CN206521456U - Drum type continuous smoked grains equipment - Google Patents

Abstract

The utility model discloses in solid-state material heating field, especially, relate to unstrained spirits equipment is smoked in succession to rotary drum formula, the setting of stirring structure is in horizontal rotary drum structure, power structural connection horizontal rotary drum structure provides power, bearing structure sets up at horizontal rotary drum structure under bracing horizontal rotary drum structure, the respirator pipeline with external intercommunication is set up in the horizontal rotary drum structure, the zone of heating sets up outside horizontal rotary drum structure, the zone of heating adopts the collection case structure, heating intraformational heating water band intercommunication collection case and export collection case, it sets up and just to play water collection case slope to add the water band slope, add the water band and let in heating medium, the left end face center department of horizontal rotary drum structure sets up into discharge gate, right-hand member face center department sets up rotary. The utility model has the advantages that: the heating effect is greatly enhanced by simultaneously rotating in the heating process and matching with the stirring of blades in the barrel, the unstrained spirits are fully sealed in the smoking process, the waste of acetic acid is avoided, and the operation environment is greatly improved.

Description

Drum type continuous smoked grains equipment

technical field

The utility model relates to the field of solid material heating, in particular to a drum-type continuous smoked fermented grains equipment.

Background technique

The fermentation and brewing technology of solid materials has a long history and is widely used in wine making, koji making, biological fermentation, food brewing and other fields. At present, in the acetic acid solid-state brewing industry, the method of smoked grains is: put the grains to be heated in the square tank, and then pass in the heated flue gas (or steam) in the bottom interlayer. When fermenting unstrained spirits, the fermented grains are still, because the fermented grains are poor conductors of heat, the heat transfer effect is very poor, and the heating is uneven, and the heat is wasted a lot; during the process of smoking unstrained grains, the acetic acid volatilizes seriously, and the working environment is harsh , Also caused the waste of acetic acid.

Utility model content

In order to solve the above-mentioned technical problems, the utility model provides a horizontal drum stirring and entering and exiting device.

The technical solution adopted by the utility model is: a horizontal drum stirring and entering and exiting device, including a horizontal drum structure, a heating layer, a power structure, a supporting structure, and a stirring structure, which is characterized in that the stirring structure is arranged on the In the horizontal drum structure, the power structure is connected to the horizontal drum structure and provides power, the support structure is arranged under the horizontal drum structure to support the horizontal drum structure, and the horizontal drum structure The respirator pipeline communicating with the outside is arranged in the drum structure, the heating layer is arranged outside the horizontal drum structure, the heating layer adopts a header structure, and the inlet header, heating water The heating water belt is connected to the inlet header and the outlet header, the heating water belt is inclined to the water outlet header, and the heating medium is passed into the heating water belt.

Further, both ends of the horizontal drum structure are provided with a left end face and a right end face, the center of the left end face is provided with a material inlet and outlet, and the center of the right end face is provided with a rotary joint;

Further, the inlet header is communicated with the steam inlet main pipe through the steam inlet branch pipe, the outlet header is connected with the condensed water discharge pipe, the steam inlet main pipe and the condensed water discharge pipe are connected with a rotary joint, the The condensate discharge pipe goes out of the swivel joint and is connected to the steam trap.

Further, the inclination of the heating water belt is 0.5-1%.

Further, the support structure includes a fixed bearing seat and a self-aligning roller seat, the fixed bearing seat is fixed on the right end surface of the horizontal drum structure, and the self-aligning roller seat is arranged on the horizontal drum structure left and right sides.

Further, the outer layer of the heating layer is provided with a thermal insulation layer.

Further, the stirring structure connected to the horizontal drum structure includes spiral blades and stirring blades, the stirring blades are uniformly arranged on the inner wall of the horizontal drum structure, and the spiral blades are arranged on the horizontal drum structure. The drum structure is close to the inlet and outlet.

Further, the left end surface adopts a cone-shaped head structure, and the right end surface adopts a dish-shaped head structure.

Further, a cut-off valve is set at the initial section of the condensed water discharge pipe.

Further, the cross section of the heating water belt is semicircular.

Further, the stirring blades are arranged axially equidistantly and fixed on the inner wall of the horizontal drum structure.

The beneficial effects of the utility model are as follows: 1. The horizontal drum structure makes the space height very low, the power consumption is also small, and the cost performance is high.

2. The heating layer adopts a header structure. The heating water belt is connected to the inlet header and the outlet header, and is inclined at a certain angle to the outlet header. The condensed water is collected through the outlet header, and the condensed water is sent to the right end by steam pressure. The steam trap is connected behind the swivel joint to realize the function of only draining water but not exhausting steam.

3. It realizes simultaneous rotation during the heating process, and cooperates with the stirring of the blades inside the cylinder, which greatly enhances the heating effect, and the heating is uniform, which improves the heating efficiency and saves energy consumption.

4. An insulation layer is set outside the tank to reduce heat loss.

5. The process of fumigation is completely closed, which avoids the waste of acetic acid and greatly improves the working environment.

Description of drawings

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

FIG. 2 is a sectional view of FIG. 1 .

Fig. 3 is a schematic structural view of the horizontal drum structure of the present invention.

In the figure, 1. Horizontal drum structure, 2. Heating layer, 3. Support structure, 4. Stirring structure, 5. Inlet header, 6. Heating water belt, 7. Outlet header, 8. Left end face, 9 .Right end face, 10. Rotary joint, 11. Material inlet and outlet, 12. Steam inlet branch pipe, 13. Steam inlet main pipe, 14. Condensed water discharge pipe, 15. Steam trap, 16. Spiral blade, 17. Stirring blade, 18 . Globe valve, 19. Fixed bearing seat, 20. Self-aligning roller seat.

detailed description

The specific embodiment of the utility model is described below in conjunction with the accompanying drawings.

In the attached drawings, 1. Horizontal drum structure, 2. Heating layer, 3. Support structure, 4. Stirring structure, 5. Inlet header, 6. Heating hose, 7. Outlet header, 8. Left end face, 9. Right end face, 10. Rotary joint, 11. Material inlet and outlet, 12. Steam inlet branch pipe, 13. Steam inlet main pipe, 14. Condensed water discharge pipe, 15. Steam trap, 16. Spiral blade, 17. Stirring blade, 18. Globe valve, 19. Fixed bearing seat, 20. Self-aligning roller seat.

The utility model relates to a drum-type continuous smoked unstrained spirits equipment, comprising a horizontal drum structure 1, a heating layer 2, a power structure, a support structure 3, and a stirring structure 4. The stirring structure 4 is arranged in the horizontal drum structure 1 to ensure that the material Evenly distributed, improving heat exchange efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure 1 and provides power to realize simultaneous rotation during the heating process, and the support structure 3 is set on the horizontal drum structure 1 The horizontal drum structure 1 is supported under the horizontal drum structure 1, so that the space height is very low, the power consumption is also small, and the cost performance is high. When the temperature of the fermented grains in the horizontal drum structure 1 rises, the volume of the air in the drum expands, and the excess gas is discharged out of the drum through the respirator pipeline, so as to ensure that the inside of the drum is fully closed during the process of maintaining the normal pressure of the fermented grains, and avoids the leakage of acetic acid. waste, and greatly improved the working environment; the heating layer 2 is set outside the horizontal drum structure 1, and the heating layer 2 adopts a header structure, which collects the working fluid or redistributes the working fluid through the header structure into other pipelines, that is, to collect, mix, and distribute working fluids to ensure uniform distribution and uniform heating of the working fluids; the inlet header 5, the heating water belt 6 and the outlet header 7 are set in the heating layer 2, and the heating water belt 6 is connected to the inlet collection The tank 5 and the outlet header 7, the heating water belt 6 is inclined to the water outlet header, and the heating medium is passed into the heating water belt 6. The heating medium can be steam, heat transfer oil, etc., for the horizontal drum structure 1 The material is heated to achieve simultaneous rotation during the heating process, and it is stirred with the blades inside the cylinder, which greatly enhances the heating effect and evenly heats. Improve heating efficiency and save energy consumption.

The two ends of the horizontal drum structure 1 are provided with a left end surface 8 and a right end surface 9, and the center of the left end surface 8 is provided with an inlet and outlet 11, and the product is discharged through the inlet and outlet 11 provided at the center of the left end surface 8, and through forward rotation and reverse rotation The horizontal drum structure 1 realizes the feeding and discharging of the material inlet and outlet 11, and the rotary joint 10 is set at the center of the right end surface 9. It adopts a multi-channel design, which can meet the needs of adding multiple materials at the same time, and meet the heating medium and discharge requirements. The heating medium can be carried out at the same time, effectively improving production and operation efficiency, reducing the time for the mixed materials in the fermentation tank to contact the outside world, and improving fermentation efficiency.

The inlet header 5 communicates with the steam inlet main pipe 13 through the steam inlet branch pipe 12, the outlet header 7 is connected with the condensed water discharge pipe 14, the steam inlet main pipe 13 and the condensed water discharge pipe 14 are connected with the rotary joint 10, and the condensed water discharge pipe 14 Out of the swivel joint 10, a steam trap is connected, and the condensed water is collected through the outlet header 7, and the condensed water is sent to the right end surface 9 of the swivel joint 10 by steam pressure, followed by a steam trap 15, so as to realize the function of only draining water but not exhausting steam.

The inclination of the heating water belt 6 is 0.5-1%, which is convenient for condensed water to be discharged.

The cross-section of the heating water belt 6 is semicircular. Usually, the cross-section of the heating water belt 6 is circular, which cannot completely fit the surface of the horizontal drum structure 1, and the heat exchange efficiency is low. The selection of the radius of the semicircle should ensure that The surface of the horizontal drum structure 1 is completely bonded, and the heating water belt 6 is completely bonded to the surface of the horizontal drum structure 1, thereby improving heat exchange efficiency.

The support structure 3 includes a fixed bearing seat 19 and a self-aligning roller seat 20. The fixed bearing seat 19 is fixed on the right end surface 9 of the horizontal drum structure 1, supports the left end of the horizontal drum structure 1 and forms a horizontal drum structure through the power structure. 1 to provide rotational power, the self-aligning roller seat 20 is arranged on the left and right sides of the horizontal drum structure 1, and the self-aligning roller seat 20 cooperates with the fixed bearing seat 19 to maintain the level of the horizontal drum structure 1.

The outer layer of the heating layer 2 is provided with an insulating layer, which can effectively reduce heat loss.

The stirring structure 4 in the horizontal drum structure 1 includes a spiral blade 16 and a stirring blade 17, the stirring blade 17 is evenly arranged on the inner wall of the horizontal drum structure 1, and the spiral blade 16 is arranged in the horizontal drum structure 1 close to the entrance and exit At the material inlet 11, the spiral blade 16 acts as a material guide, and the stirring blade 17 is arranged in an axial equidistant manner and fixed on the inner wall of the horizontal drum structure 1, which greatly enhances the heating effect, and the heating is uniform, which improves the heating efficiency and saves energy. To reduce energy consumption, the screw blade 16 is set to realize forward rotation feeding and reverse rotation discharging, and the feeding and discharging speed is uniform and fast.

A cut-off valve 18 is arranged at the initial section of the condensed water discharge pipe, which is convenient for use during maintenance and discharges impurities contained in the condensed water.

Embodiment 1: Drum-type continuous smoked unstrained spirits equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The respirator pipeline connected with the outside is set in the horizontal drum structure, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And the heating is uniform, the heating efficiency is improved, and the energy consumption is saved.

The two ends of the horizontal drum structure are provided with left and right end faces, the left end face adopts a conical head structure, the right end face adopts a dish-shaped head structure, and the center of the left end face of the conical head structure is provided with an inlet and outlet, through the left The inlet and outlet are set at the center of the surface to discharge the product, and the inlet and outlet are fed and discharged through the forward and reverse horizontal drum structure, which is convenient for the material to enter and exit. It can meet the demand of adding multiple materials at the same time, and meet the requirements of heating medium feeding and discharging heating medium at the same time, effectively improving production and operation efficiency, reducing the time for the mixed materials in the fermentation tank to contact the outside world, and improving fermentation efficiency.

The inlet header is connected with the steam inlet main pipe through the steam inlet branch pipe, the outlet header is connected with the condensed water discharge pipe, the steam inlet main pipe and the condensed water discharge pipe are connected with the rotary joint, and the condensed water discharge pipe is connected with the steam trap after exiting the rotary joint. The outlet header collects the condensed water, and sends the condensed water to the rotary joint on the right end face through the steam pressure, and then connects the steam trap to realize the function of only draining water but not exhausting steam.

Embodiment 2: Drum-type continuous smoked unstrained spirits equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The respirator pipeline connected with the outside is set in the horizontal drum structure, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And heat evenly. Improve heating efficiency and save energy consumption.

The inclination of the heating hose is 0.5-1%, which is convenient for the discharge of condensed water. Usually, the cross section of the heating hose is circular, which cannot completely fit the surface of the horizontal drum structure, and the heat exchange efficiency is low. The cross section of the heating hose is Semicircle, the radius of the semicircle should be selected to ensure that it is completely attached to the surface of the horizontal drum structure, and the heating water belt is completely attached to the surface of the horizontal drum structure to improve heat exchange efficiency.

Embodiment 3: Drum-type continuous smoked unstrained spirits equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The respirator pipeline connected with the outside is set in the horizontal drum structure, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And heat evenly. Improve heating efficiency and save energy consumption.

The support structure includes a fixed bearing seat and a self-aligning roller seat. The fixed bearing seat is fixed on the right end surface of the horizontal drum structure. The drum structure provides the rotating power, and the self-aligning roller seat is arranged on the left and right sides of the horizontal drum structure, and the self-aligning roller seat cooperates with the fixed bearing seat to maintain the level of the horizontal drum structure.

Embodiment 4: Drum-type continuous smoked unstrained spirits equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The respirator pipeline connected with the outside is set in the horizontal drum structure, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And heat evenly. Improve heating efficiency and save energy consumption.

The outer layer of the heating layer is provided with an insulation layer, which can effectively reduce heat loss.

Embodiment 5: Drum-type continuous smoked unstrained spirits equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The respirator pipeline connected with the outside is set in the horizontal drum structure, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And heat evenly. Improve heating efficiency and save energy consumption.

The two ends of the horizontal drum structure are provided with left and right end faces, and the center of the left end face is provided with an inlet and outlet, and the product is discharged through the inlet and outlet at the center of the left end face, and the inlet and outlet are realized through forward and reverse horizontal drum structures The feeding and discharging of the material port is convenient for the material to enter and exit. The rotary joint is set at the center of the right end face, and the multi-channel design is adopted, which can meet the needs of adding multiple materials at the same time, and can simultaneously enter the heating medium and discharge the heating medium, effectively Improve production and operation efficiency, reduce the time for the mixed materials in the fermentation tank to contact the outside world, and improve fermentation efficiency.

The inlet header is connected with the steam inlet main pipe through the steam inlet branch pipe, the outlet header is connected with the condensed water discharge pipe, the steam inlet main pipe and the condensed water discharge pipe are connected with the rotary joint, and the condensed water discharge pipe is connected with the steam trap after exiting the rotary joint. The outlet header collects the condensed water, and sends the condensed water to the rotary joint on the right end face through the steam pressure, and then connects the steam trap to realize the function of only draining water but not exhausting steam.

The stirring structure in the horizontal drum structure includes spiral blades and stirring blades. The stirring blades are evenly arranged on the inner wall of the horizontal drum structure, and the spiral blades are arranged in the horizontal drum structure near the inlet and outlet. The function of material guide, the axial equidistant arrangement of the stirring blades is fixed on the inner wall of the horizontal drum structure, which greatly enhances the heating effect, and the heating is uniform, which improves the heating efficiency and saves energy consumption. The spiral blade setting realizes forward rotation feeding , reversing the discharge, the feeding and discharging speed is uniform and fast.

Embodiment 6: Drum-type continuous smoked fermented grains equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The horizontal drum structure is equipped with a respirator pipeline connected with the outside world, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And heat evenly. Improve heating efficiency and save energy consumption.

The two ends of the horizontal drum structure are provided with left and right end faces, the left end face adopts a conical head structure, the right end face adopts a dish-shaped head structure, and the center of the left end face of the conical head structure is provided with an inlet and outlet, through the left The inlet and outlet are set at the center of the surface to discharge the product, and the inlet and outlet are fed and discharged through the forward and reverse horizontal drum structure, which is convenient for the material to enter and exit. It can meet the demand of adding multiple materials at the same time, and meet the requirements of heating medium feeding and discharging heating medium at the same time, effectively improving production and operation efficiency, reducing the time for the mixed materials in the fermentation tank to contact the outside world, and improving fermentation efficiency.

The inlet header is connected with the steam inlet main pipe through the steam inlet branch pipe, the outlet header is connected with the condensed water discharge pipe, the steam inlet main pipe and the condensed water discharge pipe are connected with the rotary joint, and the condensed water discharge pipe is connected with the steam trap after exiting the rotary joint. The outlet header collects the condensed water, and sends the condensed water to the rotary joint on the right end face through the steam pressure, and then connects the steam trap to realize the function of only draining water but not exhausting steam.

Embodiment 7: Drum-type continuous smoked unstrained spirits equipment, including a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure. The stirring structure is arranged in the horizontal drum structure to ensure uniform distribution of materials and improve heat exchange. efficiency, and has the function of feeding and discharging; the power structure is connected to the horizontal drum structure and provides power to realize simultaneous rotation during the heating process, and the support structure is set under the horizontal drum structure to support the horizontal drum structure. The vertical drum structure makes the space height very low, the power consumption is also small, and the cost performance is high. The respirator pipeline connected with the outside is set in the horizontal drum structure, and the temperature of the fermented grains in the horizontal drum structure rises. When the temperature is high, the volume of the air in the cylinder expands, and the excess gas is discharged out of the cylinder through the respirator pipeline to ensure that the pressure in the cylinder is maintained. Outside the horizontal drum structure, the heating layer adopts a header structure, which collects the working fluid or redistributes the working fluid to other pipelines through the header structure, that is, collects, mixes, and distributes the working fluid to ensure The working fluid is evenly distributed and heated; the heating layer is equipped with an inlet header, a heating water belt and an outlet header, and the heating water belt is connected to the inlet header and the outlet header. The heating medium is fed into the belt, and the heating medium can be steam, heat transfer oil, etc., to heat the material in the horizontal drum structure, and to realize simultaneous rotation during the heating process, and to cooperate with the internal blade stirring of the drum to greatly enhance the heating effect. And heat evenly. Improve heating efficiency and save energy consumption.

The two ends of the horizontal drum structure are provided with left and right end faces, the left end face adopts a conical head structure, the right end face adopts a dish-shaped head structure, and the center of the left end face of the conical head structure is provided with an inlet and outlet, through the left The inlet and outlet are set at the center of the surface to discharge the product, and the inlet and outlet are fed and discharged through the forward and reverse horizontal drum structure, which is convenient for the material to enter and exit. It can meet the demand of adding multiple materials at the same time, effectively improve production and operation efficiency, reduce the time for the mixed materials in the fermentation tank to contact the outside world, and improve fermentation efficiency.

The inlet header is connected with the steam inlet main pipe through the steam inlet branch pipe, the outlet header is connected with the condensed water discharge pipe, the steam inlet main pipe and the condensed water discharge pipe are connected with the rotary joint, and the condensed water discharge pipe is connected with the steam trap after exiting the rotary joint. The outlet header collects the condensed water, and sends the condensed water to the rotary joint on the right end face through the steam pressure, and then connects the steam trap to realize the function of only draining water but not exhausting steam.

A cut-off valve is installed at the beginning of the condensed water discharge pipe, which is convenient for maintenance and discharges impurities contained in the condensed water.

Working process: Before operation, the power structure should be started to drive the horizontal drum structure to run without load, and the rotation direction of the spiral blades should be confirmed to be forward; The heat medium enters the heating layer of the header structure to heat the fermented grains, and realizes the rotation of the horizontal drum structure at the same time during the heating process. With the stirring operation of the stirring blades in the horizontal drum structure, the heating effect is greatly enhanced, and the heating is uniform , improve heating efficiency, improve fermentation efficiency, and save energy consumption; when the fermentation index is reached, the power structure drives the horizontal drum structure to rotate forward to realize feeding and continuous discharging.

Specific process: the geared motor of the power structure drives the rolling bearing to rotate through the transmission device, thereby promoting the rotation of the horizontal drum structure, the material inlet and outlet at the center of the left end face of the conical head structure enters the material, and the material is injected into the horizontal cylinder along the rotating spiral blade. At the cylinder body of the rotary drum structure, a plurality of stirring blades are axially equidistantly arranged and fixed on the inner wall of the horizontal drum structure. When the rotary drum structure is rotating, the stirring blades will push the material into the drum while carrying it up, so as to realize the function of continuous feeding. It is rectangular and disconnected. When the drum rotates, it is equivalent to a single mixing blade. When the cavity in the horizontal drum structure is turned over, the small-scale materials of each section of the sub-blade length are continuously picked up by the sub-blades and thrown down. The uniformity of mixing is much better than the overall rolling mode formed by ordinary continuous spiral blades; the horizontal drum structure rotates forward, and the self-aligning rollers on the self-aligning roller seat of the supporting structure follow the reverse direction accordingly, and the horizontal rotation The material in the drum structure is gradually increasing, and the weight in the horizontal drum structure is also increasing, and with the ups and downs of the intermittent blades, the material will shake slightly. The axis is fixed to balance the force of the rolling bearing; when the horizontal drum structure is kept rotating smoothly, the axis is kept fixed and the force of the rolling bearing is balanced. When the temperature of the fermented grains in the horizontal drum structure rises, the volume of the air in the drum expands , discharge the excess gas out of the cylinder through the respirator pipeline to ensure that the cylinder maintains normal pressure;

While stirring the material, the heating medium enters the heating layer to heat the material in the horizontal drum structure through the steam inlet main pipe and the steam branch pipe. The heating layer adopts a header structure, and the header structure is that the steam is redistributed through the inlet header structure In the heating water belt, the heating water belt collects, mixes and distributes the working fluid to ensure the uniform distribution and uniform heating of the working fluid. The flow and pressure of the steam are set reasonably to ensure the stable operation of the equipment and the stability of the quality of the smoked grains; The heating layer is equipped with an inlet header, a heating water belt and an outlet header. The heating water belt is connected to the inlet header and the outlet header. The inclination of the belt is 0.5-1%, which is convenient for condensed water to discharge. The condensed water is sent to the rotary joint at the center of the right end face by steam pressure and then connected with a steam trap to realize the function of only draining water but not steam. The waste of acetic acid is avoided, and the working environment is greatly improved.

When the fermentation of the smoked grains is over, the geared motor of the power structure is controlled to drive the horizontal drum structure to reverse, and the material is lifted by the stirring blades and then falls to the previous row of stirring blades, so that the materials are continuously sent to the outside of the stirring blades. The horizontal drum structure is equipped with a spiral blade near the inlet and outlet, and the material reaching the inlet and outlet will be pushed to the inlet and outlet through the spiral blade and pushed out of the inlet and outlet, and continuous discharge will be realized as the material is discharged. The function of output.

An example of the utility model has been described in detail above, but the content is only a preferred embodiment of the utility model, and cannot be considered as limiting the implementation scope of the utility model. All equal changes and improvements made according to the application scope of the utility model should still belong to the scope covered by the patent of the utility model.

Claims (10)

1. Drum-type continuous smoked unstrained spirits equipment, comprising a horizontal drum structure, a heating layer, a power structure, a support structure, and a stirring structure, characterized in that the stirring structure is arranged in the horizontal drum structure, and the power The structure is connected to the horizontal drum structure and provides power. The support structure is arranged under the horizontal drum structure to support the horizontal drum structure. The heating layer is arranged outside the horizontal drum structure, the heating layer adopts a header structure, the inlet header, the heating water belt and the outlet header are arranged in the heating layer, and the heating water The belt communicates with the inlet header and the outlet header, the heating water belt is inclined to the water outlet header, and the heating medium is passed into the heating water belt. 2. The drum-type continuous smoked fermented grains equipment according to claim 1, characterized in that the two ends of the horizontal drum structure are provided with a left end face and a right end face, the center of the left end face is provided with an inlet and outlet, and the A rotary joint is set at the center of the right end face; The inlet header is connected with the steam inlet main pipe through the steam inlet branch pipe, the outlet header is connected with the condensed water discharge pipe, the steam inlet main pipe and the condensed water discharge pipe are connected with the rotary joint, and the condensed water is discharged After the pipe comes out of the swivel joint, it is connected to the steam trap. 3. The drum-type continuous smoked fermented grains equipment according to claim 1, characterized in that the inclination of the heating water belt is 0.5-1%. 4. The drum-type continuous smoked unstrained spirits equipment according to claim 1, characterized in that the supporting structure includes a fixed bearing seat and a self-aligning roller seat, and the fixed bearing seat is fixed on the right end surface of the horizontal drum structure Above, the self-aligning roller seat is arranged on the left and right sides of the horizontal drum structure. 5. The drum-type continuous smoked fermented grains equipment according to claim 1, characterized in that the outer layer of the heating layer is provided with an insulating layer. 6. The drum type continuous smoked fermented grains equipment according to claim 1 or 2, characterized in that the stirring structure in the horizontal drum structure includes a spiral blade and a stirring blade, and the stirring blade is evenly arranged on the On the inner wall of the horizontal drum structure, the helical blade is arranged in the horizontal drum structure near the material inlet and outlet. 7. The drum-type continuous smoked fermented grains equipment according to claim 2, characterized in that the left end surface adopts a cone-shaped head structure, and the right end surface adopts a dish-shaped head structure. 8. The drum-type continuous smoked fermented grains equipment according to claim 2, characterized in that a cut-off valve is set at the initial section of the condensed water discharge pipe. 9. The drum type continuous smoked fermented grains equipment according to claim 1 or 3, characterized in that the cross-section of the heating water belt is semicircular. 10. The drum-type continuous smoked fermented grains equipment according to claim 6, characterized in that the stirring blades are arranged axially equidistantly and fixed on the inner wall of the horizontal drum structure.