdly, the food machine of the prior art is difficult to achieve automatic steaming, that is, the food machine of the prior art mostly needs to manually take the food materials to be steamed and the food after steaming out of the closed space of the food machine, which brings much labor burden to the food steaming personnel. Finally, prior art food machines consume a relatively long amount of time when steaming large batches of food materials.

Therefore, an automatic steaming system suitable for steaming food in batches is urgently needed in the market.

Disclosure of Invention

The purpose of the utility model is as follows: in order to overcome the defects in the prior art, the utility model provides the automatic steaming system which is simple in structure, high in automation degree and good in steaming effect.

The technical scheme is as follows: an automatic steaming system comprises

A conveying mechanism for supplying food to be steamed to the steaming module,

the steaming module comprises a steaming groove body and a steaming groove conveyer belt, the steaming groove is provided with a feed inlet and a discharge outlet, the steaming groove conveyer belt is arranged above the steaming groove body, one end of the steaming groove conveyer belt is connected with the conveying mechanism, the other end of the steaming groove conveyer belt passes through the feed inlet and the discharge outlet to convey articles,

the steam heating mechanism comprises a steam control pipeline and a steam heating pipeline, the steam control pipeline is connected with the steam heating pipeline and controls the output of the steam heating pipeline, the steam heating pipeline comprises a main steam pipe and branch steam pipes, the main steam pipe is communicated with an air source, the main steam pipe is communicated with the branch steam pipes, and the branch steam pipes are respectively arranged in the steam groove body;

the steaming groove bodies are respectively provided with a plurality of sections which are spliced and connected with each other, and each steaming groove body is internally provided with a steam branch pipe;

the steam groove cover is sealed through the water sealing mechanism, and when falling down, the steam groove cover falls into the water sealing mechanism to seal the steam groove body.

The water sealing mechanism comprises water tanks arranged on two sides of the steaming tank, water is filled in the water tanks, and when the steaming tank cover falls down, the water falls into the water tanks.

The water sealing mechanism further comprises a floating ball liquid level mechanism and a water source, and when the floating ball liquid level mechanism is lower than a set liquid level, water is supplied to the water tank.

The steam branched pipe comprises an air outlet main pipe and air outlet branched pipes, wherein the air outlet branched pipes are formed by extending the air outlet main pipe to two sides, and the air outlet branched pipes are uniformly distributed on two sides of the air outlet main pipe.

Every is given vent to anger and is responsible for the in-connection and be had accuse temperature subassembly, accuse temperature subassembly includes the proportional valve, the section of admitting air and the steam of proportional valve are responsible for the intercommunication, the end of giving vent to anger of proportional valve with give vent to anger and be responsible for the intercommunication, give vent to anger and be responsible for and give vent to anger and manage the intercommunication, it is provided with exhaust hole exhaust steam to give vent to anger to manage.

The steam control pipeline comprises a water-steam separator and a pressure reduction pipeline, and hot steam is communicated with the steam main pipe through the water-steam separator and the pressure reduction pipeline.

The steam groove cover is provided with at least two sets of lifting mechanisms along the length direction, each lifting mechanism comprises a lifting motor, a fixing plate and a traction mechanism, the fixing plate is fixedly connected with the steam groove cover, the lifting motor drives the traction mechanism to move, and the traction mechanism drives the fixing plate to move to drive the steam groove cover to ascend or descend

The steam groove is internally provided with an air draft mechanism which is respectively arranged at the feed inlet and the discharge outlet and used for quickly evacuating hot steam in the steam groove.

The pre-cooling mechanism is arranged outside the discharge port and comprises a fan, a fan cover and a pre-cooling conveying belt, the pre-cooling conveying belt is connected with the output end of the steam groove conveying belt and used for receiving articles output by the steam groove, the fan cover is arranged above the pre-cooling conveying belt in a covering mode, and the fan is arranged in the fan cover.

The feed inlet of evaporating the groove is provided with sprays the mechanism, it includes shower nozzle and liquid source to spray the mechanism, the liquid source with the input intercommunication of shower nozzle, the output of shower nozzle hangs to be located evaporate groove conveyer belt top, to evaporating the article spraying of groove conveyer belt.

The cleaning mechanism comprises a spraying assembly and a cleaning assembly, the spraying assembly comprises a spray head and a water supply assembly, the steam tank conveying belt is located in a spraying area of the spray head, and the cleaning assembly comprises a cleaning piece in contact with the surface of the conveying belt;

the water supply assembly comprises a steam pipeline, a cold water pipeline and a mixing valve, the mixing valve is communicated with the spray head and supplies liquid to the spray head, and the steam pipeline and the cold water pipeline are mixed in the mixing valve.

The cleaning assembly comprises a cleaning brush and a brush driving motor, the brush driving motor is in driving connection with the cleaning brush and controls the cleaning brush to clean the surface of the conveying belt;

the steaming groove is provided with a cleaning groove, the end parts of the cleaning assembly, the spraying assembly and the steaming groove conveying belt are arranged in the cleaning groove, and the lower part of the cleaning groove

Has the advantages that:

an automatic steaming system comprises

A conveying mechanism for supplying food to be steamed to the steaming module,

The transmission that uses conveying mechanism can be quick waits to evaporate food and gets into and evaporates the groove body, evaporates the groove body and sets up the cavity into independent cavity or intercommunication, can splice at will between the steaming groove body and increase length, uses the steaming groove lid sealed, can separate for the multistage in the steaming groove, and the segmentation accuse temperature realizes unmovable steaming process, utilizes the steam pipe way with hot steam transmission to evaporating the inslot, evaporates the groove and heats inside food, and rate of heating is fast.

Drawings

FIG. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic structural view of a water seal mechanism of the present invention;

FIG. 3 is a schematic diagram of the steam heating circuit of the present invention;

FIG. 4 is a schematic structural view of the cleaning apparatus of the present invention.

1-steaming trough cover, 101-lifting motor, 102-traction mechanism,

2-steaming tank body,

3-conveying mechanism, 300-steaming groove conveying belt,

301-spray head, 302-spray pipe, 303-mixing valve, 304-cold water pipeline,

305-steam pipeline, 306-cleaning tank, 307-overflow port, 308-water outlet;

310-cleaning brush, 311-brush drive motor;

4-precooling mechanism,

5-water sealing mechanism, 501-floating ball liquid level mechanism, 502-water source,

503-water tank, 504-detection bin,

601-steam main pipe, 602-gas outlet main pipe, 603-gas outlet branch pipe,

604, proportional valve, 605, condensed water outlet 606, temperature detecting sensor,

607-stop valve, 608-connecting branch pipe, 609-proportional valve branch pipe.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

It should be noted that the technical solutions in the embodiments may be combined with each other, but must be based on the realization of the technical solutions by those skilled in the art, and when the technical solutions are contradictory or cannot be realized, the combination of the technical solutions should be considered to be absent and not to be within the protection scope of the present invention.

Referring to fig. 1-4, an automated steaming system includes

A conveying mechanism 3 for supplying the food to be steamed to the steaming module,

the steaming module comprises a steaming groove body 2 and a steaming groove conveyer belt, the steaming groove is provided with a feed inlet and a discharge outlet, the steaming groove conveyer belt is arranged above the steaming groove body 2, one end of the steaming groove conveyer belt is connected with the conveying mechanism 3, the other end of the steaming groove conveyer belt passes through the feed inlet and the discharge outlet to convey articles,

the steam heating mechanism comprises a steam control pipeline and a steam heating pipeline, the steam control pipeline is connected with the steam heating pipeline and controls the output of the steam heating pipeline, the steam heating pipeline comprises a main steam pipe 601 and branch steam pipes, the main steam pipe 601 is communicated with an air source, the main steam pipe 601 is communicated with the branch steam pipes, and the branch steam pipes are respectively arranged in the steam bath body 2;

the steaming groove bodies 2 are respectively provided with a plurality of sections which are spliced and connected with each other, and each steaming groove body 2 is internally provided with a steam branch pipe;

evaporate groove body 2 and be provided with the multistage respectively, evaporate groove body 2 and include the support, evaporate and pass through the support concatenation between the groove body 2, adjacent support passes through bolt fixed connection.

The upper portion of the steaming groove body 2 is a groove body, two side walls of the groove body are inclined planes, a condensate water flow channel is arranged in the middle of the groove body, the groove body is communicated with a steam pipeline, and steam is branched and arranged below the groove body to uniformly convey hot steam into the groove body.

Evaporate the groove conveyer belt and set up to mesh area or chain slat type conveyer belt, the conveyer belt surface is the link joint of establishment, can the bearing treat heating food, again can be fine through the steam, evaporate the both ends of groove conveyer belt and set up motor drive conveyer belt motion.

The steam groove cover comprises a steam groove cover 1, wherein the steam groove cover 1 is sealed through a water sealing mechanism 5, and when the steam groove cover 1 falls down, the steam groove cover falls into the water sealing mechanism 5 to seal a steam groove body 2.

Use conveying mechanism 3 transmission that can be quick to treat that steamed food gets into and evaporates groove body 2, evaporate groove body 2 and set up to the cavity of independent cavity or intercommunication, it can splice at will between the groove body 2 and increase length to evaporate, it is sealed to use steaming trough cover 1, evaporate the inslot and can separate for the multistage, the segmentation accuse temperature realizes unmovable steaming technology, utilize the steam pipe way with hot steam transmission to evaporating the inslot, evaporate the groove and heat inside food, rate of heating is fast.

The water sealing mechanism 5 comprises water tanks 503 arranged at two sides of the steaming tank, water is filled in the water tanks 503, and when the steaming tank cover 1 falls down, the water tanks 503 fall into.

When the steaming groove cover 1 falls down, the steaming groove cover is buckled from the upper part of the steaming groove body 2, the water grooves 503 are arranged on two sides of the steaming groove body 2, the water in the water grooves 503 plays a role in sealing isolated air, and the hot steam in the steaming groove can be stably prevented from leaking.

The water sealing mechanism 5 further comprises a floating ball liquid level mechanism 501 and a water source 502, and when the floating ball liquid level mechanism 501 is lower than a set liquid level, water is supplied to the water tank 503.

The water tank 503 comprises a water tank 503 body, the water tank 503 body is filled with water, the water tank 503 body is communicated with the bottom of the detection bin 504, a floating ball liquid level mechanism 501 is arranged in the detection bin 504, and the water source 502 is communicated with the detection bin 504 to supply water to the detection bin 504.

The utility model can also collect the water in the steam pipeline and the condensed water flow channel to the water source 502, thereby realizing the recycling of the water.

The floating ball liquid level mechanism 501 is arranged in the detection bin 504, the floating ball is attached to the water surface of the detection bin 504, when the floating ball of the detection bin 504 is lower than the set water level, the floating ball is started, the water source 502 starts to supply water into the detection bin 504 until the floating ball rises above the water supply level.

The water-tight heating device is simple, stable and reliable in structure, can supplement water at any time, can effectively solve the problem of water evaporation caused by water sealing, and is always kept in a sealing state in the heating process.

Accuse temperature subassembly includes proportional valve 604, gives vent to anger and is responsible for 602 and give vent to anger and divide pipe 603, the inlet end and the steam house steward intercommunication of proportional valve 604, the proportional valve 604 give vent to anger the end with give vent to anger and be responsible for 602 intercommunication, give vent to anger and be responsible for 602 and give vent to anger and divide pipe 603 intercommunication, it is provided with exhaust hole exhaust steam to give vent to anger to divide pipe 603.

The temperature control assembly realizes the segmented temperature control of the steaming trough body 2, a proportional valve 604 and an air outlet main pipe 602 are arranged in each segment of steaming trough body 2, the air input of hot steam is adjusted by utilizing a pipeline of the proportional valve 604, the temperature in the steaming trough body 2 is further adjusted, the reliability is high, and the speed is high.

The exhaust holes are arranged on the air outlet branch pipe 603 and are uniformly distributed.

The steam turbine further comprises a regulating assembly, the regulating assembly comprises a proportional valve branch pipe 609 and a communication branch pipe, the proportional valve branch pipe 609 and the communication branch pipe are connected in parallel with the steam main pipe 601 and the air outlet main pipe 602, and the proportional valve 604 is arranged on the proportional valve branch pipe 609.

The steam amount is adjusted through the air inflow of the proportional valve branch pipe 609 and the communicating branch pipe, and the temperature in the steam tank is further adjusted.

Be provided with temperature detection sensor 606, temperature detection sensor 606 sets up in every section evaporates the inslot body 2, detects the temperature of evaporating in the inslot body 2, temperature detection sensor 606 evaporates the proportional valve 604 signal of telecommunication connection that inslot body 2 corresponds with every section.

At least one temperature detection sensor 606 is arranged in each section of steaming tank body 2 to detect the real-time temperature of the steaming tank body 2, the temperature detection sensor 606 is in electrical signal connection with the proportional valve 604, the temperature is adjusted through preset parameters, and the steam supplementing and temperature adjusting can also be carried out according to the real-time temperature.

The gas outlet distributing pipes 603 are formed by extending the gas outlet main pipe 602 to two sides, and the gas outlet distributing pipes 603 are uniformly distributed on two sides of the gas outlet main pipe 602.

The uniformly distributed gas outlet branch pipes 603 can effectively increase the heat supply area, and simultaneously, the consistency of the temperature in each area in the steaming tank body 2 is high.

The air inlet end of the proportional valve branch pipe 609 is provided with a stop valve 607. The connecting branch 608 is provided with a shut-off valve 607.

Shut-off valve 607 is used to shut off proportional valve branch 609 or connecting branch 608.

The end of the main steam pipe 601 is provided with a condensed water outlet 605 for discharging condensed water cooled in the main steam pipe 601.

The steam control pipeline comprises a water-steam separator and a pressure reducing pipeline, and hot steam is communicated with the steam main pipe 601 through the water-steam separator and the pressure reducing pipeline.

1 length direction of steam pocket lid is provided with two sets at least hoist mechanism, and hoist mechanism includes hoist motor 101, fixed plate and drive mechanism 102, the fixed plate with 1 fixed connection of steam pocket lid, hoist motor 101 drive 102 motion, drive mechanism 102 drive the fixed plate motion drives the steam pocket and rises or descends, still includes detecting element, detecting element includes the encoder and hangs the rope, hang rope one end with the encoder is connected, hang the rope other end with 1 fixed connection of steam pocket lid, the encoder with hoist motor 101 signal connection, detecting element with hoist mechanism corresponds the setting.

The lifting device of the steam groove cover 1 provided by the utility model synchronously lifts by utilizing the lifting motor 101 and the traction mechanism 102, the motor is synchronously driven and synchronously lifted, the lifting device is stable and reliable, the position change of each part in the motion process of the steam groove cover 1 is detected by utilizing the encoder and the hanging rope, and when the lifting strokes of each part are inconsistent, the motor is immediately stopped, and the lifting device is safe and stable.

The steaming trough cover 1 is positioned above the steaming trough body 2, and the whole steaming trough cover covers the steaming trough body 2.

Lifting mechanism is provided with four sets, and two liang of a set of settings are located the both ends of steam pocket lid 1 respectively, the encoder correspondence is provided with 4, with lifting mechanism corresponds the setting, and when steam pocket lid 1 fell down, the string of four encoders rope transmission displacement data (lid detected real-time position current value in going up and down and feed back to automatically controlled PLC controller), when the data is different, stops lifting mechanism's promotion motor 101 motion.

Relatively set up, stability is high, utilizes four corners equilibrium to detect the steam trap lid 1 state.

After the lifting and cover opening instruction is received, the PLC outputs signals to the motor according to the originally set parameters, the motor rotates to lift, the stay cord of the encoder is shortened from long to short, the current value of the real-time position detected by the 4 fulcrum encoders is transmitted to the PLC, when the current values are inconsistent, (namely the length of the stay cord is inconsistent), the PLC immediately sends a stop signal to the motor, the motor stops transmission, the lifting action is restarted after artificial fault removal, mechanical accidents are avoided when unbalanced lifting occurs, and the principle is the same when the motor operates in an opposite descending mode.

The device is characterized in that a pre-cooling mechanism 4 is arranged outside the discharge port, the pre-cooling mechanism 4 comprises a fan, a fan cover and a pre-cooling conveying belt, the pre-cooling conveying belt is connected with the output end of the steaming trough conveying belt and used for receiving articles output by the steaming trough, the fan cover is arranged above the pre-cooling conveying belt in a covering mode, and the fan is arranged in the fan cover.

Evaporate groove belt cleaning device, including evaporating groove conveyer belt 300 and being used for the clean wiper mechanism who evaporates groove conveyer belt 300, wiper mechanism includes spray assembly and clean subassembly, spray assembly includes shower nozzle 301 and water supply unit, evaporate groove conveyer belt 300 and be located in the injection region of shower nozzle 301, clean subassembly include with evaporate groove conveyer belt 300 surface contact's cleaning member.

According to the utility model, the steam groove conveyer belt 300 is provided with the spraying assembly and the cleaning assembly, the cleaning assembly performs rolling brush cleaning on the surface of the steam groove conveyer belt 300 to strip impurities from the steam groove conveyer belt 300, the spraying assembly sprays water to the steam groove conveyer belt 300, and the residue or grease on the steam groove conveyer belt 300 is washed out by water flow with certain pressure, so that the steam groove conveyer belt 300 is cleaned, and the cleaning can be performed on line cleaning or deep cleaning by adding a cleaning agent after production stop.

The water supply assembly comprises a steam pipeline 305, a cold water pipeline 304 and a mixing valve 303, wherein the mixing valve 303 is communicated with the spray head 301 and supplies liquid to the spray head 301, and the steam pipeline 305 and the cold water pipeline 304 are mixed in the mixing valve 303.

The cleaning component comprises a cleaning hairbrush 310 and a hairbrush driving motor 311, wherein the hairbrush driving motor 311 is in driving connection with the cleaning hairbrush 310 and controls the cleaning hairbrush 310 to clean the surface of the steam groove conveying belt 300.

The cleaning brush 310 comprises a rotating shaft and a brush arranged on the rotating shaft, the rotating shaft is arranged in parallel with the steaming groove conveying belt 300, the brush is in contact with the surface of the steaming groove conveying belt 300, and the rotating shaft is in driving connection with the brush driving motor 311.

A cleaning groove 306 is arranged, the cleaning assembly, the spraying assembly and the steaming groove conveyer belt 300 are all arranged in the cleaning groove, a water outlet 308 is arranged at the lower part of the cleaning groove, and an overflow port 307 is arranged at the upper part of the cleaning groove.

The water discharge amount of the water discharge port 308 is smaller than the water discharge amount of the head 301.

The water discharge amount of the water discharge port 308 is smaller than the water spray amount of the spray head 301, so that clean water can be slowly accumulated, oil stains are discharged through the overflow port 307, and the cleaning effect can be greatly improved;

light sundries and oil stains flow out through an overflow port 307 in the cleaning tank, and the heavy sundries are discharged through a water outlet 308, so that the cleanness of the cleaning tank is ensured, and secondary pollution is avoided.

The above description is only of the preferred embodiments of the present invention, and it should be noted that: it will be apparent to those skilled in the art that various modifications and adaptations can be made without departing from the principles of the utility model and these are intended to be within the scope of the utility model.

Claims

1. An automatic steaming system is characterized in that: comprises that

A conveying mechanism for supplying food to be steamed to the steaming module,

2. An automated steaming system according to claim 1, wherein: the water sealing mechanism comprises water tanks arranged on two sides of the steaming tank, water is filled in the water tanks, and when the steaming tank cover falls down, the water falls into the water tanks.

3. An automated steaming system according to claim 2, wherein: the water sealing mechanism further comprises a floating ball liquid level mechanism and a water source, and when the floating ball liquid level mechanism is lower than a set liquid level, the water source supplies water into the water tank.

4. An automated steaming system according to claim 1, wherein: the steam branched pipe comprises an air outlet main pipe and air outlet branched pipes, wherein the air outlet branched pipes are formed by extending the air outlet main pipe to two sides, and the air outlet branched pipes are uniformly distributed on two sides of the air outlet main pipe.

5. An automated steaming system according to claim 4, wherein: every is given vent to anger and is responsible for the in-connection and be had accuse temperature subassembly, accuse temperature subassembly includes the proportional valve, the section of admitting air and the steam of proportional valve are responsible for the intercommunication, the end of giving vent to anger of proportional valve with give vent to anger and be responsible for the intercommunication, give vent to anger and be responsible for and give vent to anger and manage the intercommunication, it is provided with exhaust hole exhaust steam to give vent to anger to manage.

6. An automated steaming system according to claim 1, wherein: the steam control pipeline comprises a water-steam separator and a pressure reducing pipeline, and hot steam is communicated with the steam main pipe through the water-steam separator and the pressure reducing pipeline.

7. An automated steaming system according to claim 1, wherein: the steam groove cover is provided with at least two sets of lifting mechanisms along the length direction, each lifting mechanism comprises a lifting motor, a fixing plate and a traction mechanism, the fixing plates are fixedly connected with the steam groove cover, the lifting motors drive the traction mechanisms to move, and the traction mechanisms drive the fixing plates to move to drive the steam groove cover to ascend or descend.

8. An automated steaming system according to claim 1, wherein: the steam groove is internally provided with an air draft mechanism which is respectively arranged at the feed inlet and the discharge outlet and used for quickly evacuating hot steam overflowing from the steam groove.

9. An automated steaming system according to claim 1, wherein: the pre-cooling mechanism is arranged outside the discharge port and comprises a fan, a fan cover and a pre-cooling conveying belt, the pre-cooling conveying belt is connected with the output end of the steam groove conveying belt and used for receiving articles output by the steam groove, the fan cover is arranged above the pre-cooling conveying belt in a covering mode, and the fan is arranged in the fan cover.

10. An automated steaming system according to claim 1, wherein: the feed inlet of evaporating the groove is provided with sprays the mechanism, it includes shower nozzle and liquid source to spray the mechanism, the liquid source with the input intercommunication of shower nozzle, the output of shower nozzle hangs to be located evaporate groove conveyer belt top, to evaporating the article spraying of groove conveyer belt.