Paper receiving and conveying mechanism of counting box erecting machine

Abstract

The utility model discloses a paper receiving and conveying mechanism of a counting and box erecting machine, which comprises a rack and a box erecting and conveying device, the box erecting and conveying device is arranged on the rack, an arc-shaped paper conveying channel which gradually inclines upwards from front to back is arranged on the box erecting and conveying device, and the paper receiving and conveying mechanism is characterized by further comprising a counting and conveying device, the counting and conveying device is arranged on the rack, and the counting and conveying device is arranged on the rack. The rear end of the counting conveying device corresponds to the position below the front end of the arc-shaped paper conveying channel, and the conveying speed of the counting conveying device is larger than that of the vertical box conveying device. The paper receiving and conveying mechanism can be used for continuously stacking and conveying the paper boxes, so that the conveying efficiency is effectively improved.

Description

Technical Field

[0001] The utility model relates to paper box processing equipment, in particular to a paper receiving and conveying mechanism of a counting and box erecting machine. Background Art

[0002] In the packaging and printing industry, the application of the box gluing machine is the last step in the packaging box processing. It folds the printed and die-cut cardboard into shape and glues the edges. The machine replaces manual gluing, reduces labor costs and greatly improves production efficiency.

[0003] The current counting and box-erecting machine has the function of transforming the finished paper boxes from a flat state to an upright state, and packing them in batches according to quantity. For example, the applicant disclosed an automatic counting and box-erecting machine in an application with a publication date of March 8, 2024 and a publication number of CN220563847U, which is characterized by: including a frame, a paper discharge mechanism, a clamping mechanism, a paper receiving and conveying mechanism, a paper storage mechanism, a collecting and conveying mechanism, a front paper pushing mechanism, a rear paper pushing mechanism and a counter; the paper discharge mechanism, the clamping mechanism and the paper receiving and conveying mechanism are arranged on the frame from front to back in sequence, and the collecting and conveying mechanism; the conveying speed of the paper receiving and conveying mechanism is greater than the conveying speed of the clamping mechanism; the paper storage mechanism is installed on the frame and is above the paper discharge mechanism, and the collecting and conveying mechanism is installed on the frame and is above the paper storage mechanism, the clamping mechanism and the paper receiving and conveying mechanism; the front paper pushing mechanism can The front end of the paper feeding mechanism is mounted on the frame and is located in the front section of the collecting and conveying mechanism. The rear paper pushing mechanism is mounted on the frame and is capable of moving forward and backward and rising and falling in the rear section of the collecting and conveying mechanism. The paper feeding mechanism has an arc-shaped paper feeding channel that gradually rotates the paper box from a horizontal state to a vertical state from front to back. The front end of the arc-shaped paper feeding channel corresponds to the rear end of the clamping mechanism, and the rear end of the arc-shaped paper feeding channel corresponds to the rear end of the collecting and conveying mechanism. The rear end of the arc-shaped paper feeding channel is exposed above the conveying plane of the collecting and conveying mechanism, and the blocking end of the front paper pushing mechanism is exposed above the conveying plane of the collecting and conveying mechanism. The counter is mounted on the frame and is located between the front end of the arc-shaped paper feeding channel and the front end of the clamping mechanism. Although this automatic counting and box erecting machine can convey paper boxes and make them stand upright, the paper feeding mechanism in this automatic counting and box erecting machine has a slow conveying speed due to the use of separate conveying of each paper box. When the paper is fed out of the rear end of the paper feeding mechanism, it is easy for the paper to fall over again due to lack of support. Utility Model Content

[0004] The technical problem to be solved by the utility model is to provide a paper splicing and conveying mechanism for a counting and box erecting machine, which can continuously stack and convey paper boxes, thereby effectively improving the conveying efficiency.

[0005] In order to solve the above technical problems, the technical solutions adopted are as follows:

[0006] A paper feeding and conveying mechanism of a counting and box erecting machine comprises a frame and a box erecting conveying device, the box erecting conveying device being mounted on the frame and provided with an arcuate paper feeding channel which gradually tilts upward from front to back. The invention is characterized in that it further comprises a counting and conveying device which is mounted on the frame, the rear end of the counting and conveying device corresponding to a position below the front end of the arcuate paper feeding channel, and the conveying speed of the counting and conveying device is greater than the conveying speed of the box erecting conveying device.

[0007] The front and back directions are determined by the conveying direction of the paper box. The position where the paper box passes first is the front, and the position where the paper box passes later is the back. When the paper receiving and conveying mechanism conveys the paper box, the flat paper box is conveyed from the previous process to the counting and conveying device. The counting and conveying device quickly conveys the paper box to the vertical box conveying device and counts the number of paper boxes that pass through. During conveying, since the conveying speed of the counting and conveying device is greater than the conveying speed of the vertical box conveying device, when the paper box is transferred from the rear end of the counting and conveying device to the curved paper feeding channel, and only the rear part enters the curved paper feeding channel while the front part is still in a suspended state, the counting and conveying device can convey the new paper box into the curved paper feeding channel from the bottom, so that the adjacent paper boxes are partially overlapped. , effectively improving the transportation efficiency of the paper boxes, and because the rear end of the counting and conveying device is located below the front end of the arc-shaped paper feeding channel, the paper boxes fed in later can be conveyed from a low position to a high position, and thus inserted under the paper boxes fed in earlier, forming a specific orderly array in which the paper boxes fed in earlier always cover the paper boxes fed in later; at the same time, with this structure, when the subsequent paper boxes are transformed from a flat state to an upright state and are about to be sent out from the rear end of the arc-shaped paper feeding channel to the collection mechanism of the counting and box erecting machine, the paper boxes fed in later can pass through the overlapping part to support the paper boxes to be sent out, so that the paper boxes to be sent out can remain in an upright state to complete the transfer and collection.

[0008] In a preferred embodiment, the vertical box conveying device includes at least one upper conveyor belt assembly and at least one lower conveyor belt assembly, the upper conveyor belt assembly and the lower conveyor belt assembly being respectively mounted on the frame, the upper conveyor belt assembly being above the lower conveyor belt assembly, the curved paper feeding channel being formed between the downward section of the upper conveyor belt assembly and the upward section of the lower conveyor belt assembly, the downward section of the upper conveyor belt assembly and the upward section of the lower conveyor belt assembly both running from front to back, and the conveying speeds of the upper conveyor belt assembly and the lower conveyor belt assembly being the same; the upper conveyor belt assembly is provided with a plurality of elastic tensioning wheel assemblies for tensioning the downward section of the upper conveyor belt, the elastic tensioning wheel assemblies being arranged in sequence along the length direction of the downward section of the upper conveyor belt assembly. Due to the overlapping portions between the paper boxes, the paper boxes periodically slightly lift various positions of the downward section of the upper conveyor belt assembly during the process of being conveyed along the curved paper feeding channel. By providing the elastic tensioning wheel assemblies, the downward section of the upper conveyor belt assembly can be caused to fluctuate and quickly recover when being lifted to accommodate the conveying of the paper boxes.

[0009] In a further preferred embodiment, the frame is provided with a mounting bracket extending along the length of the downstream section of the upper conveyor belt assembly; the elastic tensioning wheel assembly includes a tensioning wheel frame, a compression spring, and at least one first tensioning wheel; the upper end of the tensioning wheel frame is provided with a swing arm, one end of the swing arm is hinged to the frame, the compression spring is disposed between the other end of the swing arm and the mounting bracket, the lower end of the compression spring is connected above the other end of the swing arm, and the upper end of the compression spring is connected to the mounting bracket; the first tensioning wheel is rotatably mounted on the tensioning wheel frame, and the first tensioning wheels in each elastic tensioning wheel assembly are sequentially arranged along the length of the downstream section of the upper conveyor belt assembly. When the carton pushes the downstream section of the upper conveyor belt assembly, the first tensioning wheel, driven by the pushing of the downstream section, drives the tensioning wheel frame, thereby causing the swing arm to swing upward about the hinge point; the swing arm then swings downward again under the action of the compression spring, thereby pushing the tensioning wheel frame to reset.

[0010] In a further preferred embodiment, there are two upper conveyor belt groups, which are mounted side by side on the frame; there are two lower conveyor belt groups, which are mounted side by side on the frame; and there is a one-to-one correspondence between the upper conveyor belt groups and the lower conveyor belt groups. The use of two upper conveyor belt groups and a lower conveyor belt group arranged side by side ensures smoother conveyance when conveying overlapping cartons, and is particularly suitable for conveying relatively wide cartons.

[0011] In a further preferred embodiment, the upper conveyor belt group includes a front upper conveyor belt group and a rear upper conveyor belt group, the front upper conveyor belt group includes a first endless belt, a first driving unit capable of driving the first endless belt to rotate and a plurality of elastic tensioning wheel groups, the first driving unit being installed on the frame; the rear upper conveyor belt group includes a second endless belt, a second driving unit capable of driving the second endless belt to rotate and a plurality of elastic tensioning wheel groups, the second driving unit being installed on the frame; the rear end of the downward section of the first endless belt corresponds to the front end of the downward section of the second endless belt, and the downward section of the first endless belt and the downward section of the second endless belt together constitute the downward section of the upper conveyor belt group; the lower conveyor belt group includes the front lower conveyor belt group and the rear The lower conveyor belt group, the front lower conveyor belt group includes a third endless belt and a third drive unit capable of driving the third endless belt to rotate, and the third drive unit is installed on the frame; the rear lower conveyor belt group includes a fourth endless belt and a fourth drive unit capable of driving the fourth endless belt to rotate, and the fourth drive unit is installed on the frame; the rear end of the upward section of the third endless belt corresponds to the front end of the upward section of the fourth endless belt, and the upward section of the third endless belt and the upward section of the fourth endless belt together constitute the upward section of the lower conveyor belt group; along the length direction of the arc-shaped paper feeding channel, the downward section of the first endless belt corresponds to the position of the upward section of the third endless belt, and the downward section of the second endless belt corresponds to the position of the upward section of the fourth endless belt. Since the cartons need to be packed after a certain number of cartons are conveyed, the counting and conveying device will stop conveying after a certain number of cartons are reached. At this time, the upright box conveying device will quickly increase the conveying speed and quickly convey the remaining cartons in the curved paper feeding channel to the collection mechanism at one time to make up a batch of packing quantities; by dividing the upper conveyor belt group and the lower conveyor belt group into two sections, the last carton enters the second half of the curved paper feeding channel and is conveyed by the second and fourth circular belts. At this time, the counting and conveying device can be restarted and conveyed to the front half of the curved paper feeding channel. At this time, the conveying speed of the front upper conveyor belt group and the front lower conveyor belt group will first return to the normal conveying speed; the rear upper conveyor belt group and the rear lower conveyor belt group will also return to the normal conveying speed after sending out the previous batch of cartons to take over the cartons.

[0012] In a preferred embodiment, the counting and conveying device includes a counter, a counting conveyor belt assembly, and a plurality of upper pinch rollers. The counting conveyor belt assembly is mounted on the frame, and each upper pinch roller is rotatably mounted on the frame and arranged sequentially along the length of the upper section of the counting conveyor belt assembly. The conveying direction of the upper section of the counting conveyor belt assembly gradually inclines upward from front to back, with the rear end of the upper section of the counting conveyor belt assembly corresponding to a position below the front end of the curved paper feed channel. The counter is mounted on the frame and located at the rear end of the counting conveyor belt assembly. Paper boxes are conveyed along the counting conveyor belt assembly, clamped by the upper pinch rollers, and counted by the counter. When paper boxes are fed from the counting conveyor belt assembly into the curved paper feed channel, the later-fed paper box can be inserted from below under the earlier-fed paper box. The counter utilizes a photoelectric eye. The counting conveyor belt assembly includes a fifth endless belt and a fifth drive unit capable of driving the fifth endless belt. The fifth drive unit is mounted on the frame.

[0013] The first, second, third, fourth, and fifth drive units can all adopt the structure of the drive unit described in CN220563847U, specifically comprising a drive motor, a driving roller, and a driven roller. The drive motor is mounted on a frame, and the driving roller and driven roller are rotatably mounted on the frame. The driving roller is drivingly connected to the output shaft of the drive motor, and an endless belt is tensioned between the driving roller and the driven roller. The first and second drive units further include the elastic tensioning pulley assembly described above, and the third, fourth, and fifth drive units further include a plurality of second tensioning pulleys for tensioning the corresponding endless belts, and the second tensioning pulleys are rotatably mounted on the frame.

[0014] The beneficial effect of the utility model is that the paper splicing and conveying mechanism can continuously stack and convey paper boxes, thereby effectively improving the conveying efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 This is a structural diagram of the paper splicing and conveying mechanism in an embodiment of the present utility model;

[0016] Figure 2 This is a structural diagram of the paper splicing and conveying mechanism from another angle in an embodiment of the present utility model;

[0017] Figure 3 This is a structural diagram of the mounting bracket and the elastic tensioning wheel assembly in an embodiment of the present utility model. DETAILED DESCRIPTION

[0018] The present invention will be further described below with reference to the accompanying drawings and specific embodiments:

[0019] like Figure 1-3The paper feeding and conveying mechanism of a counting and box erecting machine shown in the figure includes a frame 1, a counting and conveying device 2, and a box erecting conveying device 3. The box erecting conveying device 3 is mounted on the frame 1 and is provided with an arc-shaped paper feeding channel 4 that gradually tilts upward from front to back. The counting and conveying device 2 is mounted on the frame 1, with the rear end of the counting and conveying device 2 corresponding to a position below the front end of the arc-shaped paper feeding channel 4. The conveying speed of the counting and conveying device 2 is greater than the conveying speed of the box erecting conveying device 3.

[0020] The front and back directions are determined by the conveying direction of the paper box. The position that the paper box passes first is the front, and the position that the paper box passes later is the back. When the paper receiving and conveying mechanism conveys the paper box, the flat paper box is conveyed from the previous process to the counting and conveying device 2. The counting and conveying device 2 quickly conveys the paper box to the vertical box conveying device 3 and counts the number of paper boxes that pass through. During the conveying, since the conveying speed of the counting and conveying device 2 is greater than the conveying speed of the vertical box conveying device 3, when the paper box is transferred from the rear end of the counting and conveying device 2 to the curved paper feeding channel 4, and only the rear part enters the curved paper feeding channel 4, while the front part is still in a suspended state, the counting and conveying device 2 can feed the new paper box into the curved paper feeding channel 4 from the bottom, so that the adjacent paper boxes form a partially overlapping upper and lower state. state, effectively improving the transportation efficiency of the paper boxes, and because the rear end of the counting and conveying device 2 is located below the front end of the arc-shaped paper feeding channel 4, the paper boxes fed in later can be conveyed from a low position to a high position, and thus inserted under the paper boxes fed in earlier, forming a specific orderly array in which the paper boxes fed in earlier are always covered on the paper boxes fed in later; at the same time, with this structure, when the subsequent paper boxes are transformed from a flat state to an upright state and are about to be sent out from the rear end of the arc-shaped paper feeding channel 4 to the collecting mechanism of the counting and erecting machine, the paper boxes fed in later can pass through the overlapping part to support the paper boxes to be fed out, so that the paper boxes fed out can maintain an upright state to complete the transfer and collection.

[0021] The vertical box conveying device 3 includes two upper conveyor belt groups 301 and two lower conveyor belt groups 302, and the two upper conveyor belt groups 301 are installed side by side on the frame 1 left and right; the number of the lower conveyor belt groups 302 is two, and the two lower conveyor belt groups 302 are installed side by side on the frame 1 left and right; the upper conveyor belt group 301 corresponds to the lower conveyor belt group 302 one by one; the upper conveyor belt group 301 is above the corresponding lower conveyor belt group 302, and an arc paper feeding channel 4 is formed between the downward section of the upper conveyor belt group 301 and the upward section of the lower conveyor belt group 302, and the downward section of the upper conveyor belt group 301 and the upward section of the lower conveyor belt group 302 both run from front to back, and the conveying speed of the upper conveyor belt group 301 and the lower conveyor belt group 302 is the same; the upper conveyor belt group 301 is provided with a plurality of elastic tensioning wheel groups 5 for tensioning the downward section of the upper conveyor belt, and each elastic tensioning wheel group 5 is arranged in sequence along the length direction of the downward section of the upper conveyor belt group 301. Because cartons overlap, the lower section of the upper conveyor belt assembly 301 is periodically slightly lifted at various locations during transport along the curved paper feed path 4. The elastic tensioning wheel assembly 5 allows the lower section of the upper conveyor belt assembly 301 to fluctuate and recover quickly during this lift, accommodating the transport of the cartons. The use of two upper conveyor belt assemblies 301 and lower conveyor belt assembly 302, arranged side by side, allows for smoother transport of overlapping cartons, making it particularly suitable for transporting relatively wide cartons.

[0022] The frame 1 is provided with a mounting bracket 101, which extends along the length direction of the downward section of the upper conveyor belt group 301; the elastic tensioning wheel group 5 includes a tensioning wheel frame 501, a compression spring 502 and two first tensioning wheels 503. The upper end of the tensioning wheel frame 501 is provided with a swing arm 504, one end of the swing arm 504 is hinged to the frame 1, and the compression spring 502 is arranged between the other end of the swing arm 504 and the mounting bracket 101, the lower end of the compression spring 502 is connected to the top of the other end of the swing arm 504, and the upper end of the compression spring 502 is connected to the mounting bracket 101; the first tensioning wheel 503 is rotatably mounted on the tensioning wheel frame 501, and the first tensioning wheels 503 in each elastic tensioning wheel group 5 are arranged in sequence along the length direction of the downward section of the upper conveyor belt group 301. When the carton pushes the downward section of the upper conveyor belt group 301, the first tensioning wheel 503 will drive the tensioning wheel frame 501 under the push of the downward section, so that the swing arm 504 swings upward around the hinge point; then, the swing arm 504 swings downward again under the action of the compression spring 502, thereby pushing the tensioning wheel frame 501 to reset.

[0023] The upper conveyor belt group 301 includes a front upper conveyor belt group 3011 and a rear upper conveyor belt group 3012, the front upper conveyor belt group 3011 includes a first endless belt 30111, a first driving unit 30112 capable of driving the first endless belt 30111 to rotate and a plurality of elastic tensioning wheel groups 5, the first driving unit 30112 is installed on the frame 1; the rear upper conveyor belt group 3012 includes a second endless belt 30121, a second driving unit 30122 capable of driving the second endless belt 30121 to rotate and a plurality of elastic tensioning wheel groups 5, the second driving unit 30122 is installed on the frame 1; the rear end of the downward section of the first endless belt 30111 corresponds to the front end of the downward section of the second endless belt 30121, the downward section of the first endless belt 30111 and the downward section of the second endless belt 30121 together constitute the downward section of the upper conveyor belt group 301; the lower conveyor belt group 302 includes a front lower conveyor belt group 3021 and a rear lower conveyor belt group 3022, the front lower The conveyor belt group 3021 includes a third endless belt 30211 and a third driving unit 30212 capable of driving the third endless belt 30211 to rotate, and the third driving unit 30212 is installed on the frame 1; the rear lower conveyor belt group 3022 includes a fourth endless belt 30221 and a fourth driving unit 30222 capable of driving the fourth endless belt 30221 to rotate, and the fourth driving unit 30222 is installed on the frame 1; the rear end of the upward segment of the third endless belt 30211 corresponds to the front end of the upward segment of the fourth endless belt 30221, and the upward segment of the third endless belt 30211 and the upward segment of the fourth endless belt 30221 together constitute the upward segment of the lower conveyor belt group 302; along the length direction of the arc-shaped paper feeding channel 4, the downward segment of the first endless belt 30111 corresponds to the upward segment position of the third endless belt 30211, and the downward segment of the second endless belt 30121 corresponds to the upward segment position of the fourth endless belt 30221. Since the cartons need to be packed after a certain number of cartons are conveyed, the counting and conveying device 2 will stop conveying after a certain number of cartons are reached. At this time, the box conveying device 3 will quickly increase the conveying speed and quickly convey the remaining cartons in the curved paper feeding channel 4 to the collecting mechanism at one time to make up a batch of packing quantities; by dividing the upper conveyor belt group 301 and the lower conveyor belt group 302 into two front and rear sections, when the last cartons enter the rear half of the curved paper feeding channel 4 and are conveyed by the second endless belt 30121 and the fourth endless belt 30221, the counting and conveying device 2 can be restarted and conveyed to the front half of the curved paper feeding channel 4. At this time, the conveying speeds of the front upper conveyor belt group 3011 and the front lower conveyor belt group 3021 first return to the normal conveying speed; the rear upper conveyor belt group 3012 and the rear lower conveyor belt group 3022 also return to the normal conveying speed after sending out the previous batch of cartons, and take over the cartons.

[0024] The counting and conveying device 2 includes a counter (not visible in the figure), a counting conveyor belt assembly 201, and a plurality of upper pinch rollers 202. The counting conveyor belt assembly 201 is mounted on the frame 1, and the upper pinch rollers 202 are rotatably mounted on the frame 1. The upper pinch rollers 202 are arranged sequentially along the length of the upper section of the counting conveyor belt assembly 201. The conveying direction of the upper section of the counting conveyor belt assembly 201 gradually inclines upward from front to back, and the rear end of the upper section of the counting conveyor belt assembly 201 corresponds to a position below the front end of the curved paper feed channel 4. The counter is mounted on the frame 1 and located at the rear end of the counting conveyor belt assembly 201. The paper boxes are conveyed along the counting conveyor belt assembly 201 under the grip of the upper pinch rollers 202, and the number of paper boxes is counted by the counter. When the paper boxes are fed from the counting conveyor belt assembly 201 to the curved paper feed channel 4, the later-fed paper boxes can be inserted from below under the earlier-fed paper boxes. The counter utilizes a photoelectric eye. The counting conveyor belt assembly 201 includes a fifth endless belt and a fifth driving unit capable of driving the fifth endless belt to rotate. The fifth driving unit is installed on the frame 1.

[0025] The first drive unit 30112, the second drive unit 30122, the third drive unit 30212, the fourth drive unit 30222, and the fifth drive unit can all adopt the structure of the drive unit described in CN220563847U, specifically including a drive motor, a driving roller, and a driven roller. The drive motor is mounted on the frame 1, and the driving roller and the driven roller are rotatably mounted on the frame 1. The driving roller is drivingly connected to the output shaft of the drive motor, and an endless belt is tensioned between the driving roller and the driven roller. The first drive unit 30112 and the second drive unit 30122 also include the elastic tensioning wheel assembly 5 described above, and the third drive unit 30212, the fourth drive unit 30222, and the fifth drive unit also include multiple second tensioning wheels for tensioning the corresponding endless belts, and the second tensioning wheels are rotatably mounted on the frame 1.

Claims

1. A paper feeding and conveying mechanism for a counting and erecting carton machine, comprising a frame and a carton conveying device, the carton conveying device being mounted on the frame and having an arc-shaped paper conveying channel that gradually tilts upward from front to back, characterized in that: It also includes a counting and conveying device, which is installed on the frame. The rear end of the counting and conveying device corresponds to the position below the front end of the arc-shaped paper feeding channel, and the conveying speed of the counting and conveying device is greater than the conveying speed of the vertical box conveying device.

2. A paper splicing and conveying mechanism for a counting and box erecting machine according to claim 1, characterized in that: The vertical box conveying device includes at least one upper conveyor belt group and at least one lower conveyor belt group, the upper conveyor belt group and the lower conveyor belt group are respectively installed on the frame, the upper conveyor belt group is above the lower conveyor belt group, and the arc-shaped paper feeding channel is formed between the downward section of the upper conveyor belt group and the upward section of the lower conveyor belt group. The downward section of the upper conveyor belt group and the upward section of the lower conveyor belt group both run from front to back, and the conveying speeds of the upper conveyor belt group and the lower conveyor belt group are the same; the upper conveyor belt group is provided with a plurality of elastic tensioning wheel groups for tensioning the downward section of the upper conveyor belt, and each elastic tensioning wheel group is arranged in sequence along the length direction of the downward section of the upper conveyor belt group.

3. The paper feeding and conveying mechanism of the counting and box erecting machine according to claim 2, characterized in that: The frame is provided with a mounting bracket, which extends along the length direction of the downward section of the upper conveyor belt group; the elastic tensioning wheel group includes a tensioning wheel frame, a compression spring and at least one first tensioning wheel, the upper end of the tensioning wheel frame is provided with a swing arm, one end of the swing arm is hinged to the frame, the compression spring is arranged between the other end of the swing arm and the mounting bracket, the lower end of the compression spring is connected to the top of the other end of the swing arm, and the upper end of the compression spring is connected to the mounting bracket; the first tensioning wheel is rotatably mounted on the tensioning wheel frame, and the first tensioning wheels in each elastic tensioning wheel group are sequentially arranged along the length direction of the downward section of the upper conveyor belt group.

4. The paper feeding and conveying mechanism of the counting and box erecting machine according to claim 2, characterized in that: There are two upper conveyor belt groups, which are installed side by side on the frame; there are two lower conveyor belt groups, which are installed side by side on the frame; the upper conveyor belt groups correspond to the lower conveyor belt groups one by one.

5. The paper splicing and conveying mechanism of the counting and box erecting machine according to claim 2, characterized in that: The upper conveyor belt group includes a front upper conveyor belt group and a rear upper conveyor belt group, the front upper conveyor belt group includes a first endless belt, a first driving unit capable of driving the first endless belt to rotate and a plurality of elastic tensioning wheel groups, the first driving unit being installed on the frame; the rear upper conveyor belt group includes a second endless belt, a second driving unit capable of driving the second endless belt to rotate and a plurality of elastic tensioning wheel groups, the second driving unit being installed on the frame; the rear end of the downward section of the first endless belt corresponds to the front end of the downward section of the second endless belt, and the downward section of the first endless belt and the downward section of the second endless belt together constitute the downward section of the upper conveyor belt group; the lower conveyor belt group includes a front lower conveyor belt group and a rear lower conveyor belt group The front lower conveyor belt group includes a third endless belt and a third driving unit capable of driving the third endless belt to rotate, and the third driving unit is installed on the frame; the rear lower conveyor belt group includes a fourth endless belt and a fourth driving unit capable of driving the fourth endless belt to rotate, and the fourth driving unit is installed on the frame; the rear end of the upward section of the third endless belt corresponds to the front end of the upward section of the fourth endless belt, and the upward section of the third endless belt and the upward section of the fourth endless belt together constitute the upward section of the lower conveyor belt group; along the length direction of the arc-shaped paper feeding channel, the downward section of the first endless belt corresponds to the upward section of the third endless belt, and the downward section of the second endless belt corresponds to the upward section of the fourth endless belt.

6. The paper splicing and conveying mechanism of the counting and box erecting machine according to claim 1, characterized in that: The counting and conveying device includes a counter, a counting conveyor belt group and a plurality of upper pinching wheels. The counting conveyor belt group is installed on the frame. The upper pinching wheels are rotatably installed on the frame, and the upper pinching wheels are arranged in sequence along the length direction of the upper section of the counting conveyor belt group; the conveying direction of the upper section of the counting conveyor belt group gradually tilts upward from front to back, and the rear end of the upper section of the counting conveyor belt group corresponds to the position below the front end of the arc-shaped paper feeding channel; the counter is installed on the frame and at the rear end of the counting conveyor belt group.

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