CN209989361U - Fermented grain smoking facility for mature vinegar - Google Patents

Abstract

A mature vinegar smoking unstrained spirits facility comprises a smoking unstrained spirits pool constructed on the ground, a feeding device arranged on the upper portion of the smoking unstrained spirits pool, an automatic unstrained spirits pouring device, and the automatic unstrained spirits pouring device comprises an automatic unstrained spirits pouring machine which can axially walk along the smoking unstrained spirits pool and can simultaneously pour unstrained spirits, and unstrained spirits pouring machine moving facilities arranged at two axial ends of the smoking unstrained spirits pool, wherein the automatic unstrained spirits pouring machine guides vinegar residue in the smoking unstrained spirits pool into an adjacent smoking unstrained spirits pool or a discharging device, the unstrained spirits pouring machine moving facilities can pour unstrained spirits in different smoking unstrained spirits pools, the feeding device can evenly feed the smoking unstrained spirits pools, pour unstrained spirits, fully automatically discharge, and remarkably reduce dependence on manpower in a smoking unstrain.

Description

Fermented grain smoking facility for mature vinegar

Technical Field

The utility model relates to a mature vinegar brewing device, in particular to a fermented grain smoking facility for mature vinegar.

Background

The fermented grain smoking is one of important steps in the mature vinegar brewing process, the final quality of the mature vinegar is directly determined by the quality of the fermented grain smoking effect, and in the fermented grain smoking process, fermented grain pouring is also indispensable, so that the acid-producing bacteria can be promoted to grow better, and the occurrence of peroxidation can be inhibited. In the unstrained spirits smoking process, feeding and pouring unstrained spirits are two important work flows, but the automation degree of the existing equipment is low, the dependence on manpower is more, a large amount of manpower is needed to be paid for each feeding and pouring of unstrained spirits, and workers work in the unstrained spirits smoking room with high temperature and high acidity in air, so that the efficiency is low, and the body is damaged due to long-term labor.

Disclosure of Invention

Aiming at the defects of the prior art, the utility model provides a fermented grain smoking facility for mature vinegar.

The utility model adopts the technical proposal that: a mature vinegar smoking and fermenting grain facility comprises a smoking and fermenting grain pool constructed on the ground, a feeding device arranged on the upper part of the smoking and fermenting grain pool, and is characterized in that automatic fermenting grain pouring equipment is arranged on the smoking and fermenting grain pool in a matching manner, the automatic fermenting grain pouring equipment comprises an automatic fermenting grain pouring machine capable of axially walking along the smoking and fermenting grain pool and simultaneously pouring fermented grains, and fermenting grain pouring machine moving facilities arranged at the two axial ends of the smoking and fermenting grain pool, the automatic fermenting grain pouring machine comprises a main frame body and a lifting frame body arranged on the main frame body, a scraper conveyor belt and a vinegar grain lifting device crossing the scraper conveyor belt are arranged on the upper part of the lifting frame body, the vinegar grain lifting device comprises two lifting chains arranged in parallel, a hopper is fixed on each lifting chain, a lifting chain wheel positioning device is arranged at the lower part of the scraper conveyor belt, and a tensioning and driving wheel positioning device comprises a fixed plate and a movable plate arranged at the lower, the two links to each other through adjusting bolt, the fixed plate lower part has the stopper, fly leaf upper portion have with the spacing groove that the stopper matches, the fly leaf be the right trapezoid structure, and the lower part is arranged in to the hypotenuse waist of right trapezoid structure fly leaf, the both corners position of hypotenuse waist is fixed with first transmission sprocket group and second transmission sprocket group respectively.

The fermented grain smoking facility is characterized in that two sides of a main frame body are respectively fixed with a lead screw for controlling the lifting of a lifting frame body, the two lead screws are connected through a lifting transmission chain, a movable tensioning wheel is meshed on the inner side of the lifting transmission chain, the movable tensioning wheel is rotatably fixed on a tensioning wheel regulator, the tensioning wheel regulator comprises a herringbone horizontal frame, a movable tensioning wheel shaft is fixed at the top end of the herringbone horizontal frame, the movable tensioning wheel is fixed at the lower end of the movable tensioning wheel shaft, two lower end points of the herringbone horizontal frame are respectively fixed with a regulating shaft and a fixing shaft, the lower end of the fixing shaft is fixed on a horizontal cross beam of the main frame body, at least two regulating holes are formed in the horizontal cross beam of the main frame body, and the regulating shaft is selectively inserted into one of the regulating holes.

The utility model provides a smoked unstrained spirits facility of mature vinegar, characterized by automatic unstrained spirits machine mobile facilities down including fix smoked unstrained spirits pond tip and with smoked unstrained spirits pond axial vertically's horizontal track is arranged in through the rail wheel horizontal epaxial removal frame, the removal frame on be provided with and turn to the seat, the center that turns to the seat is provided with the centre bore, fixes and to match in the centre bore at the central pivot of carousel central point, the carousel bottom is provided with the ball, the ball set up with the concentric ball mount ring of carousel, the carousel on be provided with the carousel track, turn to the seat on be provided with link up the track with the carousel track corresponds, be provided with the lockhole that carousel locking device matches carousel track side in the removal frame.

The fermented grain facility is characterized by comprising a feeding device, wherein the feeding device is arranged on a belt conveyor above a fermented grain smoking pool, the belt conveyor at least comprises two side discharge ports and two end discharge ports, a discharge baffle is hinged to the side discharge ports, an opening and closing gear is fixed on a hinge shaft of the discharge baffle, the opening and closing gear is meshed with a matched opening and closing rack, an opening and closing chain is arranged on the outer side of a conveying belt, the opening and closing rack is fixed on a chain plate of the opening and closing chain, and a supporting chain rail is arranged on the opening and closing chain in a matching manner.

The fermented grain smoking facility is characterized in that the direction of the supplied material at the discharging port is provided with a material port guide step, the opposite directions of the discharging port are provided with a material plate guide step, the discharging ports at the side part are divided into two groups, each discharging port of the same group corresponds to a discharging baffle plate in the same direction, and the two groups of discharging baffle plates are arranged in opposite directions.

The utility model discloses a feeding, the unstrained spirits that fall, ejection of compact full automatization make and show the reduction to the reliance of manpower in smoking the unstrained spirits technology to greatly improve production efficiency.

Drawings

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

FIG. 2 is a schematic structural view of the automatic fermented grain pouring machine of the present invention;

FIG. 3 is a schematic view of the connection structure of the fixed plate and the movable plate of the present invention;

FIG. 4 is a schematic view of the local structure of the fumigating ferment pool of the utility model;

FIG. 5 is a schematic structural view of the feeding device of the fumigating fermentation pool of the utility model;

FIG. 6 is a schematic view of the baffle installation structure of the fumigating fermentation pool feeding device of the utility model;

FIG. 7 is a schematic structural view of the lane changing device of the fermented grain pouring machine of the present invention;

FIG. 8 is a schematic side view of the lane changing device of the fermented grain pouring machine of the present invention;

FIG. 9 is a schematic view of the ball retainer ring of the present invention;

figure 10 is the structure diagram of the tension wheel adjuster of the present invention.

In the figure: 1-automatic fermented grain pouring machine, 10-main frame body, 11-upper stopper, 12-lower stopper, 15-movable tension wheel, 16-tension wheel regulator, 161-herringbone horizontal frame, 162-regulating shaft, 163-movable tension wheel shaft, 164-fixed shaft and 18-regulating hole;

2-lifting frame body, 21-screw rod, 22-screw nut, 23-screw rod driven gear, 24-lifting frame motor, 25-lifting motor gear, 26-screw rod driving gear and 27-lifting transmission chain;

301-a hopper motor, 302-a third transmission gear, 303-a fourth transmission gear, 304-a driving chain wheel set, 305-an upper transmission chain wheel set, 306-a first lower transmission chain wheel set, 307-a second lower transmission chain wheel set, 308-a lifting chain, 309-a hopper, 310-a fixed plate, 311-a movable plate, 312-a perforated channel steel, 313-an adjusting bolt, 314-a limiting block and 315-a limiting groove;

41-transverse conveying motor, 42-fifth transmission gear, 43-sixth transmission gear, 44-transverse driving chain wheel set, 45-transverse driving chain wheel set, 46-scraper conveying belt and 47-material conveying plate;

51-walking motor, 52-speed reducer, 53-output chain wheel, 54-seventh driving chain wheel, 55-first walking chain wheel group, 56-second walking chain wheel group, 57-crawler belt, 58-walking limiter and 59-crawler belt wheel group;

6-fumigating ferment pool, 61-walking track, 611-block mounting hole and 612-block;

7-a fermented grain pond feeding device, 71-a mounting frame, 711-a discharge port, 712-a discharge port guide step, 713-a flitch guide step, 72-a conveyor belt, 73-a discharge baffle, 731-a rotating shaft, 732-an opening and closing gear, 74-an opening and closing motor, 741-an opening and closing chain, 742-an opening and closing rack, 743-a supporting chain rail and 75-a belt conveyor;

8-fermented grain pouring machine lane changing device, 81-moving rack, 811-rail wheel, 82-steering seat, 821-connecting rail, 822-turntable, 823-turntable rail, 824-middle shaft, 83-ball, 831-ball mounting ring, 832-arc connector, 833-ball limiting groove, 834-limiting ring, 84-middle shaft hole, 85-transverse moving rail, 86-turntable locking device and 861-locking arm;

9-a discharging device.

Detailed Description

As shown in fig. 1, the mature vinegar fermented grain smoking facility comprises an automatic fermented grain pouring machine 1, a fermented grain smoking pool 6, a fermented grain smoking pool feeding device 7, a fermented grain pouring machine channel changing device 8 and a discharging device 9. Wherein, smoked unstrained spirits pond 6 includes five smoked unstrained spirits ponds, smoked unstrained spirits pond feeding device 7 sets up in the reinforced side, and discharging device 9 sets up in the ejection of compact side.

As shown in fig. 2, the automatic fermented grain pouring machine 1 includes a main frame 10 and a lifting frame 2, two lead screws 21 are symmetrically arranged on the front and rear sides of the main frame 10, the lead screws 21 are matched with nuts 22, the nuts 22 are fixedly connected with the lifting frame 2, the tops of the two lead screws 21 are respectively provided with a lead screw driven gear 23 and a lead screw driving gear 26, the two lead screw gears are connected and driven through a lifting transmission chain 27, the distance between the two lead screw gears is large, and the transmission chain is horizontally arranged, so that the tensioning is needed to ensure the stability of the transmission, a movable tensioning wheel 15 is arranged on the inner side of the lifting transmission chain, and the movable tensioning wheel 15 is mounted on a tensioning. As shown in fig. 10, the tensioner adjuster comprises a chevron-shaped horizontal frame 161 hinged at its top end, where the hinged shaft is also a movable tensioner shaft 163, to the lower end of which the movable tensioner is rotatably fixed. An adjusting shaft 162 and a fixing shaft 164 are respectively fixed on two lower end points of the herringbone horizontal frame, wherein the lower end of the fixing shaft is fixed on a horizontal beam of the main frame body, a plurality of adjusting holes 18 are arranged on the horizontal beam, and the adjusting shaft 162 can be selectively inserted into the corresponding adjusting holes according to the tension degree of the chain.

When the movable tensioning wheel is installed, the position of the movable tensioning wheel can be set by changing the adjusting hole corresponding to the tensioning wheel adjuster. The main frame body 10 is provided with a lifting frame motor 24, the lifting frame motor 24 drives a screw rod driving gear 26 at the same side and a screw rod driven gear 23 at the opposite side through a lifting motor gear 25 arranged on an output shaft of the lifting frame motor to enable a screw rod to rotate and drive the lifting frame body 2 to lift.

The lifting frame body 2 is sequentially provided with a driving sprocket group 304, an upper transmission sprocket group 305, a scraper conveyer belt 46, a material conveying plate 47, a fixed plate 31, a movable plate 311, a first lower transmission sprocket group 306 and a second lower transmission sprocket group 307 from top to bottom. The driving chain wheel set 304 and the upper transmission chain wheel set 305 are parallel and level in horizontal position, the scraper conveyer belt is installed on the transverse driving chain wheel set 44 and the transverse transmission chain wheel set 45, as shown in fig. 3, the fixed plate 31 and the movable plate 311 are respectively a pair of interconnected steel plates, wherein a limiting block 314 is arranged below the fixed plate 31, a limiting groove 315 matched with the limiting block 314 is arranged above the movable plate, the fixed plate 31 and the movable plate 311 are connected in a plug-in mounting manner, the outer walls of the fixed plate 31 and the movable plate 311 are respectively provided with a channel steel 312 with holes, the channel steel is fastened and connected with the nut matched with the channel steel through an adjusting bolt 313, and the relative positions of the fixed plate and the movable plate in the vertical direction are.

The movable plate 311 is of a right trapezoid structure, the top is a right-angled waist, the bottom is an oblique side, the first lower transmission chain wheel set 306 and the second lower transmission chain wheel set 307 are respectively installed at two ends of the oblique side, the driving chain wheel set 304, the upper transmission chain wheel set 305, the first lower transmission chain wheel set 306 and the second lower transmission chain wheel set 307 are connected by the lifting chain 308, and due to installation positions of the chain wheel sets, the lifting chain is of a right trapezoid shape, the lifting chain 308 is provided with the hopper 309, and the width of the hopper 309 is matched with the width of the smoking grain pool.

The lifting frame body 2 is provided with a hopper motor 301 and a transverse conveying motor 41, the hopper motor 301 drives a driving chain wheel set to rotate through a third transmission gear arranged on an output shaft of the hopper motor and a fourth transmission gear coaxial with the driving chain wheel set, the transverse conveying motor 41 drives a transverse driving chain wheel to rotate through a fifth transmission gear 42 arranged on the output shaft of the transverse conveying motor and a sixth transmission gear coaxial with the transverse driving chain wheel set, and the conveying direction of the scraper conveying belt 46 is controlled through the forward rotation and the reverse rotation of the transverse conveying motor 41 so as to adapt to the fermented grain pouring direction.

Main frame body 10 bottom is provided with walking motor 51, first walking sprocket group 55 and second walking sprocket group 56, walking motor 51 matches there is reduction gear 52, the reduction gear output shaft is provided with output sprocket 53, first walking sprocket group is coaxial to be provided with seventh drive sprocket, the walking motor passes through output sprocket and the rotation of seventh drive sprocket drive first walking sprocket group, it is first, second walking sprocket group is provided with track 57, first walking sprocket group 55, be provided with crawler belt group 59 between the second walking sprocket group 56, be provided with two sets of crawler belt wheelsets in this embodiment, crawler belt wheelset and first, second walking sprocket group will fall unstrained spirits machine weight evenly distributed on the track.

Main frame body 10 is provided with stopper 11, stopper 12 and walking stopper 58 down, and upper and lower stopper corresponds the elevator body 2, makes the elevator body move and controls the crane motor when supreme lower extreme position and shuts down, and walking stopper 58 sets up terminal surface before the main frame body, and walking motor 51 shuts down when the walking stopper triggers.

As shown in fig. 4, each of the fermented grains smoking pool 6 is provided with a traveling rail 61, and two end portions of the traveling rail 61 are provided with stopper mounting holes 611.

As shown in fig. 5 and 6, the feeding device 7 for the fumigation culture pond comprises an installation frame 71 installed on a wall surface, a belt conveyor 75 fixed on the installation frame and a conveyor belt 72 matched with the belt conveyor, wherein two sides of the conveyor belt are provided with baffles, a discharge port 711 is formed in one side baffle, a discharge baffle 73 is hinged to the discharge port, a discharge port guide step 712 is arranged in the feeding direction of the discharge port, a material plate guide step 713 is oppositely arranged at the discharge port, the discharge baffle is hinged to the inner side of the conveyor through a rotating shaft 731, and an opening and closing gear 732 is fixed on the rotating shaft 731. The conveyer frame is provided with an opening and closing motor 74 and an opening and closing chain 741 driven by the opening and closing motor, a chain supporting rail 743 is arranged at the horizontal part of the opening and closing chain, an opening and closing rack 742 is fixed on a chain plate of the opening and closing chain and the opening and closing gear 732 on the rotating shaft of the discharging baffle, when the opening and closing rack passes through the position of the opening and closing gear, the opening and closing rack and the opening and closing gear are correspondingly meshed, and the chain supporting rail 743 can ensure that: 1. the horizontal part of the opening and closing chain is not influenced by gravity and keeps a linear state, so that the problem that the opening and closing gear cannot be accurately meshed with the opening and closing gear due to deviation of the running direction is avoided; 2. the close fit is kept when the opening and closing gear and the opening and closing rack are meshed, and the slipping phenomenon is avoided. In this embodiment, in order to make the operation of the opening and closing chain smoother, the chain supporting rails are arranged at the upper and lower horizontal positions of the opening and closing chain, and if only the effective meshing of the opening and closing gear and the opening and closing rack needs to be ensured, the chain supporting rails are arranged at the lower horizontal position of the opening and closing chain.

Because the blanking position is mostly positioned in the middle of the smoking room, in the embodiment, the blanking position is positioned in the middle of the belt, and the discharge holes, the discharge baffle, the opening and closing motor and the opening and closing chain are symmetrically arranged on both sides. Two discharging holes are respectively arranged on two sides of the embodiment, so that the blanking is more uniform or the discharging device is suitable for a longer smoking fermentation pool, and the number of the discharging holes can be increased moderately.

As shown in fig. 7 to 9, the fermented grain pouring machine lane changing device 8 includes a traverse rail 85 disposed at both ends of the fermented grain smoking pool and perpendicular to the axial direction of the fermented grain smoking pool, a moving frame 81 disposed on the traverse rail, a rail wheel 811 disposed at the bottom of the moving frame and matching with the traverse rail 85, a turning seat 82 disposed at the upper portion of the moving frame 81, a rotating disc 822 disposed at the center of the turning seat, a connecting rail 821 and a rotating disc rail 823 disposed on the turning seat and the rotating disc respectively, and the connecting rail 821 and the rotating disc rail 823 are highly matched. The center of the turntable is fixed with a center shaft 824 which is arranged in the center shaft hole 84 of the steering seat in a matching way. The bottom of the rotary plate 822 is fixed with a ball mounting ring 831 and balls 83, through which the rotary plate can make 360 degree rotation on the steering seat.

Also provided on the mobile chassis is a turntable locking device 86, shown in the figure, provided with a locking arm 861 that mates with the turntable.

Carousel 822 is supported by ball 83, ball 83 is installed in ball collar 831, ball collar 831 is formed by arc connector 832 head and the tail welding, arc connector 832 both ends are provided with ball spacing groove 833, when the arc connector welds each other, ball spacing groove interconnect becomes spacing hole, the ball sets up in spacing hole, carousel bottom central point puts and installs axis 824, it is provided with well shaft hole 84 to move the frame 81 corresponding position, ball collar central point puts and is provided with spacing ring 834, it is fixed through the connecting rod between spacing ring 834 and the ball collar 831. The rolling of carousel accessible ball is rotatory, and has the axis centering, and the ball is spacing by the ball collar, simple structure, and stability is strong, and can directly rotate by the manual work, need not to install power device additional or laborsaving structure.

Vinegar residues are filled in each fumigation pool, the time for fumigating the vinegar residues in the fumigation pool at the feeding side is shortest, and the time for fumigating the vinegar residues in the fumigation pool at the discharging side is longest. When pouring fermented grains, firstly, the vinegar residue after the fermented grains are smoked in the fermented grain smoking pool on the discharging side needs to be guided to the discharging device 9, and then the vinegar residue is transported away to enter the next process.

As shown in fig. 1, 2, 4 and 7, two ends of the smoking grain pool are respectively provided with a lane changing device, the initial position of the automatic fermented grain pouring machine is positioned on a turntable rail of the lane changing device 8 of the fermented grain pouring machine, the lifting frame body 2 is positioned at the upper position, the turntable 822 is rotated to enable the fermented grain pouring machine to face the advancing direction, at the moment, the turntable rail 834 is connected with a connecting rail 821 to enable the fermented grain pouring machine to smoothly enter a walking rail, a stop block 612 is inserted on a stop block mounting hole 611 at the tail end of the walking rail, the other end of the rotation corresponds to a turntable on the movable frame, the turntable rail is longitudinally connected with the connecting rail, the walking motor 51 is started to enable the fermented grain pouring machine to move forwards to the upper part of the smoking grain pool, the lifting frame motor 24, the hopper motor 301 and the transverse conveying motor 41 are started, the movable frame moves downwards, the lifting chain 308 drives the hopper 309 to rotate the transverse conveying motor to drive the scraper conveyer, triggering the lower limiting device 12, stopping the lifting frame motor 24, at the moment, shoveling the vinegar residues in the smoked culture pond by the hopper, conveying the vinegar residues to the top, turning the lifting chain 308 to be horizontal at the top, turning the hopper 309 to 90 degrees, pouring the vinegar residues onto the material feeding plate 47, and transversely pushing the vinegar residues on the material feeding plate 47 by the scraper conveyer belt to fall onto the discharging device 9; the hopper is at the shovel material in-process, reciprocating motion on the promotion chain of right trapezoid structure, and the hopper falls to the bottom through trapezoidal base by the top earlier, overturns for the first time through first transmission sprocket group 306, shovels the material, then moves upwards along trapezoidal hypotenuse, continues to shovel the material, overturns for the second time through second transmission sprocket group 307 down, promotes, overturns for the third time through drive sprocket group 304, falls the material.

Compare in current hopper shovel material mode, the utility model discloses possess following advantage:

1. the utility model discloses set up two sets of underdrive sprocket groups, behind the first upset shovel material of hopper, do not directly promote, but the slant promotes earlier, because the hopper opening is towards the side top during the slant promotes, still can a large amount of shovel materials, behind the slant shovel material, promote after the upset of second time, therefore the shovel material volume of every hopper greatly increased, thereby improve and fall unstrained spirits efficiency, in the current shovel material mode, even though there is certain angle during the hopper promotes, but this angle is caused because only set up single group underdrive sprocket group, the angle is very small, even increase the angle deliberately, because it does not have the secondary upset, in the promotion process after the shovel material, the hopper still inclines, thereby make the interior vinegar in a wretched state of grains spill in a large number of hopper, can make the shovel material volume descend on the contrary;

2. the fermented grain pouring machine has the advantages that the fermented grain pouring machine can continue to move forwards while shoveling materials, and the hopper moves upwards in an inclined mode after being turned for the first time, so that the shoveling materials and the pushing materials can be obtained, vinegar grains are effectively prevented from leaking from gaps among the hoppers, even a small amount of vinegar grains are leaked, the transverse distance between the vinegar grains at the position closer to the hopper and the position where the hopper turns for the first time is longer due to the right-angled trapezoid structure of the lifting chain, the leaked vinegar grains can be shoveled away by the hopper which is lifted in an inclined mode and turned at the bottom, the fermented grain pouring effect is further improved, if the hopper is directly lifted after being turned for the first time, the shoveling materials cannot be obtained, a large amount of vinegar grains are leaked, and the hopper can only shovel materials during the first turning, so that the leaked vinegar grains are;

3. the right-angled trapezoid structure of the lifting chain enables the lifting chain to be stable under the condition of continuously bearing the transverse thrust brought by vinegar lees when shoveling and pushing materials.

When the fermented grain pouring machine walks to the other end of the fermented grain smoking pool, the stop block triggers the walking limiting stopper 58, the walking motor 51 stops, the hopper motor 301 and the transverse conveying motor 41 are closed, the lifting frame motor 24 rotates reversely, and when the lifting frame body 2 ascends to the upper limit position, the upper limiting stopper 11 is triggered, and the lifting frame motor 24 stops. And taking down the stop block, and continuing to move the fermented grain pouring machine to the turntable rail at the other end to finish pouring the fermented grains.

The moving frame where the automatic fermented grain pouring machine is located is pushed to the corresponding position of the adjacent smoked fermented grain pool, the turntable rotates 180 degrees, the track of the turntable is connected with the connecting track, and the fermented grain pouring machine can enter the adjacent smoked fermented grain pool to continue to pour the fermented grains. After all the smoked culture ponds pour the fermented grains in sequence, the smoked culture ponds at the feeding side are emptied, and the smoked culture pond feeding device 7 is started to feed the smoked culture ponds.

As shown in fig. 5, when the smoking grain tank is fed, each discharging baffle plate in the smoking grain tank feeding device 7 is in an open state initially, the conveyor belt is firstly rotated and conveyed towards the direction A, the vinegar grains fall into the middle part of the feeding device from the top of the smoking grain chamber and are conveyed towards the direction A, when the vinegar grains reach the first discharging port, the vinegar grains are blocked by the discharging baffle plates and fall down from the discharging port where the baffle plates are located due to the open state of the discharging baffle plates, the material plate guide steps oppositely arranged at the discharging port can guide the vinegar grains at the edge to the middle part, so that the vinegar grains are prevented from being accumulated at the gap between the discharging baffle plates and the side baffle plates on the mounting frame and even from leaking through the gap, after the smoking grain tank at the lower part is full, the corresponding opening and closing motor is started, the opening and closing chain drives the opening and closing rack to move towards the direction A, and is meshed with the opening and closing gear and drives the discharging, after the baffle is closed, the opening and closing motor is closed, the vinegar residue is directly taken to a second discharge port by the conveyor belt, is blocked by the discharge baffle and falls down from the discharge port where the baffle is located, the two end parts of the mounting frame 71 and the belt conveyor 75 can also be used as end discharge ports for discharging, in the above steps, after the smoking grain pool below the second discharge port is full, the corresponding opening and closing motor is pneumatically operated, the opening and closing chain drives the opening and closing rack to continue moving towards the A direction, and when passing through the second discharge baffle, the opening and closing chain is meshed with the opening and closing gear and drives the opening and closing gear to rotate, thereby closing the discharge baffle, closing the opening and closing motor after the baffle is closed, directly taking the vinegar residue to the end discharge port by the conveyor belt to fall down, closing the belt conveyor after the discharging of the fuming fermentation culture pond A to one side is finished, then the opening and closing motor rotates reversely, the opening and closing rack returns to the initial position, and in the return process, the opening and closing gear is driven to rotate, so that the closed discharge baffle returns to the open state; if the material needs to be continuously fed to the other side, the conveyor needs to be started, the conveying direction is reversed, and the material is fed to the two material outlets on the other side, and the steps are the same as above.

Claims (5)

1. A mature vinegar smoking unstrained spirits facility comprises a smoking unstrained spirits pool (6) constructed on the ground, a feeding device (7) arranged on the upper part of the smoking unstrained spirits pool, and is characterized in that the smoking unstrained spirits pool is matched with an automatic unstrained spirits pouring device, the automatic unstrained spirits pouring device comprises an automatic unstrained spirits pouring machine (1) which can axially walk along the smoking unstrained spirits pool and can simultaneously pour unstrained spirits, and unstrained spirits pouring machine moving facilities arranged on the two axial ends of the smoking unstrained spirits pool, the automatic unstrained spirits pouring machine comprises a main frame body (10) and a lifting frame body (2) arranged on the main frame body, a scraper conveyer belt (46) and a vinegar distiller's grain lifting device crossing the scraper conveyer belt are arranged on the upper part of the lifting frame body, the vinegar distiller's grain lifting device comprises two lifting chains (308, lifting sprocket positioner include fixed plate (31) and arrange movable plate (311) of fixed plate lower part in, the two links to each other through adjusting bolt (313), fixed plate lower part has spacing piece (314), movable plate upper portion have with spacing groove (315) that the spacing piece matches, the movable plate be the right trapezoid structure, and the lower part is arranged in to the hypotenuse waist of right trapezoid structure movable plate, the both corners position of hypotenuse waist is fixed with first transmission sprocket group (306) and second transmission sprocket group (307) respectively.

2. The fermented grain smoking facility of claim 1, wherein two sides of the main frame body are respectively fixed with a lead screw (21) for controlling the lifting of the lifting frame body, the two lead screws are connected through a lifting transmission chain (27), a movable tensioning wheel (15) is engaged inside the lifting transmission chain, the movable tensioning wheel is rotatably fixed on a tensioning wheel adjuster (16), the tensioning wheel adjuster comprises a herringbone horizontal frame (161), the top end of the herringbone horizontal frame is fixed with a movable tensioning wheel shaft (163), the movable tensioning wheel is fixed at the lower end of the movable tensioning wheel shaft, two lower end points of the herringbone horizontal frame are respectively fixed with an adjusting shaft (162) and a fixed shaft (164), the lower end of the fixed shaft (164) is fixed on a horizontal beam of the main frame body, the horizontal beam of the main frame body is provided with at least two adjusting holes (18), the adjusting shaft (162) can be selectively inserted into one of the adjusting holes.

3. The mature vinegar fermented grain smoking facility according to claim 1 or 2, wherein the automatic fermented grain pouring machine moving facility comprises a transverse rail which is fixed at the end part of the fermented grain smoking pool and is vertical to the axial direction of the fermented grain smoking pool, a movable frame which is arranged on the transverse track through a track wheel (811), a steering seat (82) is arranged on the movable frame, the center of the steering seat is provided with a center hole, a center rotating shaft fixed at the center point of the turntable (822) is matched in the center hole, the bottom of the turntable is provided with a ball, the ball is arranged in a ball mounting ring concentric with the turntable, a turntable track (823) is arranged on the turntable, a connecting track (821) corresponding to the turntable track is arranged on the steering seat, the movable rack is provided with a turntable locking device (86) matched with a lock hole on the side edge of the turntable rail, and the lower part of the main frame body of the automatic fermented grain pouring machine is provided with a crawler traveling device.

4. A mature vinegar smoking facility according to claim 1 or 2, wherein the feeding device (7) comprises a belt conveyor (75) arranged above the smoking pool, the belt conveyor at least comprises two side discharge ports (711) and two end discharge ports, the side discharge ports are hinged with a discharge baffle (73), an opening and closing gear (732) is fixed on a hinged shaft of the discharge baffle, the opening and closing gear is meshed with a matched opening and closing rack (742), an opening and closing chain (741) is arranged on the outer side of the conveyor belt, the opening and closing rack is fixed on a chain plate of the opening and closing chain, and a supporting chain rail (743) is arranged on the opening and closing chain in a matching manner.

5. A mature vinegar fermented grain smoking facility according to claim 4, wherein the material outlet direction is provided with material outlet guide steps (712), the material outlet direction is provided with material plate guide steps (713), the side material outlets are divided into two groups, wherein the material outlets of the same group are arranged in the same direction corresponding to the material outlet baffle plates, and the two groups of material outlet baffle plates are arranged in opposite directions.

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