Feeding bottle classifying, storing, arranging and conveying system for bottled milk production

Abstract

The invention relates to the technical field of milk filling production processes, in particular to a milk bottle classified storage, arrangement and conveying system for bottled milk production. The output end of a transportation lifting device communicates with the input end of a classified conveying device, and the transportation lifting device is used for transporting milk bottles to the classified conveying device; the feeding bottle storage device is divided into a plurality of storage bins according to specifications and types of feeding bottles; the classification conveying device is provided with a plurality of outlets according to classification types, each outlet of the classification conveying device is communicated with the inlet of one storage bin, and the classification conveying device is used for conveying the milk bottles into the corresponding storage bins for classification according to different specifications; an outlet of each storage bin of the classification conveying device is communicated with one bottle arranging device and used for conveying the milk bottles classified into the storage bins into the corresponding bottle arranging devices, and the bottle arranging devices automatically arrange the scattered milk bottles and output the milk bottles in order, so that classified storage of the milk bottles is achieved, and the labor intensity of workers is reduced. And the problem that each storage bin needs to independently use an elevator is solved, the production efficiency is greatly improved, and the production cost is reduced.

Description

Technical Field

[0001] The invention relates to the technical field of milk filling production process, and in particular to a milk bottle classification, storage, bottle sorting and conveying system for bottled milk production. Technical Background

[0002] The nutritional value of milk is very high, and the minerals in milk are also very rich. In addition to the calcium we are familiar with, the content of phosphorus, iron, zinc, copper, manganese and molybdenum is also very high. The most valuable thing is that milk is the best source of calcium for the human body, and the calcium-phosphorus ratio is very appropriate, which is conducive to the absorption of calcium. At the same time, milk is rich in nutrients such as water, fat, phospholipids, protein, lactose, inorganic salts, etc. At present, milk is usually prepared into bottled sterilized milk for sale.

[0003] In recent years, with the increase in people's demand for bottled milk, the filling process of bottled milk has gradually moved towards automation. For example, the Chinese invention patent with application number 201710554837.4 discloses an automated production system for bottled milk, which is characterized by: including a conveying device, a bottle storage device, a filling device, a secondary sterilization device and a packaging and palletizing device. The bottle storage device includes an elevator and multiple storage bins, which are used to transfer PE bottles from outdoors to indoors through the conveying device, and then the PE bottles after packaging are removed are manually unpacked and poured into the elevator. The elevator transports different bottle types to the corresponding storage bins for use in the next process, thereby realizing a series of actions such as bottle conveying, bottle storage, automatic bottle sorting, filling, sealing, sterilization, drying, capping, labeling, packaging, and palletizing of the product, so that the product is automatically packaged from scattered raw materials into shaped products that can be sold on the market, greatly reducing the labor intensity of workers and the production cost of the enterprise, and improving production efficiency.

[0004] However, the above-mentioned prior art has the following technical problems: the bottle storage device includes an elevator and multiple storage bins, and the PE bottles are transferred from outdoors to indoors by a conveying device. Thereafter, the PE bottles after packaging are removed are manually unpacked and poured into the elevator, and the elevator transports different bottle types to corresponding storage bins for storage for use. However, each storage bin requires a separate elevator to transport PE bottles thereto, which results in workers having to put milk bottles of different specifications into the elevators corresponding to the storage bins of corresponding specifications, which greatly reduces production efficiency, and the excessive number of elevators increases production costs. Summary of the invention

[0005] In view of this, it is necessary to provide a milk bottle classification storage and bottle conveying system for bottled milk production.

[0006] The present invention provides a milk bottle classification storage bottle unscrambling and conveying system for bottled milk production, comprising a transport lifting device, a classification conveying device, a milk bottle storage device, a conveying device and a bottle unscrambling device; The output end of the transport lifting device is connected to the input end of the classification and conveying device, so as to transport the milk bottles to the classification and conveying device; the milk bottle storage device is divided into a plurality of storage bins according to the specifications of the milk bottles; the classification and conveying device is provided with a plurality of outlets according to the classification types, and each outlet of the classification and conveying device is connected to the entrance of a storage bin, so as to transport the milk bottles according to different specifications to the corresponding storage bins for classification; the outlet of each storage bin of the classification and conveying device is connected to a bottle unscrambling device, so as to transport the milk bottles classified into each storage bin to the corresponding bottle unscrambling device, so that the scattered milk bottles can be sorted and arranged in an orderly manner for output by the bottle unscrambling device.

[0007] Preferably, the transport and lifting device comprises a bag material transport component, a bottle lifting component and a hopper; the bag material transport component is horizontally installed on the ground, one end of which is arranged outdoors, and the other end of which is arranged indoors and connected to the hopper, so as to transport the packaged bottles from outdoors to indoors; the hopper is used to hold scattered bottles from which the packaging bags have been removed; the bottle lifting component is obliquely installed on the ground, one end of which is arranged in the hopper, and the other end of which is arranged above the classification and conveying device, so as to lift and convey the scattered bottles in the hopper to the classification and conveying device.

[0008] Preferably, the classification and conveying device comprises a milk bottle conveying assembly, an intercepting and diverting assembly and a conveying baffle, the milk bottle conveying assembly is used to convey the milk bottles to the front end, the conveying baffle is fixedly installed on the milk bottle conveying assembly, and a No. 1 conveying outlet, a No. 2 conveying outlet and a No. 3 conveying outlet are respectively provided at the front end, the left side and the right side of the conveying baffle, the intercepting and diverting assembly is fixedly installed in front of the No. 1 conveying outlet and the No. 2 conveying outlet, so as to block the milk bottles transported to the No. 1 conveying outlet and divert them to the No. 2 conveying outlet or the No. 3 conveying outlet, so as to realize the classified conveying of milk bottles of different specifications.

[0009] Preferably, the intercepting and steering assembly comprises: a control module, a driving module, a mounting frame and an intercepting baffle, the mounting frame is fixedly mounted on the milk bottle conveying assembly and is located in front of the No. 2 conveying outlet and the No. 3 conveying outlet, the driving module and the control module are both fixedly mounted on the mounting frame, close to one side of the conveying outlet, the intercepting baffle is fixedly mounted on the rotating shaft of the driving module on the side close to the conveying outlet, the intercepting baffle is perpendicular to the milk bottle conveying assembly, and the control module is used to control the driving module to rotate so that the intercepting baffle rotates, opens the conveying outlet to allow the milk bottle to be output from the current conveying outlet, or closes the conveying outlet to allow the milk bottle to be transported along the milk bottle conveying assembly.

[0010] Preferably, the milk bottle storage device comprises a No. 1 storage bin, a No. 2 storage bin and a No. 3 storage bin, wherein the No. 1 storage bin, the No. 2 storage bin and the No. 3 storage bin are adjacent to each other but not interconnected, each of which is provided with a bottle inlet on the top and a bottle outlet on the bottom, and the classification and conveying device is arranged above the milk bottle storage device, and the bottle inlets of the No. 1 storage bin, the No. 2 storage bin and the No. 3 storage bin correspond to the No. 1 conveying outlet, the No. 2 conveying outlet and the No. 3 conveying outlet respectively, so as to realize the classified storage of milk bottles.

[0011] Preferably, the milk bottle storage device further comprises a milk bottle anti-deformation device, and the milk bottle anti-deformation device is connected with the No. 1 storage bin, the No. 2 storage bin and the No. 3 storage bin to prevent the milk bottle from colliding with the storage bin and deforming after falling.

[0012] Preferably, one end of the conveying device is installed at the bottle outlet of the bottle storage device, and the other end is installed at the bottle inlet of the bottle unscrambling device, so as to convey milk bottles of different specifications to the bottle unscrambling device.

[0013] Preferably, an air blowing device is also provided on the indoor side of the bag material transport assembly for blowing air toward the outside to prevent flying insects from flying into the factory from the outside when the bag material is transported.

[0014] Preferably, fly-proof curtains are provided on both sides of the bag material transport assembly outlet on the wall.

[0015] In the above-mentioned bottle classification, storage, unscrambling and conveying system for bottled milk production, the output end of the transport lifting device is connected to the input end of the classification conveying device, so as to transport the milk bottles to the classification conveying device; the milk bottle storage device is divided into a plurality of storage bins according to the specifications of the milk bottles; the classification conveying device is provided with a plurality of outlets according to the classification types, and each outlet of the classification conveying device is connected to the entrance of a storage bin, so as to convey the milk bottles according to different specifications to the corresponding storage bins for classification; the outlet of each storage bin of the classification conveying device is connected to a bottle unscrambling device, so as to convey the milk bottles classified into each storage bin to the corresponding bottle unscrambling device, so that the scattered milk bottles are sorted and arranged in an orderly manner for output by the bottle unscrambling device, thereby not only realizing the classified storage of milk bottles, but also solving the problem that each storage bin needs to use a separate elevator, thereby greatly improving the production efficiency and reducing the production cost. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 This is a schematic diagram of the structure of the milk bottle classification, storage, bottle sorting and conveying system used in bottled milk production.

[0017] Figure 2 It is a structural schematic diagram of the transport lifting device.

[0018] Figure 3 It is a structural schematic diagram of the classification and conveying device.

[0019] Figure 4 It is a schematic diagram of the structure of the interception steering assembly.

[0020] Figure 5 It is a structural schematic diagram of the conveying baffle.

[0021] Figure 6 Schematic diagram of the internal structure of the milk bottle storage device.

[0022] Figure 7 This is a schematic diagram of the structure of the bottle classification, storage, bottle sorting and conveying system for bottled milk production from another perspective.

[0023] In the figure: a milk bottle classification, storage and bottle unscrambling conveying system 10 for bottled milk production, a transport and lifting device 11, a bag material transport component 111, a fly screen 1111, an air blowing device 1112, a milk bottle lifting component 112, a hopper 113, a classification and conveying device 12, a milk bottle conveying component 121, an interception and steering component 122, a control module 1221, a drive module 1222, a mounting frame 1223, an interception baffle 1224, a conveying baffle 123, a No. 1 conveying outlet 1231, a No. 2 conveying outlet 1232, a No. 3 conveying outlet 1233, a milk bottle storage device 13, a No. 1 storage bin 131, a No. 2 storage bin 132, a No. 3 storage bin 133, a milk bottle anti-deformation device 134, a conveying device 14, and a bottle unscrambling device 15. DETAILED DESCRIPTION

[0024] In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, the drawings described below are some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0025] Please see Figures 1 to 7 The present invention provides a milk bottle classification storage bottle unscrambling and conveying system 10 for bottled milk production, comprising a transport lifting device 11, a classification conveying device 12, a milk bottle storage device 13, a conveying device 14 and a bottle unscrambling device 15; The output end of the transport lifting device 11 is connected to the input end of the classification and conveying device 12, and is used to transport the milk bottles to the classification and conveying device 12; the milk bottle storage device 13 is divided into a plurality of storage bins according to the specifications of the milk bottles; the classification and conveying device 12 is provided with a plurality of outlets according to the classification types, and each outlet of the classification and conveying device 12 is connected to the entrance of a storage bin, and is used to transport the milk bottles according to different specifications to the corresponding storage bins for classification; the outlet of each storage bin of the classification and conveying device 12 is connected to a bottle unscrambling device 15, and is used to transport the milk bottles classified into each storage bin to the corresponding bottle unscrambling device 15, so that the bottle unscrambling device 15 can sort and arrange the scattered milk bottles in an orderly manner for output.

[0026] In the present embodiment, the bottle classification, storage, bottle unscrambling and conveying system 10 for bottled milk production is particularly suitable for the loading, classification, storage, bottle unscrambling and conveying of milk bottles for bottled milk production. The staff pours the bulk milk bottles without the outer packaging bags into the transport lifting device 11, which is transported to the classification conveying device 12 by the transport lifting device 11. The classification conveying device 12 classifies the milk bottles according to specifications and conveys them to the corresponding storage bins for classified storage. The conveying device 14 delivers the classified and stored milk bottles to the bottle unscrambling device 15, which sorts and arranges the scattered milk bottles in an orderly manner for output for use in the next process. This not only realizes the classified storage of milk bottles, but also solves the problem that each storage bin needs to use a separate elevator, greatly improving production efficiency and reducing production costs.

[0027] Furthermore, the transport and lifting device 11 includes a bag material transport component 111, a bottle lifting component 112 and a hopper 113. The bag material transport component 111 is horizontally installed on the ground, one end of which is arranged outdoors, and the other end is arranged indoors and is connected to the hopper 113, so as to transport the packaged bottles from outdoors to indoors. The hopper 113 is used to hold scattered bottles with the packaging bags removed. The bottle lifting component 112 is tiltedly installed on the ground, one end of which is arranged in the hopper 113, and the other end of which is arranged above the classification and conveying device 12, so as to lift and convey the scattered bottles in the hopper 113 to the classification and conveying device 12.

[0028] In this embodiment, an outlet of the bag material transport component 111 is provided on the factory wall, so that one end of the bag material transport component 111 can extend from indoors to outdoors to transport whole bags of milk bottles from outdoors. A fly-proof curtain 1111 is provided on the outlet of the bag material transport component 111 to prevent flying insects from entering indoors from outdoors. A blowing device 1112 is also provided on the indoor side of the outlet of the bag material transport component 111. The blowing device 1112 can be placed directly opposite the outlet of the bag material transport component 111 on the wall to blow air to the outdoors, or a pipeline can be buried in the wall and connected to the blowing device 1112 to blow air into the pipeline to form a wind curtain at the outlet of the bag material transport component 111 on the wall to prevent flying insects from flying from outdoors into the factory during bag material transportation.

[0029] It is worth noting that the whole bag of milk bottles is double-packed. When transporting from outdoors to indoors, outdoor workers need to first remove one layer of packaging, place it on the bag material transport component 111 and transport it to indoors. Then indoor workers remove the second layer of packaging and put the milk bottles into the hopper 113. The double-layer packaging is mainly used to prevent the packaging from being damaged and debris or flying insects from entering.

[0030] In another embodiment, the bottle lifting assembly 112 and the hopper 113 are closed and connected to prevent indoor flying insects from entering the bottle lifting assembly 112 and the hopper 113. A door is provided on the hopper 113 for opening when scattered bottles are put into the hopper 113. Observation windows are provided on both sides of the closed channel to observe the transportation of the bottles and prevent the bottles from getting stuck.

[0031] It is worth noting that mesh holes may be provided on the conveyor belts of the bag material transport component 111 and the milk bottle lifting component 112 to prevent some debris or sundries from penetrating into the milk bottles during the transportation of the milk bottles.

[0032] Furthermore, the classification and conveying device 12 includes a bottle conveying component 121, an intercepting and steering component 122 and a conveying baffle 123. The bottle conveying component 121 is used to convey the bottles to the front end. The conveying baffle 123 is fixedly installed on the bottle conveying component 121. The front end, left side and right side of the conveying baffle 123 are respectively provided with a first conveying outlet 1231, a second conveying outlet 1232 and a third conveying outlet 1233. The intercepting and steering component 122 is fixedly installed in front of the first conveying outlet 1231 and the second conveying outlet 1232 to block the bottles transported to the first conveying outlet 1231 and divert them to the second conveying outlet 1232 or the third conveying outlet 1233, so as to realize the classified conveying of bottles of different specifications.

[0033] In another embodiment, the conveying baffle 123 is closed to prevent flying insects from entering.

[0034] Furthermore, the interception and steering assembly 122 includes a control module 1221, a drive module 1222, a mounting frame 1223 and an interception baffle 1224. The mounting frame 1223 is fixedly mounted on the milk bottle conveying assembly 121 and is located in front of the second conveying outlet 1232 and the third conveying outlet 1233. The drive module 1222 and the control module 1221 are both fixedly mounted on the mounting frame 1223, close to one side of the conveying outlet. The interception baffle 1224 is fixedly mounted on the rotating shaft of the drive module 1222 on the side close to the conveying outlet. The interception baffle 1224 is perpendicular to the milk bottle conveying assembly 121. The control module 1221 is used to control the rotation of the drive module 1222 to rotate the interception baffle 1224, open the conveying outlet to allow the milk bottle to be output from the current conveying outlet, or close the conveying outlet to allow the milk bottle to be transported along the milk bottle conveying assembly 121.

[0035] In this embodiment, the interception baffle 1224 is configured to be arc-shaped, which is more conducive to the turning of the milk bottle after being blocked.

[0036] It is worth noting that after the staff unpacks the milk bottles and puts them into the hopper 113, they can manually control the classification and conveying device 12 to classify the milk bottles according to the specifications of the milk bottles put in, for example, by setting a control switch and electrically connecting it to the control module 1221 to control the opening or closing of the output outlet; they can also control the classification and conveying device 12 to classify the milk bottles by setting an automatic recognition device to detect the specifications of the milk bottles put in, for example, by setting an image detection module and electrically connecting it to the control module 1221 to detect the specifications of the milk bottles put in and sending a signal to the control module 1221 to control the opening or closing of the output outlet.

[0037] Furthermore, the milk bottle storage device 13 includes a No. 1 storage bin 131, a No. 2 storage bin 132 and a No. 3 storage bin 133. The No. 1 storage bin 131, the No. 2 storage bin 132 and the No. 3 storage bin 133 are adjacent to each other but not interconnected, and are each provided with a bottle inlet on the top and a bottle outlet on the bottom. The classification and conveying device 12 is arranged above the milk bottle storage device 13, and the bottle inlets of the No. 1 storage bin 131, the No. 2 storage bin 132 and the No. 3 storage bin 133 correspond to the No. 1 conveying outlet 1231, the No. 2 conveying outlet 1232 and the No. 3 conveying outlet 1233 respectively, so as to realize the classified storage of milk bottles.

[0038] In this embodiment, the milk bottle storage device 13 can be divided into a plurality of storage compartments according to the specifications and types of the required milk bottles to meet the usage requirements.

[0039] It is worth noting that the classification conveying device 12 is arranged above the milk bottle storage device 13, and the distance between the classification conveying device 12 and the milk bottle storage device 13 should not be too large to avoid the milk bottles from falling, bumping and deforming when entering the classification storage bin.

[0040] Further, the milk bottle storage device 13 also includes a milk bottle anti-deformation device 134, which is connected to the No. 1 storage bin 131, the No. 2 storage bin 132 and the No. 3 storage bin 133. The milk bottle anti-deformation device 134 uses airflow to hinder the falling speed of the milk bottle to prevent the milk bottle from colliding with the storage bin and deforming after falling. For example, the milk bottle anti-deformation device 134 is connected to the entrances of the No. 1 storage bin 131, the No. 2 storage bin 132 and the No. 3 storage bin 133 through an airflow guide pipe, and the milk bottle anti-deformation device 134 outputs positive pressure airflow to the entrances of the No. 1 storage bin 131, the No. 2 storage bin 132 and the No. 3 storage bin 133, and the upward airflow generated slows down the falling speed of the milk bottle to prevent the milk bottle from being deformed due to the collision with the inner wall of the storage bin due to accelerated falling. At the same time, positive pressure can also be generated in the storage bin to prevent sundries (such as flying insects, plastic scraps, hair, etc.) in the factory from entering the storage bin.

[0041] In this embodiment, air is blown from the bottom of the milk bottle storage device 13 into the storage bin through the milk bottle anti-deformation device 134134, and the upward airflow generated slows down the falling speed of the milk bottles to prevent the milk bottles from falling and deforming. At the same time, positive pressure can be generated in the storage bin to prevent flying insects in the indoor factory from entering.

[0042] Furthermore, one end of the conveying device 14 is installed at the bottle outlet of the bottle storage device 13 , and the other end is installed at the bottle inlet of the bottle unscrambling device 15 , so as to convey milk bottles of different specifications to the bottle unscrambling device 15 .

[0043] In this embodiment, a conveying device 14 is disposed below the No. 1 storage bin 131 , the No. 2 storage bin 132 , and the No. 3 storage bin 133 to convey milk bottles of different specifications to the bottle unscrambling device 15 .

[0044] Furthermore, the bottle unscrambling device 15 is also provided with a dust removal device to prevent dust and debris from entering the milk bottles during bottle unscrambling.

[0045] It is worth noting that in this embodiment, the bottle outlets and bottle inlets of the transport lifting device 11, the classification conveying device 12, the milk bottle storage device 13 and the conveying device 14 are all connected by flexible rubber parts to prevent the milk bottles from being bumped and deformed when passing through the connection.

[0046] When the present invention is implemented, it is necessary to first open the milk bottle anti-deformation device 134134 in the milk bottle storage device 13 and the dust removal device in the bottle sorting device 15 to prevent flying insects in the factory from flying into the storage bin and dust and debris from entering the milk bottles when sorting the bottles. Then the workers are divided into groups, one group is outdoors and the other group is indoors. The outdoor workers remove the first layer of packaging from the whole bag of milk bottles and place them on the bag material transportation component 111, which is transported from the outdoors to the indoors by the bag material transportation component 111. Then the indoor workers remove the second layer of packaging and put the scattered milk bottles into the hopper 113. The milk bottle lifting component 112 lifts the scattered milk bottles in the hopper 113 and transports them to the classification and conveying device 12, and then the automatic identification device The device is equipped with a device for detecting the specifications of the milk bottles input, or the worker controls the classification and conveying device 12 according to the specifications of the milk bottles input, the interception and steering component 122 is started, and the control module 1221 controls the driving module 1222 to rotate, so as to drive the interception baffle 1224 fixedly installed on the driving module 1222 to rotate, open the conveying outlet to allow the milk bottles to be output from the current conveying outlet, or close the conveying outlet to allow the milk bottles to be transported along the milk bottle conveying component 121, and then the milk bottles enter the corresponding storage bin through the conveying outlet, and according to the use requirements, the milk bottles of the required specifications in the storage bin are conveyed to the bottle unscrambling device 15 through the conveying device 14, and then the scattered milk bottles are sorted and arranged in order and output through the bottle unscrambling device 15 for use in the next process.

[0047] The modules or units in the device of the embodiment of the present invention can be combined, divided and deleted according to actual needs. The above disclosure is only the preferred embodiment of the present invention, and of course it cannot be used to limit the scope of the rights of the present invention. Those skilled in the art can understand that all or part of the processes of the above embodiment are implemented, and the equivalent changes made according to the claims of the present invention still fall within the scope of the present invention.

Claims

1. A milk bottle classification storage and bottle unscrambling conveying system for bottled milk production, which is characterized in that it includes a transport lifting device, a classification conveying device, a milk bottle storage device, a conveying device and a bottle unscrambling device; The output end of the transport lifting device is connected to the input end of the classification and conveying device, so as to transport the milk bottles to the classification and conveying device; the milk bottle storage device is divided into a plurality of storage bins according to the specifications of the milk bottles; the classification and conveying device is provided with a plurality of outlets according to the classification types, and each outlet of the classification and conveying device is connected to the entrance of a storage bin, so as to transport the milk bottles according to different specifications to the corresponding storage bins for classification; the outlet of each storage bin of the classification and conveying device is connected to a bottle unscrambling device, so as to transport the milk bottles classified into each storage bin to the corresponding bottle unscrambling device, so that the scattered milk bottles can be automatically sorted and arranged in an orderly manner for output by the bottle unscrambling device.

2. The bottle sorting, storage, and bottle conveying system for bottled milk production according to claim 1 is characterized in that: the transport and lifting device comprises a bag material transport component, a bottle lifting component and a hopper; the bag material transport component is horizontally installed on the ground, one end of which is arranged outdoors, and the other end is arranged indoors and is connected to the hopper, so as to transport the packaged bottles from outdoors to indoors; the hopper is used to hold scattered bottles with the packaging bags removed; the bottle lifting component is obliquely installed on the ground, one end of which is arranged in the hopper, and the other end of which is arranged above the sorting and conveying device, so as to lift and convey the scattered bottles in the hopper to the sorting and conveying device.

3. The bottle sorting, storage and bottle handling conveying system for bottled milk production according to claim 1 is characterized in that: the sorting and conveying device comprises a bottle conveying assembly, an intercepting and steering assembly and a conveying baffle, the bottle conveying assembly is used to convey the bottles to the front end, the conveying baffle is fixedly installed on the bottle conveying assembly, and a No. 1 conveying outlet, a No. 2 conveying outlet and a No. 3 conveying outlet are respectively arranged at the front end, the left side and the right side of the conveying baffle, the intercepting and steering assembly is fixedly installed in front of the No. 1 conveying outlet and the No. 2 conveying outlet to block the bottles transported to the No. 1 conveying outlet and divert them to the No. 2 conveying outlet or the No. 3 conveying outlet, so as to realize the sorting and conveying of bottles of different specifications.

4. The bottle classification, storage, and bottle handling and conveying system for bottled milk production according to claim 3 is characterized in that: the interception and steering assembly comprises: A control module, a drive module, a mounting frame and an intercepting baffle, wherein the mounting frame is fixedly mounted on the milk bottle conveying assembly and is located in front of the second conveying outlet and the third conveying outlet, the drive module and the control module are both fixedly mounted on the mounting frame, close to one side of the conveying outlet, the intercepting baffle is fixedly mounted on the rotating shaft of the drive module on the side close to the conveying outlet, the intercepting baffle is perpendicular to the milk bottle conveying assembly, and the control module is used to control the rotation of the drive module to rotate the intercepting baffle, open the conveying outlet to allow the milk bottle to be output from the current conveying outlet, or close the conveying outlet to allow the milk bottle to be transported along the milk bottle conveying assembly.

5. The milk bottle classification warehousing and bottle conveying system for bottled milk production according to claim 3 is characterized in that: the milk bottle storage device comprises a No. 1 storage bin, a No. 2 storage bin and a No. 3 storage bin, the No. 1 storage bin, the No. 2 storage bin and the No. 3 storage bin are adjacent to each other but not interconnected, are each provided with a bottle inlet at the top and a bottle outlet at the bottom, the classification conveying device is arranged above the milk bottle storage device, and the bottle inlets of the No. 1 storage bin, the No. 2 storage bin and the No. 3 storage bin correspond to the No. 1 conveying outlet, the No. 2 conveying outlet and the No. 3 conveying outlet respectively, so as to realize the classified warehousing of milk bottles.

6. The milk bottle classification storage and bottle conveying system for bottled milk production according to claim 5 is characterized in that: the milk bottle storage device also includes a milk bottle anti-deformation device, and the milk bottle anti-deformation device is connected to the No. 1 storage bin, the No. 2 storage bin and the No. 3 storage bin to prevent the milk bottles from colliding with the storage bins and deforming after falling.

7. The bottle sorting, storage, and bottle unscrambling conveying system for bottled milk production according to claim 1 is characterized in that one end of the conveying device is installed at the bottle outlet of the bottle storage device, and the other end is installed at the bottle inlet of the bottle unscrambling device, so as to convey bottles of different specifications to the bottle unscrambling device.

8. The bottle sorting, storage, unscrambling and conveying system for bottled milk production according to claim 1 is characterized in that: a dust removal device is also provided in the bottle unscrambling device to prevent dust and debris from entering the milk bottles during bottle unscrambling.

9. The bottle sorting, storage, and conveying system for bottled milk production according to claim 2 is characterized in that: an air blowing device is also provided on the indoor side of the bag material transport component to blow air to the outside to prevent flying insects from flying into the factory from the outside when the bag material is transported.

10. The milk bottle classification, storage, and bottle handling and conveying system for bottled milk production according to claim 2, wherein fly-proof curtains are provided on both sides of the bag material transport component outlet on the wall.

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