A high-speed packaging production line and packaging and boxing method for baked flower light bottle baijiu

Abstract

The application discloses a kind of baked flower light bottle white liquor high-speed packaging production line and packaging method, belong to liquor packaging technical field, including the bottling and packaging equipment of sequentially arranged setting according to procedure along liquor bottling and packaging production line, and the packing machine of setting at the rear end of bottling and packaging equipment, adjacent bottling and packaging equipment are transferred and transmission between wine bottle by single column conveyor belt, setting channel packing device between bottling and packaging equipment and packing machine, the wine bottle packaging line of the present application is all using single column conveyor belt to transport, can avoid the collision between wine bottle when transporting, cause bottle body to appear scratch or the phenomenon of wine bottle breakage;Simultaneously after completing packaging, using channel ware will be divided into multiple column conveyor belt, using multiple column conveyor belt to transport, can realize the buffering effect to wine bottle, compared with the mode of directly piling up wine bottle on buffer platform when packing in prior art, can reduce the collision between wine bottle, and facilitate subsequent clamping packing.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of liquor packaging production equipment, in particular to a high-speed packaging production line for flamed-bottle liquor and a packaging and boxing method. BACKGROUND

[0002] In the field of flamed-bottle liquor packaging production lines, flamed-bottle liquor can be divided into two categories according to the type of label: labeled bottles and beer bottles. The glass bottles are sprayed with a wear-resistant protective layer on the surface before leaving the factory to prevent the bottles from colliding and causing wear and tear. Therefore, even if the production line is running at high speed, it is not easy to cause wear and tear.

[0003] Flamed bottles are prone to wear and tear because the surface of the bottle needs to be flamed. Therefore, the surface of the bottle is not sprayed with a protective layer before leaving the factory. If the protective layer is sprayed, the flamed surface will easily peel and discolor. Therefore, flamed bottles are prone to wear and tear on the production line. With the application of automation and intelligentization in liquor packaging production lines in recent years, liquor manufacturers are gradually building or updating production equipment to improve the production speed of the packaging line. From 5000 bottles per hour, 6000 bottles per hour to 15000 bottles per hour, 20000 bottles per hour and so on. With the gradual increase in production speed, the flamed-bottle liquor production line inevitably causes bottle wear and tear and broken bottles. Currently, the highest speed of flamed-bottle liquor production line in China is about 20000 bottles per hour, which is already a bottleneck. If the speed is further increased, according to the current packaging line production process, a large number of flamed bottles and broken bottles will occur, as follows: 1) Bottle wear and tear: 1) The production line increases the speed, and the conveying belt between the core single machine devices needs to increase the buffer time to make up for the efficiency loss caused by temporary shutdown. However, increasing the buffer time of the conveying belt will cause serious squeezing and wear and tear between the bottles. In this production line field, although the electrical control can achieve pressureless control of the entire line, it cannot solve the problem of high-speed collision and wear and tear of the bottles. 2) The flamed-bottle line is directly packed into a carton after filling (without boxing), so a cartoning machine is used. However, the current cartoning machine in this field (whether mechanical or robotic) usually needs to fill the bottles before cartoning. However, once the bottles are filled, they will be squeezed seriously, causing the bottles to wear and tear. 2) Bottle breakage: 1) When the conveying belt runs at high speed, the bottles are squeezed seriously in the cartoning section, causing broken bottles. 2) The bottles in the carton are shaken and collide, causing broken bottles. SUMMARY

[0004] Technical purposes: In view of the above-mentioned existing baked flower wine bottle, when the high-speed production and conveying, it is easy to scratch and break the bottle due to collision, the present application discloses a baked flower light bottle white wine high-speed packaging production line and packaging method which can break through the speed bottleneck of baked flower light bottle line, and can make the production line reach more than 30000 bottles per hour, and does not produce the phenomenon of grinding and breaking the bottle.

[0005] Technical scheme: In order to achieve the above technical purposes, the present application adopts the following technical scheme:

[0006] A baked flower light bottle white wine high-speed packaging production line, comprising a bottle packaging device arranged in sequence according to the process along the white wine bottle packaging production line, and a boxing machine arranged at the rear end of the bottle packaging device, the adjacent bottle packaging devices are connected through a single column conveyor belt for transferring and conveying the wine bottles, a channeling device is arranged between the bottle packaging device and the boxing machine, the channeling device comprises a channeling device and a plurality of column conveyor belts, and the channeling device is arranged at the inlet of the plurality of column conveyor belts.

[0007] Preferably, the plurality of column conveyor belts of the present application are divided into a bottle chasing conveying section, a grouping conveying section, a buffer conveying section and a boxing section along the conveying direction; on the bottle chasing conveying section and the grouping conveying section, the conveying chain plates on each column are driven by independent motors.

[0008] Preferably, the number of columns of the plurality of column conveyor belts of the present application matches the number of short sides of the wine bottle arrangement for wine bottle boxing, so that the number of short sides of the wine bottle arrangement is an integer multiple of the wine bottle boxing.

[0009] Preferably, the boxing machine of the present application is connected with an empty box conveying line and a top baffle conveying line parallel to the boxing machine, the empty carton of the empty box conveying line is provided with a bottom baffle for positioning and separating the wine bottles, and the top baffle on the top baffle conveying line is provided with positioning holes consistent with the specifications of the neck of the wine bottle.

[0010] Preferably, the bottom baffle of the present application is provided with a partition plate around the wine bottle in the direction parallel to the axis of the wine bottle body, a wine bottle placing separation groove is formed by the partition plate, the gap between the wine bottles is maintained, the spacing of the positioning holes on the top baffle is set according to the arrangement spacing of the wine bottle placing separation groove, and the center of the positioning hole corresponds to the center of the wine bottle placing separation groove in the height direction.

[0011] Preferably, the bottle packaging device of the present application comprises a bottle unloading stacker, an empty bottle detector, a bottle flushing and draining machine, a filling and capping machine, a bottle shaking machine and a finished product detector; the bottle shaking machine comprises a few-shaped conveying track, and clamping chain plates for clamping and conveying the wine bottles are arranged on both sides of the few-shaped conveying track.

[0012] Preferably, at least one set of buffer platforms for balancing the production speed difference of the production line is arranged between the bottle rocking machine and the diverter of the present application, the buffer platforms comprise a plurality of buffer conveying chain plates, part of the buffer conveying chain plates are located above the buffer platforms, and the other part is connected slidingly between the buffer platforms; the part of the buffer conveying chain plates located above the buffer platforms is connected to the front and rear conveying lines, receives the products conveyed by the front conveying line, and conveys the products to the rear conveying line; the buffer platforms are provided with adjusting mechanisms for pulling the buffer conveying chain plates to move on the buffer platforms to adjust the buffer capacity.

[0013] Preferably, the bottle flushing and draining machine of the present application comprises independently arranged bottle flushing devices and draining devices, and a buffer conveying line for collecting and gathering the residual moisture in the bottles is arranged between the bottle flushing devices and the draining devices.

[0014] The present application also discloses a packaging and boxing method for baked-flower light-colored bottles of baijiu, which uses the baked-flower light-colored bottle baijiu high-speed packaging production line, and the baked-flower light-colored bottles are processed to a state ready for boxing through the bottle packaging equipment according to the process, are conveyed to the channeling and boxing device through the single conveying belt, are grouped according to the arrangement mode of the wine bottles for boxing at the channeling and boxing device, the cartons with built-in bottom partitions are sent to the boxing place through the empty carton conveying line, the wine bottles after grouping are put into the cartons by the boxing machine, and the top partition is placed, and after the boxing is completed, the cartons are sent to the subsequent packaging equipment.

[0015] Preferably, the process of grouping the wine bottles by the channeling and boxing device comprises the following steps: the number of the wine bottles entering each column of the multi-column conveying belt is controlled by the diverter, after the number reaches, the diverter is switched, the subsequent wine bottles enter the next column of the conveying belt, then the motor of the bottle chasing conveying section controls the speed of the corresponding conveying belt, so that the wine bottles belonging to the same group but entering the corresponding conveying belt at different times can be aligned with each other at the end of the bottle chasing conveying section to complete the grouping, and then sequentially pass through the grouping conveying section, the buffer conveying section, and enter the boxing section to wait for boxing.

[0016] Beneficial effects: the baked-flower light-colored bottle baijiu high-speed packaging production line and the packaging and boxing method have the following beneficial effects:

[0017] 1、The wine bottles are conveyed by the single conveying belt in the baijiu packaging production line, so that the collision between the wine bottles during conveying can be avoided, and the phenomenon of scratches or breakage of the wine bottles is avoided; after the packaging is completed, the wine bottles are divided into the multi-column conveying belt by the diverter, and the wine bottles are conveyed by the multi-column conveying belt, so that the buffering effect of the wine bottles can be achieved, compared with the prior art in which the wine bottles are directly stacked on the buffer platform during boxing, the collision between the wine bottles can be reduced, and the subsequent clamping and boxing are facilitated.

[0018] 2、The multi-column conveying belt of the present application is provided with a bottle-chasing conveying section and a grouping conveying section along the conveying direction, and the running speed of the conveying belt is controlled by using independent motors, so as to compensate for the position difference of wine bottles entering the corresponding conveying belt at different timings, and the wine bottles of the same group can be aligned with each other to form a group of wine bottles to be boxed, and then conveyed to the boxing station through the subsequent conveying section, so that a group of wine bottles can be directly clamped from the conveying belt for boxing, thereby avoiding the squeezing between wine bottles and causing the phenomenon of chipping or broken bottles.

[0019] 3、The number of the multi-column conveying belt of the present application matches the number of short-side wine bottles during boxing, and can be an integer multiple of the number of single boxing, which can be used as a buffer platform to avoid temporary shutdown of the production line, and also can ensure the boxing efficiency and reduce the waiting time for boxing.

[0020] 4、The present application pre-places a bottom partition plate in the carton, separates the wine bottles by the bottom partition plate when the wine bottles are placed, maintains the gap between the wine bottles, and separates and positions the upper part of the wine bottles by the top partition plate, so that the bottle body does not shake during the conveying process after boxing, and the chipping and broken bottles are avoided.

[0021] 5、The bottle-shaking machine of the present application uses a H-shaped conveying track, drives the wine bottles to move through the clamping chain plates on both sides of the H-shaped conveying track, changes the orientation of the wine bottles during conveying, makes the wine in the bottle contact with the bottle cap, and can bring the impurities in the bottle cap into the wine body, so that the product detection position can be used as unqualified products to be removed, and the production quality is ensured.

[0022] 6、The present application sets a buffer conveying line between the bottle-flushing device and the draining device, and the residual water in the bottle after the bottle-flushing machine is discharged, so that the residual water in the bottle is allowed to settle and gather at the bottom for a certain time on the conveying belt, and then the bottle is turned over at the draining position for draining, so that the residual water in the bottle is reduced to the minimum.

[0023] 7、The present application sets at least one set of buffer platform between the bottle-filling packaging equipment and the diverter, and the length of the buffer conveying chain plate on the buffer platform is adjustable, so that the capacity of the buffer platform can be automatically adjusted according to the production line, and the collision between the wine bottles can also be avoided. DETAILED DESCRIPTION

[0024] In order to more clearly illustrate the technical solutions in the embodiments of the present application or the prior art, the drawings needed to be used in the embodiments or the prior art description will be briefly introduced below.

[0025] Figure 1 It is a schematic diagram of the overall structure of the packaging production line of the present application.

[0026] Figure 2 It is a schematic diagram of the structure of the diverging and boxing device of the present application.

[0027] Figure 3 Figure 1 is a schematic diagram of the wine bottle packing of the present application;

[0028] Figure 4 Figure 3 is a schematic diagram of the buffer platform structure of the present application;

[0029] Figure 5 Figure 4 is a schematic diagram of the bottle flushing machine structure of the present application;

[0030] Figure 6 Figure 5 is a schematic diagram of the existing packing equipment structure;

[0031] Among them, 1-packing machine, 2-single column conveyor belt, 3-channeler, 4-multiple column conveyor belt, 5-bottle chasing conveying section, 6-grouping conveying section, 7-buffer conveying section, 8-packing section, 9-empty box conveying line, 10-top partition plate conveying line, 11-bottom partition plate, 12-top partition plate, 13-separation plate, 14-bottle unstacking machine, 15-empty bottle detection machine, 16-bottle flushing and draining machine, 17-filling and capping machine, 18-bottle shaking machine, 19-finished product detection machine, 20-bottle flushing device, 21-draining device, 22-buffer conveying line, 23-buffer platform, 24-buffer conveying chain plate, 25-net belt, 26-passive wheel. Embodiment

[0032] The present application will be described more clearly and completely by means of a preferred embodiment and in conjunction with the accompanying drawings, but the present application is not limited in the scope of the described embodiments.

[0033] As Figures 1-5 shown is a high-speed packaging production line for baked flower light bottle white spirit disclosed by the present application, which comprises bottle packing equipment arranged in sequence according to the process along the white spirit bottle packing production line, and a packing machine 1 arranged at the rear end of the bottle packing equipment, the adjacent bottle packing equipment is connected by a single column conveyor belt 2 for the transfer and transmission of wine bottles, and a channeling packing device is arranged between the bottle packing equipment and the packing machine 1, the channeling packing device comprises a channeler 3 and a multiple column conveyor belt 4, and the channeler 3 is arranged at the inlet of the multiple column conveyor belt 4.

[0034] The use of a single column conveyor belt 2 for the transfer and transmission of wine bottles between devices can reduce the collision between wine bottles, and after completing the bottle packing, the wine bottles are divided into multiple column conveyor belts 4 for transmission by using a channeler, which can not only play a buffering role, but also can arrange the wine bottles by using the multiple column conveyor belt 4, so as to facilitate subsequent clamping and packing, thereby avoiding the situation that Figure 5 as shown in the prior art packing equipment, the wine bottles are stacked on the buffer platform and are pressed and collided with each other, which is easy to cause the situation of scratching and broken bottles.

[0035] Due to the lane conveying of the wine bottle products on the single-column conveying belt through the lane divider, the time of entering each column of the multi-column conveying belt is not uniform, and the space is staggered, which is not convenient for subsequent grouping and arrangement of the wine bottles. Figure 2 As shown in the figure, the multi-column conveying belt 4 of the present application is divided into a bottle chasing conveying section 5, a grouping conveying section 6, a buffer conveying section 7 and a boxing section 8 along the conveying direction; on the bottle chasing conveying section 5 and the grouping conveying section 6, the conveying chain plates on each column are driven by independent motors.

[0036] After the wine bottles enter the bottle chasing conveying section 5, the space position difference of the wine bottles entering at different time sequences is generated by the different conveying speeds of each column of the conveying belt on the bottle chasing conveying section 5, and the speed difference of the conveying belt is used to compensate, so that the wine bottles of the same group can be aligned with each other along with the running of the conveying belt, forming a group of wine bottles waiting for boxing, and then conveyed to the boxing section 8 through the grouping conveying section 6 and the buffer conveying section 7, and clamped and taken by the clamp on the boxing section 8 for boxing; through the arrangement and grouping method of the present application, the grouping and arrangement of the wine bottles can be completed during the conveying process, the continuous running of the conveying line is maintained, the conveying efficiency is guaranteed, the waiting time for sorting and arranging is shortened, the boxing and packaging efficiency is improved, and the demand for high-speed production is met.

[0037] The number of columns of the multi-column conveying belt 4 of the present application matches the number of wine bottle arrangement short sides for wine bottle boxing, and the number of columns of the multi-column conveying belt before entering the boxing machine (such as 3 columns or 6 columns) is determined by the form and speed of boxing, for example, the short side (3 bottles facing forward) conveying form of boxing is 4 bottles * 3 bottles (12 bottles per box), and the number of columns of the multi-column conveying belt before entering the boxing machine is at least 3 columns, or 6 columns, or 9 columns, and the number of columns is consistent with the number of whole rows facing forward after boxing, when the number of columns of the conveying belt of the boxing machine is twice the number of one-time boxing, the other half is used as a buffer, and the boxing efficiency is improved by alternating boxing.

[0038] After the wine bottles are boxed, the carton and the wine bottles need to be conveyed to the subsequent packaging line for sealing and stacking; if the wine bottles are only placed in the carton, due to the gap between the wine bottles, when the box body is moved by the conveying belt, the internal wine bottles will shake and rub and collide with each other due to inertia and other reasons, which is easy to produce scratches and broken bottles. Figure 3 As shown in the figure, the boxing machine 1 of the present application is connected with an empty box conveying line 9 and a top partition plate conveying line 10 parallel to the boxing machine 1, the empty carton of the empty box conveying line 9 is provided with a bottom partition plate 11 for positioning and separating the wine bottles, and the top partition plate 12 on the top partition plate conveying line 10 is provided with a positioning hole consistent with the neck specifications of the wine bottles.

[0039] The bottom partition plate 11 of the present application is provided with a partition plate 13 around the wine bottle in the direction parallel to the axis of the wine bottle body, and the wine bottle placing partition groove is formed by the partition plate 13, the gap between the wine bottles is maintained, the spacing of the positioning holes on the top partition plate 12 is set according to the arrangement spacing of the wine bottle placing partition groove, and the center of the positioning hole corresponds to the center of the wine bottle placing partition groove in the height direction.

[0040] In one specific embodiment, according to the packaging production process of the wine bottle, the bottling packaging equipment of the present application comprises a bottle unstacking machine 14, an empty bottle detection machine 15, a bottle flushing and draining machine 16, a filling and capping machine 17, a bottle shaking machine 18 and a finished product detection machine 19; the equipment process of the production line such as code spraying, drying and two-dimensional code association which does not affect the speed of the packaging production line is not described; the bottle flushing and draining machine 16 comprises a flushing device 20 and a draining device 21 which are independently arranged, and a buffer conveying line 22 for collecting and gathering the residual moisture in the bottle is arranged between the flushing device 20 and the draining device 21; the bottle shaking machine 18 comprises a few-shaped conveying track 27, clamping chain plates 28 for clamping and conveying the wine bottles are arranged on both sides of the few-shaped conveying track 27, the friction force generated by the clamping chain plates on both sides is used to drive the wine bottles to move along the few-shaped conveying track 20, and in the moving process, the orientation of the wine bottles will change, if there is impurity in the bottle cap, when the wine shakes, the impurity in the bottle cap will be brought into the wine body after the wine contacts the bottle cap, and the position of the finished product detection can be used as unqualified product to be removed, so as to ensure the production quality of the production line.

[0041] When the wine bottle packaging production is carried out, the multi-column conveying belt 4 can be used as a buffer, but since the number of columns of the multi-column conveying belt 4 needs to be arranged according to the boxing demand, it is not necessarily completely matched with the production rate of the production line, therefore, at least one set of buffer platform 23 for balancing the speed difference of the production line is arranged between the bottle shaking machine 18 and the diverter 3 of the present application, and the buffer platform 23 and the multi-column conveying belt 4 jointly constitute a multi-stage buffer structure; for example Figure 4As shown, the buffer platform 23 of the present application comprises a plurality of buffer conveying chain plates 24, part of which is located above the buffer platform 23, and the end part is relatively fixed with the buffer platform through a support; another part is located below the buffer platform and is slidingly connected with the buffer platform; the part of the buffer conveying chain plate 24 located on the buffer platform is mutually butted with the front and rear conveying lines, receives the products conveyed by the front conveying line, and is conveyed to the rear conveying line; the buffer platform 23 is provided with an adjusting mechanism for pulling the buffer conveying chain plate 24 to move on the buffer platform to adjust the buffer capacity, the adjusting mechanism comprises a mesh belt 25 arranged on the buffer platform 23, the mesh belt 25 surrounds the buffer platform 23, and the mesh belt 25 can be driven to move back and forth through a roller or the like structure; the upper surface of the mesh belt 25 is provided with a passive wheel 26, the buffer conveying chain plate 24 is sleeved outside the passive wheel 26, one end of the buffer conveying chain plate 24 is directly relatively fixed with the buffer platform 23, and the other end is connected with the part of the mesh belt 25 located below the buffer platform; when the mesh belt 25 drives the passive wheel 26 to move, the chain plate located below the buffer platform 23 is taken out through the action force between the passive wheel 26 and the chain plate, so that more chain plates can receive the wine bottles sent from the previous process, and the overall capacity of the buffer platform 23 is adjusted; correspondingly, if it is necessary to reduce the capacity, the mesh belt 25 can be reversely conveyed to pull the buffer chain plate to move.

[0042] In order to maintain the stability of the buffer conveying chain plate 24 during adjustment, ensure the stability of the position of the product, and avoid falling or toppling, a guide rail that moves synchronously with the mesh belt can also be arranged on the mesh belt, the guide rail is located outside the buffer conveying chain plate 24 and corresponds to the position of the passive wheel, and assists in unfolding the buffer conveying chain plate on the buffer platform 23.

[0043] The present application also discloses a method for packaging and boxing the baked and polished white wine bottles, which uses the baked and polished white wine high-speed packaging production line, and the baked and polished bottles are processed according to the process to be in a state ready for boxing through the bottle packaging equipment, are conveyed to the separate boxing device through the single conveying belt, and are grouped according to the arrangement mode of the wine bottles for boxing at the separate boxing device; the carton with the built-in bottom partition is sent to the boxing place through the empty carton conveying line, the wine bottles after grouping are put into the carton by the boxing machine, and the top partition is placed, and after the boxing is completed, the carton is sent to the subsequent packaging equipment.

[0044] The process of grouping the wine bottles by the separate boxing device comprises the following steps: the number of the wine bottles entering each column of the multi-column conveying belt is controlled through the separate device, after the number reaches, the separate device is switched, the subsequent wine bottles enter the next column of the conveying belt, then the motor of the bottle chasing conveying section controls the speed of the corresponding conveying belt, so that the wine bottles belonging to the same group but entering the corresponding conveying belt at different times can be aligned with each other at the end of the bottle chasing conveying section to complete the grouping, and then sequentially pass through the grouping conveying section, the buffer conveying section, and enter the boxing section to wait for boxing.

[0045] The above merely describes the preferred embodiments of the present application, and it should be pointed out that those skilled in the art can make several improvements and refinements without departing from the principles of the present application, and these improvements and refinements should also be considered as falling within the protection scope of the present application.

Claims

1. A high-speed packaging production line for baked flower light bottle baijiu, characterized in that, The application relates to a liquor bottle packaging production line, which comprises bottle packaging equipment arranged in sequence according to working procedures, and a boxing machine (1) arranged at the rear end of the bottle packaging equipment, single-column conveying belts (2) are arranged between adjacent bottle packaging equipment to transfer and convey liquor bottles, a channeling boxing device is arranged between the bottle packaging equipment and the boxing machine (1), the channeling boxing device comprises a channeler (3) and multiple-column conveying belts (4), and the channeler (3) is arranged at the inlet of the multiple-column conveying belts (4); The multiple-column conveying belts (4) are divided into a bottle-chasing conveying section (5), a grouping conveying section (6), a buffer conveying section (7) and a boxing section (8) along the conveying direction; the conveying chains on each column are driven by independent motors on the bottle-chasing conveying section (5) and the grouping conveying section (6); After the liquor bottles enter the bottle-chasing conveying section (5), the liquor bottles entering at different time sequences are aligned with each other by the speed difference of the conveying belts, and the liquor bottles in the same group are aligned with each other along with the running of the conveying belts, so that a group of liquor bottles to be boxed are formed, then the liquor bottles are conveyed to the boxing section (8) through the grouping conveying section (6) and the buffer conveying section (7), and the liquor bottles are clamped and boxed on the boxing section (8); The bottle packaging equipment comprises a bottle unstacking machine (14), an empty bottle detecting machine (15), a bottle flushing and draining machine (16), a filling and capping machine (17), a liquor bottle shaking machine (18) and a finished product detecting machine (19); the liquor bottle shaking machine (18) comprises a Chinese character-shaped conveying track (27), and clamping chains (28) for clamping and conveying liquor bottles are arranged on the two sides of the Chinese character-shaped conveying track (27); The boxing machine (1) is connected with an empty box conveying line (9) and a top baffle conveying line (10) parallel to the boxing machine (1), a bottom baffle (11) for positioning and separating liquor bottles is arranged in the empty carton of the empty box conveying line (9), and the top baffle (12) on the top baffle conveying line (10) is provided with positioning holes consistent with the specifications of the necks of the liquor bottles; The bottom baffle (11) is provided with a separation plate (13) around the liquor bottles along the axial direction of the liquor bottle body, the separation plate (13) forms a liquor bottle placing separation groove, the gap between the liquor bottles is maintained, the spacing of the positioning holes on the top baffle (12) is arranged according to the arrangement spacing of the liquor bottle placing separation groove, and the center of the positioning hole corresponds to the center of the liquor bottle placing separation groove in the height direction; At least one buffer platform (23) for balancing the production speed difference of the production line is arranged between the liquor bottle shaking machine (18) and the channeler (3), the buffer platform (23) comprises a plurality of buffer conveying chains (24), the buffer conveying chains (24) are partially located above the buffer platform (23) and are slidably connected with the buffer platform (23) on the other side; the buffer conveying chains (24) on the buffer platform are connected with the front and rear conveying lines, receive the products conveyed by the front conveying line and convey the products to the rear conveying line; and an adjusting mechanism for pulling the buffer conveying chains (24) to move on the buffer platform and adjusting the buffer capacity is arranged on the buffer platform (23).

2. The high-speed packaging production line for baked flower light bottle baijiu according to claim 1, characterized in that, The number of columns of the multi-column conveying belt (4) matches the number of short sides of the wine bottle arrangement for wine bottle packaging, and the wine bottle arrangement short side number is an integer multiple of the wine bottle packaging.

3. The high-speed packaging production line for baked flower light bottle baijiu according to claim 1, characterized in that, The bottle flushing and draining machine (16) comprises a flushing device (20) and a draining device (21) arranged independently, and a buffer conveying line (22) for collecting and gathering the residual moisture in the bottle is arranged between the flushing device (20) and the draining device (21).

4. A packaging and boxing method for baked flower light bottle baijiu, using the high-speed packaging production line for baked flower light bottle baijiu according to any one of claims 1-3, characterized in that, The roasted flower light bottle is processed to a state ready for packaging by the bottle packaging equipment according to the process, is conveyed to the channel packaging device by the single-column conveying belt, is grouped according to the wine bottle arrangement mode for wine bottle packaging at the channel packaging device, the paper box with the built-in bottom partition is sent to the packaging place by the empty box conveying line, the wine product after grouping is put into the paper box by the packaging machine, and the top partition is placed, and after the packaging is completed, it is sent to the subsequent packaging equipment.

5. The packaging and boxing method of baked flower light bottle Baijiu according to claim 4, characterized in that, The process of grouping wine bottles by the channel packaging device comprises: controlling the number of wine bottles entering each column of the multi-column conveying belt by the channeler, switching the channeler after the number reaches, and making the subsequent wine bottles enter the next column of the conveying belt, then the motor of the bottle chasing conveying section controls the speed of the corresponding conveying belt, and the wine bottles belonging to the same group but entering the corresponding conveying belt at different times are aligned with each other at the end of the bottle chasing conveying section to complete the grouping, and then sequentially pass through the grouping conveying section, the buffer conveying section, and enter the packaging section to wait for packaging.

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