A device and method for ordering mixed shredded tobacco

Abstract

The present invention discloses a device and method for ordering mixed shredded tobacco, which includes an ordering device main machine and an auxiliary machine. The ordering device main machine has an ordering adjustment component composed of three layers of sieve plates, on which strip holes, round holes and a discharge port are respectively arranged; the ordering device auxiliary machine has a secondary ordering adjustment plate provided with strip bosses, and a tobacco channel is formed between adjacent strip bosses; the ordering device main machine, the ordering device auxiliary machine, two vibrating conveyors and a cigarette making machine form a channel for circulating and conveying tobacco shreds after arrangement. In the above-mentioned device, the disordered shredded tobacco and thin shredded tobacco mixture will be adjusted from a disordered state to an ordered state. At the same time, the broken tobacco and tobacco dust are also screened and impurities are removed before entering the cigarette making machine for rolling and forming, thereby ensuring the rolling quality of the new type of quasi-ordered heat-not-burn cigarette.

Description

Technical Field

[0001] The invention relates to a device and method for ordering mixed shredded tobacco, and in particular to a device and method for online adjusting disordered shredded tobacco and thin shredded tobacco mixed with a new tobacco product, a heat-not-burn cigarette, into ordered shredded tobacco. Background Art

[0002] The interior of heat-not-burn cigarettes is thin tobacco. Since the internal tobacco structure is relatively simple, the pressing and rolling processes are all completed in the thin sheet pleating paper cutter. Therefore, the interior is a completely ordered structure with good uniformity. Since the internal filler of heat-not-burn cigarettes is thin tobacco (broken tobacco powder is made by papermaking), the taste of smoking is poor and it is difficult to meet the requirements of consumers. If the internal structure of traditional cigarettes is adopted and heat-not-burn cigarettes are produced by cigarette making machines, the taste of smoking can be improved, but broken cigarettes are prone to falling and ash falling in the heating device, affecting the consumer experience. Therefore, it is necessary to produce a heat-not-burn cigarette mixed with tobacco and thin tobacco. Since its production process is relatively long, the processes of tobacco mixing and processing make the mixed tobacco in a disordered state. To produce heat-not-burn cigarettes mixed with tobacco and thin tobacco and ordered tobacco, the key is to adjust the disordered mixed tobacco into ordered tobacco. The above-mentioned sheet pleat cutter cannot adjust the disordered mixed shredded tobacco into ordered shredded tobacco. Summary of the invention

[0003] In view of this, an object of the present invention is to provide a device and method for adjusting disordered mixed shredded tobacco into ordered shredded tobacco.

[0004] In order to solve the above technical problems, one embodiment of the present invention adopts the following technical solution:

[0005] In the first aspect, the present invention provides a mixed tobacco ordering device, which includes an ordering device main machine and an ordering device auxiliary machine, both of which have a vibrating conveying trough, the vibrating conveying trough of the ordering device main machine has an ordering adjustment component composed of three layers of sieve plates, wherein the first layer of sieve plates is distributed with strip holes, the second layer of sieve plates is distributed with round holes, and the third layer of sieve plates is provided with a discharge port; the vibrating conveying trough of the ordering device auxiliary machine has a secondary ordering adjustment plate, and the secondary ordering adjustment plate is provided with a plurality of neatly arranged strip bosses, and tobacco channels are formed between adjacent strip bosses; the downstream of the first layer of sieve plate of the ordering device main machine is connected to the upstream of the secondary ordering adjustment plate of the ordering device auxiliary machine, and the second layer of sieve plate of the ordering device main machine is connected to the conveyor belt of the cigarette making machine; the downstream of the secondary ordering adjustment plate of the ordering device auxiliary machine is connected to the upstream of the first layer of sieve plate of the ordering device main machine.

[0006] The mixed tobacco ordering device also includes two vibrating conveyors. The first vibrating conveyor is arranged between the downstream of the first layer of screen plate of the ordering equipment main machine and the upstream of the secondary ordering adjustment plate of the ordering equipment auxiliary machine, and the two are connected through the vibrating conveyor; the second vibrating conveyor is arranged between the downstream of the secondary ordering adjustment plate of the ordering equipment auxiliary machine and the upstream of the first layer of screen plate of the ordering equipment main machine, and the two are connected through the vibrating conveyor.

[0007] A drop hopper is arranged at the discharge port of the third sieve plate, and the drop hopper is connected to the dust removal system.

[0008] The width of the strip holes on the first layer of screen plate is 2-3 mm, and the entire layer of screen plate is covered with strip holes extending along the moving direction of the tobacco shreds. All the strip holes are neatly arranged and extend from the upstream to the downstream of the first layer of screen plate.

[0009] The diameter of the circular holes on the second sieve plate is 1.5-2 mm.

[0010] The bosses on the secondary ordering adjustment plate extend along the moving direction of the tobacco shreds, the gap width between adjacent bosses is 5-6mm, and the height of the bosses is greater than the height of the tobacco shreds when thrown.

[0011] The main machine and auxiliary machine of the ordering equipment are both eccentric connecting rod balanced vibrating conveyors, which include a frame, a vibrating conveying trough and a balancing body. A transmission assembly, a connecting rod assembly and a rocker assembly are arranged on the frame. The connecting rod assembly is composed of a connecting rod seat arranged on the balancing body and a connecting rod installed on the connecting rod seat. The rocker assembly is composed of a plurality of rockers, all of which are eccentrically fixed on the frame and powered by a motor. The transmission assembly transmits power to the rocker through the connecting rod assembly to make all the rockers swing eccentrically together. One end of all the rockers is connected to the balancing body, and the other end is connected to the vibrating conveying trough, which drives the balancing body and the vibrating conveying trough to perform synchronous reverse approximate gap vibration.

[0012] In a second aspect, the present invention provides a method for ordering mixed shredded tobacco, using the above-mentioned device, the method comprising the following steps:

[0013] Route 1:

[0014] Step 1: The mixed tobacco of disordered shredded tobacco and thin shredded tobacco enters the main unit of the ordering equipment and is transported on the first screen plate of the ordering adjustment component; the first screen plate of the ordering adjustment component screens the mixed shredded tobacco through the strip holes; the shredded tobacco in the same direction as the strip holes falls onto the second screen plate through the strip holes to form an ordered mixed shredded tobacco, and the broken tobacco and tobacco dust also fall onto the second screen plate through the strip holes;

[0015] Step 2: the ordered mixed shredded tobacco, broken tobacco and tobacco dust are transported on the second screen plate of the ordered adjustment component, and the ordered mixed shredded tobacco is screened through the circular holes, so that the broken tobacco and tobacco dust fall through the circular holes onto the third screen plate, and are discharged from the drop port during the transportation process;

[0016] Step 3: The ordered mixed shredded tobacco that has been screened on the second screen plate enters the cigarette making machine through the cigarette making machine conveyor belt to be rolled and formed;

[0017] Route 2:

[0018] Step 1: The mixed tobacco of disordered shredded tobacco and thin shredded tobacco enters the main machine of the ordering equipment and is transported on the first screen plate of the ordering adjustment component; the first screen plate of the ordering adjustment component screens the mixed shredded tobacco through the strip holes; the disordered shredded tobacco that is inconsistent with the strip hole direction passes through the overlap of the first screen plate and the vibrating conveyor, enters the vibrating conveyor, is transported on the vibrating conveyor, and enters the auxiliary machine of the ordering equipment through the overlap of the vibrating conveyor and the auxiliary machine of the ordering equipment;

[0019] Step 2: The disordered mixed tobacco is conveyed in the gap between the bosses on the auxiliary machine of the ordering equipment; the mixed tobacco that is consistent with the direction of the boss passes through the gap between the bosses smoothly, while the mixed tobacco that is inconsistent with the direction of the boss completes the throwing motion on the vibration of the equipment, and gradually adjusts from the disordered state to the quasi-ordered state during the throwing process, and completes the conveying in the gap, and enters another vibrating conveyor after being overlapped with another vibrating conveyor;

[0020] Step 3: The quasi-ordered tobacco is transported on the vibrating conveyor, connected with the main unit of the ordering equipment through the vibrating conveyor, and then re-enters the main unit of the ordering equipment, and then circulates lines 1 and 2.

[0021] Compared with the prior art, the present invention has at least the following beneficial effects: the present invention uses the tobacco shreds ordering adjustment device and method to adjust the disordered tobacco shreds and thin tobacco slice mixture from a disordered state to an ordered state. At the same time, the broken tobacco and tobacco dust are also screened and impurities removed before entering the cigarette making machine for rolling and forming, thereby ensuring the rolling quality of the new type of quasi-ordered heat-not-burn cigarettes. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a connection diagram of the ordering equipment of the present invention and the direction of tobacco.

[0023] Figure 2 It is a structural schematic diagram of the mainframe of the ordered device of the present invention.

[0024] Figure 3 This is a schematic diagram of the first sieve plate of the ordering adjustment component of the main unit of the ordering device of the present invention.

[0025] Figure 4It is a schematic diagram of the second sieve plate of the ordering adjustment component of the main body of the ordering equipment of the present invention.

[0026] Figure 5 It is a schematic diagram of the third sieve plate of the ordering adjustment component of the main body of the ordering equipment of the present invention.

[0027] Figure 6 It is a schematic diagram of the secondary ordering adjustment plate of the auxiliary machine of the ordering equipment of the present invention.

[0028] Figure 7 Adjust the process flow chart for orderly blending of tobacco. DETAILED DESCRIPTION

[0029] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not used to limit the present invention.

[0030] like Figure 1 As shown, the mixed tobacco cut ordering device consists of an ordering device main unit 1, a first vibrating conveyor 2, an ordering device auxiliary unit 3, and a second vibrating conveyor 4. The device is installed upstream of the cigarette making machine after the silk making process is completed. After the silk making process is completed, the chaotic and disordered mixed tobacco cuts enter the ordering device, and the disordered mixed tobacco cuts are adjusted to orderly mixed tobacco cuts. At the same time, the broken tobacco and cigarette dust formed in the silk making process will also be screened out in the device. The ordered tobacco cuts enter the cigarette making machine 6 through the conveyor belt 5 of the cigarette making machine to complete the rolling and forming of the new heat-not-burn cigarette. Figure 1 The arrows in the figure indicate the direction of the tobacco.

[0031] The main machine of the ordering equipment and the auxiliary machine of the ordering equipment are both eccentric connecting rod balanced vibrating conveyors. The basic structure of the main machine of the ordering equipment is shown in Figure 2.

[0032] The eccentric connecting rod balanced vibrating conveyor includes a frame 9, a vibrating conveying trough 7 and a balancing body 8. A transmission assembly 10, a connecting rod assembly and a rocker assembly are arranged on the frame. The connecting rod assembly is composed of a connecting rod seat 15 arranged on the balancing body and a connecting rod installed on the connecting rod seat. The rocker assembly is composed of a plurality of rockers 12, all of which are eccentrically fixed on the frame and powered by a motor. The transmission assembly 10 has a transmission shaft, which is connected to the connecting rod of the connecting rod assembly, and transmits power to the rocker through the connecting rod assembly so that all the rockers swing eccentrically together. One end of all the rockers is connected to the balancing body 8, and the other end is connected to the vibrating conveying trough 7, driving the balancing body and the vibrating conveying trough to perform synchronous reverse approximate gap vibration. The frame also has a support leg 11, the height of which can be adjusted, so that the height of the upstream and downstream of the vibrating conveying trough can be adjusted, which is convenient for the main machine, the auxiliary machine and the overlap of the two vibrating conveyors. The vibrating conveying trough of the main machine of the ordering equipment is provided with an ordering adjustment assembly 13. A drop hopper 14 is provided at the discharge port. The connection and power transmission of the transmission assembly, the connecting rod assembly and the rocker assembly are mature technologies and will not be described in detail here.

[0033] The working principle of the eccentric connecting rod balanced vibrating conveyor: When working, the motor rotates the transmission shaft in the transmission assembly through the narrow V-belt on the pulley, and then the connecting rod pushes the balance body to move. The balance body then drives the vibrating conveying trough to make an approximate gap vibration in the opposite direction of the balance body through the rocker assembly. When the vibration acceleration of the vibrating conveying trough reaches a certain value, the tobacco will be continuously thrown in the vibrating conveying trough along the conveying direction, so that the tobacco moves forward to achieve the purpose of conveying. When the balance body and the trough body make synchronous and opposite approximate simple harmonic vibrations, the vibration of the frame is basically eliminated through mutual balance and the vibration and sound absorption of the buffer block in the rocker assembly and the rubber rod in the connecting rod seat, so that the conveyor runs smoothly during the working process and the noise of the machine is greatly reduced.

[0034] The ordered adjustment assembly consists of three layers of sieve plates, such as Figures 3 to 5 As shown, the first layer of the sieve plate is distributed with strip holes 19, the width of the strip holes is 2-3mm, that is, the width of the strip holes is 2-3 times the width of the tobacco, and the entire layer of the sieve plate is covered with strip holes extending along the direction of movement of the tobacco, all the strip holes are neatly arranged, and extend from the upstream of the first layer of the sieve plate to the downstream. The second layer of the sieve plate is distributed with circular holes 16, the aperture of the circular holes is 1.5-2mm, and the hole gap can be adjusted according to actual conditions. The third layer of the sieve plate is provided with a discharge port 17, which can be a rectangular hole.

[0035] During operation, when disordered tobacco passes through the first screen plate, it is thrown and transported forward by the main unit of the ordering equipment. During the transportation process, tobacco with the same direction as the opening direction, as well as broken tobacco and cigarette dust, will fall onto the second screen plate through the strip holes, while tobacco with the same direction as the opening direction cannot fall from the strip holes, and will pass through the overlap of the first screen plate and the first vibrating conveyor to enter the first vibrating conveyor; tobacco, broken tobacco and cigarette dust that fall into the second screen plate will be thrown and transported forward by the main unit of the ordering equipment. During the transportation process, broken tobacco and cigarette dust will fall onto the third screen plate through the circular holes, while the ordered tobacco that has been screened by the strip holes cannot fall onto the third screen plate through the circular holes because its length is greater than the diameter of the circular holes. It will pass through the overlap of the second screen plate and the conveyor belt of the cigarette making machine, enter the conveyor belt, and then enter the cigarette making machine. The broken cigarettes and cigarette dust that fall into the third layer of the screen plate will be thrown and transported forward under the action of the main machine of the ordering equipment. During the transportation process, they pass through the discharge port and are discharged from the equipment by the drop hopper. The drop hopper can be connected to the dust removal system. The broken cigarettes and cigarette dust are transported to the dust removal equipment by wind power. Containers can also be used to receive the broken cigarettes and cigarette dust in the drop hopper and transported to the dust removal equipment manually.

[0036] The vibration conveying trough of the auxiliary machine of the ordering equipment is provided with a secondary ordering adjustment plate, on which a number of neatly arranged strip bosses 18 are arranged, and tobacco channels are formed between adjacent strip bosses. The downstream of the first layer of sieve plate of the main machine of the ordering equipment is connected to the upstream of the secondary ordering adjustment plate of the auxiliary machine of the ordering equipment, and the second layer of sieve plate of the main machine of the ordering equipment is connected to the conveyor belt of the cigarette making machine; the downstream of the secondary ordering adjustment plate of the auxiliary machine of the ordering equipment is connected to the upstream of the first layer of sieve plate of the main machine of the ordering equipment.

[0037] The disordered tobacco entering the auxiliary machine of the ordering equipment is transported forward under the action of the equipment. The transport principle and structure refer to the main machine of the ordering equipment. A secondary ordering adjustment plate is installed in the vibration conveying trough of the auxiliary machine of the ordering equipment. The adjustment plate is a single-layer structure. The structural diagram is as follows Figure 6 shown.

[0038] The bosses on the secondary ordering adjustment plate extend along the direction of tobacco movement, and the gap width between adjacent bosses is 5-6mm (the boss gap is 5-6 times the width of the tobacco), and the height of the boss is greater than the height of the tobacco when it is thrown. The disordered tobacco will be adjusted for secondary ordering on the auxiliary machine of the ordering equipment. During operation, the disordered tobacco will be thrown under the action of the auxiliary machine of the ordering equipment, and gradually transported through the gaps between the bosses. Since the bosses are set in the same direction, the tobacco that has passed through the boss gap will gradually be adjusted from a disordered state to a similar ordered state (the gap is large and cannot be guaranteed to be completely ordered) under the throwing action of the auxiliary machine of the ordering equipment and the limiting action of the boss gap. The ordered adjusted tobacco will enter the second vibrating conveyor through the overlap of the auxiliary machine of the ordering equipment and the second vibrating conveyor.

[0039] The mixed tobacco cut-up ordering device has two common vibrating conveyors, which are used to connect the main and auxiliary equipment of the ordering equipment to form a cycle. The first vibrating conveyor is set between the downstream of the first layer of sieve plate of the main ordering equipment and the upstream of the secondary ordering adjustment plate of the auxiliary equipment, and the two are connected through the vibrating conveyor; the second vibrating conveyor is set between the downstream of the secondary ordering adjustment plate of the auxiliary equipment and the upstream of the first layer of sieve plate of the main ordering equipment, and the two are connected through the vibrating conveyor.

[0040] The quasi-ordered tobacco entering the second vibrating conveyor is connected to the main machine of the ordering equipment by the second vibrating conveyor and then re-enters the main machine of the ordering equipment. The conveying principle of the second vibrating conveyor is similar to that of the main machine of the ordering equipment.

[0041] The quasi-ordered tobacco entering the main unit of the ordering equipment will be re-ordered on the first screen plate of the ordering adjustment component. The tobacco that has completed the ordering adjustment will pass through the long holes, enter the second screen plate of the main unit of the ordering equipment, and pass through the downstream conveyor belt to be sent to the cigarette making machine for rolling and forming. The disordered tobacco that cannot pass through the long holes will re-enter the first vibrating conveyor for circulation.

[0042] The process of orderly adjustment of mixed tobacco is as follows Figure 7 shown.

[0043] Route 1:

[0044] Step 1: The mixed tobacco of disordered shredded tobacco and thin shredded tobacco enters the main unit of the ordering equipment and is transported on the first screen plate of the ordering adjustment component; the first screen plate of the ordering adjustment component screens the mixed shredded tobacco through the strip holes; the shredded tobacco in the same direction as the strip holes falls onto the second screen plate through the strip holes to form an ordered mixed shredded tobacco, and the broken tobacco and tobacco dust also fall onto the second screen plate through the strip holes;

[0045] Step 2: the ordered mixed shredded tobacco, broken tobacco and tobacco dust are transported on the second screen plate of the ordered adjustment component, and the ordered mixed shredded tobacco is screened through the circular holes, so that the broken tobacco and tobacco dust fall through the circular holes onto the third screen plate, and are discharged from the drop port during the transportation process;

[0046] Step 3: The ordered mixed shredded tobacco that has been screened on the second screen plate enters the cigarette making machine through the cigarette making machine conveyor belt to be rolled and formed;

[0047] Route 2:

[0048] Step 1: The mixed tobacco of disordered shredded tobacco and thin shredded tobacco enters the main machine of the ordering equipment and is transported on the first screen plate of the ordering adjustment component; the first screen plate of the ordering adjustment component screens the mixed shredded tobacco through the strip holes; the disordered shredded tobacco that is inconsistent with the strip hole direction passes through the overlap of the first screen plate and the vibrating conveyor, enters the vibrating conveyor, is transported on the vibrating conveyor, and enters the auxiliary machine of the ordering equipment through the overlap of the vibrating conveyor and the auxiliary machine of the ordering equipment;

[0049] Step 2: The disordered mixed tobacco is conveyed in the gap between the bosses on the auxiliary machine of the ordering equipment; the mixed tobacco that is consistent with the direction of the boss passes through the gap between the bosses smoothly, while the mixed tobacco that is inconsistent with the direction of the boss completes the throwing motion on the vibration of the equipment, and gradually adjusts from the disordered state to the quasi-ordered state during the throwing process, and completes the conveying in the gap, and enters another vibrating conveyor after being overlapped with another vibrating conveyor;

[0050] Step 3: The quasi-ordered tobacco is transported on the vibrating conveyor, connected with the main unit of the ordering equipment through the vibrating conveyor, and then re-enters the main unit of the ordering equipment, and then circulates lines 1 and 2.

[0051] Although the present invention is described herein with reference to the illustrative embodiments of the present invention, it should be understood that those skilled in the art can design many other modifications and implementations, which will fall within the scope and spirit of the principles disclosed in the present application. More specifically, within the scope disclosed in the present application, multiple variations and improvements can be made to the components and / or layout of the subject combination layout. In addition to the variations and improvements made to the components and / or layout, other uses will also be apparent to those skilled in the art.

Claims

1. A device for ordering mixed tobacco, characterized in that The invention comprises an ordering device main machine and an ordering device auxiliary machine, both of which have a vibrating conveying trough, and the vibrating conveying trough of the ordering device main machine has an ordering adjustment component composed of three layers of sieve plates, wherein the first layer of sieve plates is provided with strip holes, the second layer of sieve plates is provided with round holes, and the third layer of sieve plates is provided with a discharge port; the vibrating conveying trough of the ordering device auxiliary machine is provided with a secondary ordering adjustment plate, and the secondary ordering adjustment plate is provided with a plurality of neatly arranged strip bosses, and tobacco shreds channels are formed between adjacent strip bosses; the first layer of sieve plates of the ordering device main machine The downstream of the plate is connected to the upstream of the secondary ordering adjustment plate of the ordering equipment auxiliary machine, and the second layer of screen plate of the ordering equipment main machine is connected to the conveyor belt of the cigarette making machine; the downstream of the secondary ordering adjustment plate of the ordering equipment auxiliary machine is connected to the upstream of the first layer of screen plate of the ordering equipment main machine; the width of the strip holes on the first layer of screen plate is 2-3mm, and the entire layer of screen plate is covered with strip holes extending along the direction of tobacco movement, all the strip holes are neatly arranged, and extend from the upstream to the downstream of the first layer of screen plate; the aperture of the circular holes on the second layer of screen plate is 1.5-2mm.

2. The device for ordering mixed shredded tobacco according to claim 1, characterized in that It also includes two vibrating conveyors. The first vibrating conveyor is arranged between the downstream of the first layer of screen plate of the main ordering equipment and the upstream of the secondary ordering adjustment plate of the auxiliary ordering equipment, and the two are connected through the vibrating conveyor; the second vibrating conveyor is arranged between the downstream of the secondary ordering adjustment plate of the auxiliary ordering equipment and the upstream of the first layer of screen plate of the main ordering equipment, and the two are connected through the vibrating conveyor.

3. The device for ordering mixed shredded tobacco according to claim 1, characterized in that A drop hopper is arranged at the discharge port of the third sieve plate, and the drop hopper is connected to the dust removal system.

4. The device for ordering mixed shredded tobacco according to claim 1, characterized in that The bosses on the secondary ordering adjustment plate extend along the moving direction of the tobacco shreds, the gap width between adjacent bosses is 5-6mm, and the height of the bosses is greater than the height of the tobacco shreds when thrown.

5. The device for ordering mixed shredded tobacco according to claim 1, characterized in that The main machine and auxiliary machine of the ordering equipment are both eccentric connecting rod balanced vibrating conveyors, which include a frame, a vibrating conveying trough and a balancing body. A transmission assembly, a connecting rod assembly and a rocker assembly are arranged on the frame. The connecting rod assembly is composed of a connecting rod seat arranged on the balancing body and a connecting rod installed on the connecting rod seat. The rocker assembly is composed of a plurality of rockers, all of which are eccentrically fixed on the frame and powered by a motor. The transmission assembly transmits power to the rocker through the connecting rod assembly to make all the rockers swing eccentrically together. One end of all the rockers is connected to the balancing body, and the other end is connected to the vibrating conveying trough, which drives the balancing body and the vibrating conveying trough to perform synchronous reverse approximate gap vibration.

6. A method for ordering mixed shredded tobacco, using the device according to any one of claims 1 to 5, characterized in that The steps include: Step 1: The mixed tobacco of disordered shredded tobacco and thin shredded tobacco enters the main unit of the ordering device and is transported on the first screen plate of the ordering adjustment component; the first screen plate of the ordering adjustment component screens the mixed shredded tobacco through the strip holes; the shredded tobacco in the same direction as the strip holes falls through the strip holes onto the second screen plate to form an ordered mixed shredded tobacco, and the broken tobacco and tobacco dust also fall through the strip holes onto the second screen plate; Step 2: The ordered mixed shredded tobacco, broken tobacco and tobacco dust are transported on the second screen plate of the ordered adjustment component, and the ordered mixed shredded tobacco is screened through the circular holes, so that the broken tobacco and tobacco dust fall through the circular holes onto the third screen plate, and are discharged from the drop port during the transportation process; Step 3: The ordered mixed shredded tobacco that has been screened on the second screen plate enters the cigarette making machine through the cigarette making machine conveyor belt to be rolled and formed; Step 4: the mixed tobacco of disordered shredded tobacco and thin shredded tobacco enters the main machine of the ordering equipment and is transported on the first screen plate of the ordering adjustment component; the first screen plate of the ordering adjustment component screens the mixed shredded tobacco through the strip holes; the disordered shredded tobacco that is inconsistent with the strip hole direction passes through the overlap of the first screen plate and the first vibrating conveyor, enters the first vibrating conveyor, is transported on the first vibrating conveyor, and enters the auxiliary machine of the ordering equipment through the overlap of the first vibrating conveyor and the auxiliary machine of the ordering equipment; Step 5: The disordered mixed tobacco is conveyed in the gap between the bosses on the auxiliary machine of the ordering equipment; the mixed tobacco in the same direction as the boss passes through the gap between the bosses smoothly, while the mixed tobacco in the different direction from the bosses completes the throwing motion on the vibration of the equipment, gradually adjusts from the disordered state to the ordered state during the throwing process, and completes the conveying in the gap, and enters the second vibrating conveyor after being overlapped with the second vibrating conveyor; Step 6: The ordered tobacco is conveyed on the second vibrating conveyor, and re-enters the main unit of the ordering equipment after being overlapped with the second vibrating conveyor.

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