Transfer equipment and transfer method for wet wipes production workshop

Abstract

This invention relates to the technical field of wet wipe transfer, specifically to transfer equipment and methods used in wet wipe production workshops. The transfer equipment for wet wipe production workshops includes a primary transfer mechanism, a transfer counting mechanism, a sorting feed section, a sorting feed channel, a sorting feed clamping component for pressing the wet wipes entering the sorting feed channel, a sorting feed rotating section, a sorting feed motor, a sorting feed limiting section, multiple sorting feed springs, a sorting discharge platform, a sorting discharge conveyor, a first sorting discharge limiting plate, a second sorting discharge limiting plate, and a transfer unloading mechanism. The transfer counting mechanism is installed at one end of the primary transfer mechanism. The transfer equipment for wet wipe production workshops of this invention achieves multi-stage transfer of wet wipes through the cooperation of various structures, and can also sort the wet wipes, thereby improving the packaging efficiency of wet wipes in subsequent processes.

Description

Technical Field

[0001] The present invention relates to the technical field of wet wipes transfer, in particular to transfer equipment and a transfer method for wet wipes production workshops. Background Art

[0002] Wet wipes are moist paper towels used to wipe the skin. The wet wipes on the market can be roughly divided into two categories: one is that they are disinfected themselves but cannot disinfect other items. They contain skin care ingredients and can only be used for skin moisturizing care. The other is disinfectant wet wipes that are not only disinfected themselves but also can disinfect other items. They can be used to disinfect or sterilize skin abrasions and scratches.

[0003] After the production of wet wipes is completed, the wet wipes need to be transported to the packaging area for packaging. However, the transfer equipment channel in the prior art only transports the processed wet wipes through a single conveyor belt. Since the width of the conveyor belt is greater than the width of the wet wipes, the wet wipes are prone to positional displacement during long-distance transportation, which causes the wet wipes to be misaligned. On the one hand, this affects the packaging efficiency of the wet wipes in subsequent processes. On the other hand, such wet wipes are easily blocked during transportation due to misaligned order during transportation, thereby affecting the normal transportation efficiency of the wet wipes.

[0004] Therefore, it is urgent to redesign a new transfer equipment for wet wipes production workshop to solve the above problems. Summary of the invention

[0005] The present invention provides transfer equipment and a transfer method for a wet wipes production workshop to solve the technical problems raised in the above background technology.

[0006] The present invention provides a transfer device and a transfer method for a wet wipes production workshop, wherein the transfer device comprises a primary transfer mechanism, a transfer counting mechanism, a sorting feed part, a sorting feed channel, a sorting feed pressing member for pressing the wet wipes entering the sorting feed channel, a sorting feed rotating member, a sorting feed motor, a sorting feed limiting member, a plurality of sorting feed spring members, a sorting discharge table, a sorting discharge conveyor, a first sorting discharge limiting plate, a second sorting discharge limiting plate and a transfer unloading mechanism; the transfer counting mechanism is installed at one end of the primary transfer mechanism, the sorting feed part is installed at one end of the transfer counting mechanism away from the primary transfer mechanism, the sorting feed channel is installed in the sorting feed part, and the sorting feed pressing member is installed in the sorting feed channel, the sorting feed rotating member is installed in The lower end of the sorting feed part and the sorting feed rotating part are provided with a plurality of accommodating grooves, the sorting feed motor is installed on one side of the sorting feed part, and the output end of the sorting feed motor is connected to the sorting feed rotating part, the sorting feed limit part is installed on one side of the sorting feed rotating part, and a wet wipes sorting channel is formed between the sorting feed limit part and the sorting feed rotating part, a plurality of the sorting feed springs are installed in the sorting feed rotating part, the sorting discharging platform is installed at the lower end of the sorting feed limit part, the sorting discharging conveying device is installed on the lower side of the sorting discharging platform, the first sorting discharging limit plate and the second sorting discharging limit plate are respectively installed on both sides of the sorting discharging conveying device, and the transfer unloading mechanism is installed at one end of the sorting discharging conveying device away from the sorting discharging platform.

[0007] Optionally, the primary transfer mechanism includes a primary frame, a first conveying device, a turning limit frame, a support portion, a plurality of rotating rollers, at least one turning limit rod and at least one turning rotating wheel, the first conveying device is rotatably connected to the upper side of the primary frame, the support portion is installed on the primary frame, the plurality of rotating rollers are rotatably connected in the support portion, the turning limit frame is installed between one end of the first conveying device and the support portion, and the turning limit frame is a semicircular structure, the turning limit rod is rotatably connected in the turning limit frame, and the turning rotating wheel is rotatably installed on the turning limit rod.

[0008] Optionally, the transfer counting mechanism includes a counting bracket, a counting protrusion strip, a counting conveyor belt, a counting driving wheel, a counting driven wheel, a counting motor, a transfer material-dispensing member for dispensing wet wipes, a plurality of support plates, a transfer limit clamping plate, a detection camera, a counting cylinder and a counting baffle. The counting bracket is installed at one end of the primary transfer mechanism, the counting protrusion strip is installed on the counting bracket, the counting driving wheel is rotatably connected to one end of the counting bracket, the counting driven wheel is rotatably connected to the other end of the counting bracket, the counting conveyor belt is rotatably connected between the counting driving wheel and the counting driven wheel, and the counting motor is installed at the The transfer material transferring member is installed on the side wall of the counting bracket, and the output end of the counting motor is connected to the counting driving wheel; the transfer material transferring member is installed on the counting bracket, and a plurality of the support plates are installed on the counting bracket at equal intervals, and the transfer limit clamping plate is installed on the end of the support plate; a wet wipes transfer channel is formed between the transfer limit clamping plate and the counting raised strip; the detection camera is installed on one side of the counting bracket, and the detection camera faces the wet wipes transfer channel; the counting cylinder is installed at one end of the detection camera, the counting baffle is connected to the output end of the counting cylinder, and the counting baffle corresponds exactly to the end position of the wet wipes transfer channel.

[0009] Optionally, the transfer material shifting component includes a material shifting fixed block, a material shifting cylinder, a first material shifting adjusting block, a plurality of material shifting connecting rods, a second material shifting adjusting block and a material shifting limiting block. The material shifting fixed block is installed on the transfer limiting clamping plate, the material shifting cylinder is installed on one side of the material shifting fixed block, the first material shifting adjusting block is connected to the output end of the material shifting cylinder, one end of the material shifting connecting rod is connected to the first material shifting adjusting block, the other end of the material shifting connecting rod passes through the material shifting fixed block and is connected to the second material shifting adjusting block, the material shifting limiting block is installed on the side of the second material shifting adjusting block away from the material shifting fixed block, and one side of the material shifting limiting block is an inclined structure.

[0010] Optionally, the sorting feed channel includes a primary feed channel, a transfer feed channel and a secondary feed channel, the transfer feed channel is installed at the lower end of the primary feed channel, the secondary feed channel is installed at one end of the transfer feed channel away from the primary feed channel, and one end of the transfer feed channel is maintained perpendicular to the secondary feed channel.

[0011] Optionally, the sorting feed pressing member includes a pressing side plate, multiple pressing first cylinders, a pressing pullback plate, a pressing second cylinder and a pressing push plate, the pressing side plate is installed on one side of the transit feed channel, multiple first pressing cylinders are installed on the pressing side plate, the pressing pullback plate is connected to the output end of the first pressing cylinder, and the pressing pullback plate is slidably connected in the transit feed channel, the second pressing cylinder is installed on one side of the pressing side plate, and the pressing push plate is connected to the output end of the second pressing cylinder.

[0012] Optionally, the sorting and feeding elastic member includes a material elastic rotating part, a first material elastic connecting rod, a material elastic arc part, a second material elastic connecting rod, a material elastic push plate and at least one material elastic spring. A plurality of rotating chambers are opened in the sorting and feeding rotating part. The material elastic rotating part is rotatably arranged in the rotating chamber. One end of the first material elastic connecting rod is connected to one end of the material elastic rotating part, and the other end of the first material elastic connecting rod extends out of the sorting and feeding rotating part and is connected to the material elastic arc part. The material elastic push plate is installed in the accommodating groove, one end of the second material elastic connecting rod is connected to the other end of the material elastic rotating part, and the other end of the second material elastic connecting rod is connected to the material elastic push plate, and the material spring is installed between the inner wall of the rotating chamber and the first material elastic connecting rod.

[0013] Optionally, the transfer and unloading mechanism includes a unloading table, a unloading drive device, a unloading rotary cylinder, a unloading and discharging seat, a unloading pushing cylinder, a unloading pushing block, a unloading handling robot and a unloading tray. The unloading table is installed at one end of the sorting and discharging conveyor device, the unloading drive device is installed on the unloading table, the output end of the unloading drive device is connected with the unloading rotary cylinder, the unloading and discharging seat is installed on the unloading rotary cylinder, the unloading pushing cylinder is installed on the outside of the unloading and discharging seat, the unloading pushing block is slidably connected in the unloading and discharging seat, and the output end of the unloading pushing cylinder is connected with the unloading pushing block, the unloading handling robot is installed on one side of the unloading drive device, the unloading tray is installed on one side of the unloading drive device, and the unloading tray is provided with a plurality of transfer channels for transferring wet wipes.

[0014] Optionally, the present invention further discloses a transfer method for a transfer equipment used in a wet wipes production workshop, comprising the following steps: S1, wet wipes transfer loading, placing the wet wipes to be transferred in the primary transfer mechanism, and the primary transfer mechanism performs a primary transfer action on the wet wipes; S2, wet wipes transfer counting, the wet wipes after being transferred by the primary transfer mechanism enter the transfer counting mechanism, and the transfer counting mechanism performs a counting and transfer action on the wet wipes; S3, wet wipes transfer sorting, the wet wipes after being processed by the transfer counting mechanism enter the sorting feed section, the wet wipes pass through the sorting feed channel and enter the sorting feed rotating section, and then the wet wipes pass through the sorting discharge table and enter the sorting discharge conveying device; S4, wet wipes transfer unloading, the wet wipes after being transferred by the sorting discharge conveying device enter the transfer unloading mechanism, and the transfer unloading mechanism performs a transfer unloading action on the wet wipes.

[0015] The beneficial effects of the present invention are as follows:

[0016] The transfer equipment for wet wipes production workshop comprises a primary transfer mechanism, a transfer counting mechanism, a sorting feed part, a sorting feed channel, a sorting feed pressing piece for pressing wet wipes entering the sorting feed channel, a sorting feed rotating part, a sorting feed motor, a sorting feed limiting part, a plurality of sorting feed springs, a sorting discharge table, a sorting discharge conveyor, a sorting discharge first limiting plate, a sorting discharge second limiting plate and a transfer unloading mechanism; the transfer counting mechanism is installed at one end of the primary transfer mechanism, the sorting feed part is installed at one end of the transfer counting mechanism away from the primary transfer mechanism, the sorting feed channel is installed in the sorting feed part, and the sorting feed pressing piece is installed in the sorting feed channel, and the sorting feed rotating part is installed at the lower end of the sorting feed part, wherein the transfer equipment for wet wipes production workshop of the present invention realizes multi-stage transfer action of wet wipes through the mutual cooperation of various structures, and at the same time, can also sort the wet wipes, thereby improving the packaging efficiency of wet wipes in subsequent processes. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without creative work.

[0018] Figure 1 It is a schematic diagram of the structure of the transfer equipment for wet wipes production workshop provided by the present invention;

[0019] Figure 2 It is a structural schematic diagram of the primary transfer mechanism of the transfer equipment for wet wipes production workshop provided by the present invention;

[0020] Figure 3 It is a structural schematic diagram of a turning limit rod and a turning rotating wheel of a transfer device for a wet wipes production workshop provided by the present invention;

[0021] Figure 4 It is a structural schematic diagram of a transfer counting mechanism of a transfer device for a wet wipes production workshop provided by the present invention;

[0022] Figure 5 yes Figure 4 A partial enlarged view of the middle A area;

[0023] Figure 6 yes Figure 4 A partial enlarged view of the middle B area;

[0024] Figure 7 It is a structural schematic diagram of a sorting and feeding part of a transfer device for a wet wipes production workshop provided by the present invention from a first perspective;

[0025] Figure 8 It is a schematic diagram of the internal structure of the sorting and feeding part of the transfer equipment for the wet wipes production workshop provided by the present invention;

[0026] Fig. 9 yes Figure 8 A partial enlarged view of the middle C area;

[0027] Fig.10 It is a structural schematic diagram of a sorting and feeding part of a transfer device for a wet wipes production workshop provided by the present invention from a second perspective;

[0028] Fig.11 It is a structural schematic diagram from a first perspective of a sorting, feeding and pressing member of a transfer device for a wet wipes production workshop provided by the present invention;

[0029] Fig.12 It is a structural schematic diagram from a second perspective of the sorting, feeding and pressing member of the transfer equipment for the wet wipes production workshop provided by the present invention;

[0030] Fig.13 It is a structural schematic diagram of a transfer and unloading mechanism of a transfer equipment for a wet wipes production workshop provided by the present invention;

[0031] In the figure: 1000, primary transfer mechanism; 1100, primary frame; 1200, first conveying device; 1300, turning limit frame; 1400, support part; 1500, rotating roller; 1600, turning limit rod; 1700, turning rotating wheel;

[0032] 2000, transfer counting mechanism; 2010, counting bracket; 2020, counting raised strip; 2030, counting conveyor belt; 2040, counting driving wheel; 2050, counting driven wheel; 2060, counting motor; 2071, material shifting fixing block; 2072, material shifting cylinder; 2073, material shifting first adjusting block; 2074, material shifting connecting rod; 2075, material shifting second adjusting block; 2080, material shifting limiting block; 2090, supporting plate; 2100, transfer limiting clamping plate; 2101, wet wipes transfer channel; 2110, detection camera; 2120, counting cylinder; 2130, counting baffle;

[0033] 3010, sorting feed section; 3011, wet wipes sorting channel; 3021, primary feed channel; 3022, transfer feed channel; 3023, secondary feed channel; 3030, sorting feed pressing member; 3031, pressing side plate; 3032, pressing first cylinder; 3033, pressing back plate; 3034, pressing second cylinder; 3035, pressing push plate; 3040, sorting feed rotating section; 3041, containing tank; 304 2. Rotating chamber; 3050. Sorting feeding motor; 3060. Sorting feeding limiting part; 3071. Ejection rotating part; 3072. Ejection first connecting rod; 3073. Ejection arc part; 3074. Ejection second connecting rod; 3075. Ejection push plate; 3076. Elastic spring; 3080. Sorting discharging platform; 3090. Sorting discharging conveying device; 3100. Sorting discharging first limiting plate; 3110. Sorting discharging second limiting plate;

[0034] 4000, transfer unloading mechanism; 4100, unloading platform; 4200, unloading driving device; 4300, unloading rotating cylinder; 4400, unloading discharging seat; 4500, unloading pushing cylinder; 4600, unloading pushing block; 4700, unloading handling manipulator; 4800, unloading tray; 4900, transfer channel. DETAILED DESCRIPTION

[0035] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. It will be understood that the specific embodiments described herein are only used to explain the present invention, rather than to limit the present invention. It should also be noted that, for ease of description, only parts related to the present invention, rather than all structures, are shown in the drawings. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0036] Reference to "embodiments" herein means that a particular feature, structure, or characteristic described in conjunction with the embodiments may be included in at least one embodiment of the present invention. The appearance of the phrase in various places in the specification does not necessarily refer to the same embodiment, nor is it an independent or alternative embodiment that is mutually exclusive with other embodiments. It is explicitly and implicitly understood by those skilled in the art that the embodiments described herein may be combined with other embodiments.

[0037] See also Figures 1 to 13 The transfer equipment for wet wipes production workshop of the present invention comprises a primary transfer mechanism 1000, a transfer counting mechanism 2000, a sorting feed part 3010, a sorting feed channel, a sorting feed pressing member 3030 for pressing wet wipes entering the sorting feed channel, a sorting feed rotating part 3040, a sorting feed motor 3050, a sorting feed limiting part 3060, a plurality of sorting feed springs, a sorting discharge platform 3080, a sorting discharge conveyor 3090, a sorting discharge first limiting plate 3100, and a sorting discharge The second limiting plate 3110 and the transfer unloading mechanism 4000; the transfer counting mechanism 2000 is installed at one end of the primary transfer mechanism 1000, the sorting feed part 3010 is installed at the end of the transfer counting mechanism 2000 away from the primary transfer mechanism 1000, the sorting feed channel is installed in the sorting feed part 3010, and the sorting feed pressing member 3030 is installed in the sorting feed channel, the sorting feed rotating part 3040 is installed at the lower end of the sorting feed part 3010, and the The sorting and feeding rotating part 3040 is provided with a plurality of accommodating grooves 3041, the sorting and feeding motor 3050 is installed on one side of the sorting and feeding rotating part 3010, and the output end of the sorting and feeding motor 3050 is connected to the sorting and feeding rotating part 3040, the sorting and feeding limiting part 3060 is installed on one side of the sorting and feeding rotating part 3040, and a wet wipes sorting channel 3011 is formed between the sorting and feeding limiting part 3060 and the sorting and feeding rotating part 3040, and the plurality of the sorting and feeding elastic parts are The sorting and discharging platform 3080 is installed in the sorting and feeding rotating part 3040, the sorting and discharging platform 3080 is installed at the lower end of the sorting and feeding limiting part 3060, the sorting and discharging conveying device 3090 is installed at the lower side of the sorting and discharging platform 3080, the sorting and discharging first limiting plate 3100 and the sorting and discharging second limiting plate 3110 are respectively installed at both sides of the sorting and discharging conveying device 3090, and the transfer unloading mechanism 4000 is installed at one end of the sorting and discharging conveying device 3090 away from the sorting and discharging platform 3080;

[0038] Among them, when the user needs to use the transfer equipment for the wet wipes production workshop of the present invention to transfer and sort the wet wipes, first, the user puts the finished wet wipes into the primary transfer mechanism 1000, and the primary transfer mechanism 1000 performs a primary transfer action on the wet wipes, and then the paper towels enter the transfer counting mechanism 2000, and the transfer counting mechanism 2000 performs a transfer action on the wet wipes. At the same time, the transfer counting mechanism 2000 also counts the number of transferred wet wipes to achieve real-time monitoring of the number of transferred wet wipes. Furthermore, the wet wipes passing through the transfer counting mechanism 2000 enter the sorting feed channel in the sorting feed part 3010. When the wet wipes are transported in the sorting feed channel, the sorting feed pressing member 3030 presses the wet wipes. , so that the wet wipes can be kept neat, and at the same time, the liquid in the wet wipes can be made more uniform when pressed. Since the liquid in the wet wipes is directly sprayed by an external liquid spraying device during the production of the wet wipes, the liquid in the processed wet wipes may be unevenly distributed. Therefore, the sorting and feeding pressing member 3030 can press the wet wipes in the longitudinal direction, so that the liquid is evenly distributed in the wet wipes, thereby avoiding the occurrence of uneven liquid distribution in the wet wipes. Furthermore, the wet wipes passing through the sorting and feeding channel directly enter the receiving groove 3041 of the sorting and feeding rotating part 3040, and then the sorting and feeding motor 3050 enters the working state, so that the sorting and feeding motor 3050 drives the sorting and feeding rotating part 3040 to rotate, so that a single wet wipe is transported;

[0039] Moreover, after being transported by the sorting feed rotating part 3040 and passing through the sorting feed limiting part 3060, a single wet wipe falls onto the sorting discharge platform 3080. Since the sorting discharge platform 3080 is arranged in an inclined shape, a single wet wipe falls into the sorting discharge conveyor 3090. At this time, the sorting discharge first limiting plate 3100 and the sorting discharge second limiting plate 3110 limit the single wet wipe, thereby ensuring that the wet wipe moves in an orderly manner on the sorting discharge conveyor 3090.

[0040] It is worth noting that the sorting and discharging conveyor device 3090 is a conventional conveyor belt;

[0041] Furthermore, the wet wipes conveyed by the sorting discharge conveyor 3090 fall into the transfer unloading mechanism 4000, and the transfer unloading mechanism 4000 transfers the sorted wet wipes to an external device;

[0042] Furthermore, the sorting and feeding elastic member can, on the one hand, squeeze the single wet wipes entering the receiving groove 3041 again, and on the other hand, when the wet wipes in the receiving groove 3041 rotate with the sorting and feeding rotating part 3040 and leave the wet wipes sorting channel 3011, the sorting and feeding elastic member can eject the single wet wipes in the receiving groove 3041, thereby improving the convenience of the wet wipes leaving the receiving groove 3041;

[0043] At the same time, the transportation of wet wipes within various institutions can also rely on external transportation equipment, such as manipulators.

[0044] In this embodiment, the primary transfer mechanism 1000 includes a primary frame 1100, a first conveying device 1200, a turning limit frame 1300, a support portion 1400, a plurality of rotating rollers 1500, at least one turning limit rod 1600 and at least one turning rotating wheel 1700, the first conveying device 1200 is rotatably connected to the upper side of the primary frame 1100, the support portion 1400 is installed on the primary frame 1100, the plurality of rotating rollers 1500 are rotatably connected in the support portion 1400, the turning limit frame 1300 is installed between one end of the first conveying device 1200 and the support portion 1400, and the turning limit frame 1300 is a semicircular structure, the turning limit rod 1600 is rotatably connected in the turning limit frame 1300, and the turning rotating wheel 1700 is rotatably installed on the turning limit rod 1600;

[0045] Among them, the primary frame 1100 plays a role of fixed support for each structure in the primary transfer mechanism 1000. When the wet wipes need to be transferred, the wet wipes are placed in the first conveying device 1200, so that the wet wipes move in the first conveying device 1200 until they enter the turning limit frame 1300. After the wet wipes enter the turning limit frame 1300, the turning limit rod 1600 rotates, thereby driving the turning rotating wheel 1700 to rotate, so that the wet wipes move from one end of the turning limit frame 1300 to the other end of the turning limit frame 1300, and the rotation of the turning limit rod 1600 can rely on an external conventional motor;

[0046] Furthermore, the wet wipes separated from the turning limit frame 1300 enter the rotating rollers 1500, and the multiple rotating rollers 1500 rotate, thereby transferring the wet wipes to the transfer counting mechanism 2000, and the rotation of the rotating rollers 1500 can also rely on the external motor drive;

[0047] Furthermore, on the one hand, the turning limit frame 1300 limits the wet wipes, thereby ensuring the smoothness of the wet wipes passing through the turning limit frame 1300. On the other hand, the turning limit frame 1300 can change the transfer direction of the wet wipes, so that the present invention can meet the production needs of various environments. Of course, in another embodiment, the shape of the turning limit frame 1300 can be changed, which shall be based on actual production needs.

[0048] In this embodiment, the transfer counting mechanism 2000 includes a counting bracket 2010, a counting protrusion strip 2020, a counting conveyor belt 2030, a counting driving wheel 2040, a counting driven wheel 2050, a counting motor 2060, a transfer material transferring member for transferring wet wipes, a plurality of support plates 2090, a transfer limit clamping plate 2100, a detection camera 2110, a counting cylinder 2120 and a counting baffle 2130. The counting bracket 2010 is installed at one end of the primary transfer mechanism 1000, the counting protrusion strip 2020 is installed on the counting bracket 2010, the counting driving wheel 2040 is rotatably connected to one end of the counting bracket 2010, the counting driven wheel 2050 is rotatably connected to the other end of the counting bracket 2010, the counting conveyor belt 2030 is rotatably connected between the counting driving wheel 2040 and the counting driven wheel 2050, and the counting motor 2 060 is installed on the side wall of the counting bracket 2010, and the output end of the counting motor 2060 is connected to the counting active wheel 2040; the transfer material picking member is installed on the counting bracket 2010, and a plurality of the support plates 2090 are installed on the counting bracket 2010 at equal intervals, and the transfer limit clamping plate 2100 is installed at the end of the support plate 2090; a wet wipe transfer channel 2101 is formed between the transfer limit clamping plate 2100 and the counting raised strip 2020; the detection camera 2110 is installed on one side of the counting bracket 2010, and the detection camera 2110 faces the wet wipe transfer channel 2101; the counting cylinder 2120 is installed at one end of the detection camera 2110, the counting baffle 2130 is connected to the output end of the counting cylinder 2120, and the counting baffle 2130 just corresponds to the end position of the wet wipe transfer channel 2101;

[0049] Among them, the counting bracket 2010 plays a role of fixing and supporting each structure in the transport counting mechanism 2000;

[0050] Specifically, when the wet wipes pass through the primary transfer mechanism 1000 and enter the counting conveyor belt 2030 for transfer, first, the wet wipes are transferred on the counting conveyor belt 2030, and when passing through the transfer material transfer member, the transfer material transfer member limits the wet wipes, thereby guiding the wet wipes into the wet wipes transfer channel 2101, and then, when the wet wipes pass through the detection camera 2110, the detection camera 2110 takes a photo of the upper side of the wet wipes to determine whether the wet wipes cover is installed, and then, the wet wipes continue to move in the wet wipes transfer channel 2101 until they come into contact with the counting baffle 2130. At this time, the wet wipes cannot continue to move on the counting conveyor belt 2030. At this time, the counting cylinder 2120 enters the working state, so that the counting cylinder 2120 drives the counting baffle 2130 to rise, so that a single wet wipe is separated from the limit of the counting baffle 2130. Then, the counting cylinder 2120 returns to the initial state, and the above actions are repeated to realize the orderly transportation of the wet wipes. At the same time, a counter can be installed on the counting cylinder 2120, and the counter can detect the number of times the counting cylinder 2120 rises, so that the user can obtain the number of wet wipes transported in real time.

[0051] At the same time, the height of the counting protrusion strip 2020 is slightly higher than the counting bracket 2010, so the transfer material transfer member can be installed on the counting protrusion strip 2020 or the counting bracket 2010, so that the counting conveyor belt 2030 can ensure normal rotation, thereby ensuring that the wet wipes can be transferred normally;

[0052] The operation of the counting conveyor belt 2030 mainly depends on the counting motor 2060 to drive the counting driving wheel 2040 to rotate, so that the counting driving wheel 2040 drives the counting conveyor belt 2030 to rotate between the counting driving wheel 2040 and the counting driven wheel 2050, and then the counting conveyor belt 2030 transfers the wet wipes.

[0053] In the present embodiment, the transfer material-digging component comprises a material-digging fixed block 2071, a material-digging cylinder 2072, a first material-digging adjusting block 2073, a plurality of material-digging connecting rods 2074, a second material-digging adjusting block 2075 and a material-digging limiting block 2080. The material-digging fixed block 2071 is installed on the transfer limiting clamping plate 2100, the material-digging cylinder 2072 is installed on one side of the material-digging fixed block 2071, the first material-digging adjusting block 2073 is connected to the output end of the material-digging cylinder 2072, one end of the material-digging connecting rod 2074 is connected to the first material-digging adjusting block 2073, the other end of the material-digging connecting rod 2074 passes through the material-digging fixed block 2071 and is connected to the second material-digging adjusting block 2075, the material-digging limiting block 2080 is installed on the side of the second material-digging adjusting block 2075 away from the material-digging fixed block 2071, and one side of the material-digging limiting block 2080 is an inclined structure;

[0054] Among them, the material-shifting fixing block 2071 plays a role in fixing and supporting each structure in the material-shifting transfer member;

[0055] When the wet wipes enter the counting conveyor belt 2030 for transfer and pass through the material-shifting stop block 2080, since one side of the material-shifting stop block 2080 is in an inclined structure, the direction of the wet wipes on the counting conveyor belt 2030 is gradually changed until the wet wipes move into the wet wipes transfer channel 2101;

[0056] When the wet wipes enter the wet wipes transfer channel 2101, the material dispensing cylinder 2072 enters the working state, so that the material dispensing cylinder 2072 drives the first material dispensing adjusting block 2073 to reciprocate, and then the first material dispensing adjusting block 2073 drives the material dispensing connecting rod 2074 to move, so that the material dispensing connecting rod 2074 drives the second material dispensing adjusting block 2075 to move, and then the second material dispensing adjusting block 2075 drives the material dispensing limiting block 2080 to reciprocate, thereby realizing the material dispensing action of the wet wipes to a certain extent, thereby ensuring that the wet wipes smoothly enter the wet wipes transfer channel 2101.

[0057] In this embodiment, the sorting feed channel includes a primary feed channel 3021, a transfer feed channel 3022 and a secondary feed channel 3023, wherein the transfer feed channel 3022 is installed at the lower end of the primary feed channel 3021, and the secondary feed channel 3023 is installed at one end of the transfer feed channel 3022 away from the primary feed channel 3021, and one end of the transfer feed channel 3022 and the secondary feed channel 3023 are arranged perpendicular to each other;

[0058] The primary feed channel 3021 is mainly used for the limited transfer of wet wipes. When the wet wipes enter the transfer feed channel 3022, the sorting feed pressing member 3030 performs the initial pressing action on the wet wipes, and then pushes the wet wipes into the secondary feed channel 3023. In addition, the transfer feed channel 3022 is horizontally arranged to ensure the normal operation of the sorting feed pressing member 3030, and the secondary feed channel 3023 is vertically arranged so that the wet wipes entering the secondary feed channel 3023 can just enter the accommodating groove 3041 in the sorting feed rotating part 3040 under the action of gravity.

[0059] It is worth noting that the lower end of the secondary feed channel 3023 just corresponds to the position of the receiving groove 3041 , and the wet wipes dropped from the secondary feed channel 3023 just enter into the receiving groove 3041 .

[0060] In this embodiment, the sorting feed pressing member 3030 includes a pressing side plate 3031, a plurality of first pressing cylinders 3032, a pressing pullback plate 3033, a second pressing cylinder 3034 and a pressing push plate 3035, the pressing side plate 3031 is installed on one side of the transfer feed channel 3022, a plurality of first pressing cylinders 3032 are installed on the pressing side plate 3031, the pressing pullback plate 3033 is connected to the output end of the first pressing cylinder 3032, and the pressing pullback plate 3033 is slidably connected in the transfer feed channel 3022, the second pressing cylinder 3034 is installed on one side of the pressing side plate 3031, and the pressing push plate 3035 is connected to the output end of the second pressing cylinder 3034;

[0061] The pressing side plate 3031 plays a role of fixing and supporting each structure in the sorting feed pressing member 3030;

[0062] Specifically, when the wet wipes enter the transfer feed channel 3022, the wet wipes just enter between the clamping side plate 3031 and the clamping pull-back plate 3033. At this time, the first clamping cylinder 3032 enters the working state, so that the output end of the first clamping cylinder 3032 drives the clamping pull-back plate 3033 to move, so that the clamping pull-back plate 3033 clamps the side wall of the wet wipes, and then, the first clamping cylinder 3032 returns to its initial state, and then, the second clamping cylinder 3034 enters the working state, and the second clamping cylinder 3034 drives the clamping push plate 3035 to move, so that the clamping push plate 3035 pushes the clamped wet wipes into the secondary feed channel 3023, and then, the wet wipes pass through the secondary feed channel 3023 and enter the accommodating groove 3041.

[0063] In this embodiment, the sorting and feeding elastic material component includes an elastic material rotating part 3071, a first elastic material connecting rod 3072, an elastic material arc part 3073, a second elastic material connecting rod 3074, an elastic material pushing plate 3075 and at least one elastic material spring 3076. A plurality of rotating cavities 3042 are provided in the sorting and feeding rotating part 3040. The elastic material rotating part 3071 is rotatably arranged in the rotating cavity 3042. One end of the elastic material first connecting rod 3072 is connected to one end of the elastic material rotating part 3071. The other end of the first connecting rod 3072 of the elastic material extends out of the sorting and feeding rotating part 3040 and is connected to the elastic material arc part 3073, the elastic material push plate 3075 is installed in the accommodating groove 3041, one end of the second connecting rod 3074 of the elastic material is connected to the other end of the elastic material rotating part 3071, and the other end of the second connecting rod 3074 of the elastic material is connected to the elastic material push plate 3075, and the elastic material spring 3076 is installed between the inner wall of the rotating chamber 3042 and the first connecting rod 3072 of the elastic material;

[0064] When the wet wipes passing through the secondary feeding channel 3023 enter the receiving groove 3041, the sorting feeding motor 3050 enters the working state, so that the sorting feeding motor 3050 drives the sorting feeding rotating part 3040 to rotate, so that the sorting feeding rotating part 3040 drives the wet wipes into the wet wipes sorting channel 3011, and when the sorting feeding rotating part 3040 continues to move, the sorting feeding elastic member abuts against the inner wall of the sorting feeding limiting part 3060, so that the sorting feeding elastic member is located at one end of the receiving groove 3041 to perform a secondary pressing action on the wet wipes, thereby further making the moisture in the wet wipes evenly distributed, and when the sorting feeding elastic member is disengaged from the abutment with the inner wall of the sorting feeding limiting part 3060, the sorting feeding elastic member returns to the initial state, and when the wet wipes just leave the sorting feeding limiting part 3060, the sorting feeding elastic member can make the wet wipes easily leave the sorting discharging platform 3080;

[0065] Specifically, when the sorting and feeding rotating part 3040 drives the wet wipes to move, when the sorting and feeding elastic member enters the wet wipes sorting channel 3011, first, the elastic arc portion 3073 abuts against the inner wall of the sorting and feeding limiting part 3060. Since the inner wall of the sorting and feeding limiting part 3060 is also in the shape of an arc, the elastic arc portion 3073 contracts into the sorting and feeding rotating part 3040 under the pressure of the inner wall of the sorting and feeding limiting part 3060, so that the elastic arc portion 3073 drives the elastic first connecting rod 3072 to move in the sorting and feeding rotating part 3040, and then the elastic first connecting rod 3072 drives the elastic rotating part 3071 to rotate. The second connecting rod 3074 of the elastic material is moved, so that the other end of the elastic material rotating part 3071 pushes the elastic material second connecting rod 3074 to extend out of the sorting and feeding rotating part 3040, so that the elastic material second connecting rod 3074 drives the elastic material pushing plate 3075 to extend into the accommodating groove 3041, so as to perform secondary compression on the wet tissue in the accommodating groove 3041. At this time, one side of the wet tissue is pressed tightly against the inner wall of the sorting and feeding limiting part 3060. When the sorting and feeding rotating part 3040 drives the wet tissue to rotate and disengage from the sorting and feeding limiting part 3060, the wet tissue can be easily disengaged from the accommodating groove 3041 due to the thrust of the elastic material pushing plate 3075, thereby ensuring the convenience of removing the wet tissue that has entered the accommodating groove 3041.

[0066] Specifically, when the wet wipes are transported in the wet wipes sorting channel 3011, the elastic push plate 3075 presses the wet wipes against the inner wall of the sorting feed limiter 3060. When the sorting feed rotating part 3040 drives the wet wipes to leave the wet wipes sorting channel 3011, one side of the wet wipes loses contact with the inner wall of the sorting feed limiter 3060, thereby popping out of the accommodating groove 3041, and then the wet wipes enter the sorting discharge table 3080.

[0067] Further, the number of the containing grooves 3041 is multiple, the number of the sorting and feeding elastic pieces is also multiple, and the number of the sorting and feeding elastic pieces is the same as the number of the containing grooves 3041;

[0068] It is worth noting that the pressing force of the elastic push plate 3075 on the wet wipes in the receiving groove 3041 will not damage the wet wipes, and will not affect the normal operation of the wet wipes in the wet wipes sorting channel 3011;

[0069] Of course, the second elastic material connecting rod 3074 only needs to push the elastic material pushing plate 3075 into the accommodating groove 3041, and then the elastic material pushing plate 3075 squeezes the side wall of the wet wipes;

[0070] When the elastic material arc portion 3073 is squeezed by the inner wall of the sorting and feeding limiting portion 3060 and is inserted into the sorting and feeding rotating portion 3040, the elastic material arc portion 3073 drives the elastic material first connecting rod 3072 to move, so that the elastic material first connecting rod 3072 pushes the elastic material rotating portion 3071 to rotate in the rotating cavity 3042, and then the elastic material rotating portion 3071 pushes the elastic material spring 3076 to be compressed. When the sorting and feeding limiting portion 3060 loses the limiting effect on the elastic material arc portion 3073, under the elastic action of the elastic material spring 3076, the elastic material first connecting rod 3072 and the elastic material arc portion 3073 return to their initial state.

[0071] In this embodiment, the transfer unloading mechanism 4000 includes an unloading platform 4100, an unloading driving device 4200, an unloading rotary cylinder 4300, an unloading discharging seat 4400, an unloading pushing cylinder 4500, an unloading pushing block 4600, an unloading handling manipulator 4700 and an unloading tray 4800. The unloading platform 4100 is installed at one end of the sorting and discharging conveyor 3090, the unloading driving device 4200 is installed on the unloading platform 4100, the output end of the unloading driving device 4200 is connected to the unloading rotary cylinder 4300, and the unloading discharging seat 4400 is connected to the unloading rotary cylinder 4500. 00 is installed on the unloading rotary cylinder 4300, the unloading pushing cylinder 4500 is installed on the outside of the unloading discharging seat 4400, the unloading pushing block 4600 is slidably connected in the unloading discharging seat 4400, and the output end of the unloading pushing cylinder 4500 is connected to the unloading pushing block 4600, the unloading handling manipulator 4700 is installed on one side of the unloading driving device 4200, the unloading tray 4800 is installed on one side of the unloading driving device 4200, and a plurality of transfer channels 4900 for transferring wet wipes are opened on the unloading tray 4800;

[0072] Among them, the unloading platform 4100 plays a role of fixing and supporting each structure in the transfer unloading mechanism 4000;

[0073] When the wet wipes are sorted and transported out from the sorting and discharging conveyor 3090, the unloading and handling robot 4700 enters the working state, so that the unloading and handling robot 4700 grabs a single wet wipe and places it on the unloading and discharging seat 4400, and then, the unloading rotary cylinder 4300 enters the working state, so that the wet wipes are directed toward the transfer channel 4900 on the unloading tray 4800, and then, the unloading driving device 4200 enters the working state, so that the unloading driving device 4200 drives the unloading rotary cylinder 4300 to reciprocate, and the user aligns the unloading and discharging seat 4400 with the single transfer channel 4900 on the unloading tray 4800 according to actual production needs, and then, the unloading pushing cylinder 4500 enters the working state, so that the output end of the unloading pushing cylinder 4500 drives the unloading pushing block 4600 to move, thereby pushing the wet wipes into the transfer channel 4900, thereby realizing the transfer and unloading action of the wet wipes;

[0074] It is worth noting that the driving mode of the material unloading driving device 4200 can be a motor plus a screw driving mode.

[0075] In this embodiment, the present invention further discloses a transfer method for a transfer equipment used in a wet wipes production workshop, comprising the following steps: S1, wet wipes transfer loading, placing the wet wipes to be transferred in the primary transfer mechanism 1000, and the primary transfer mechanism 1000 performs a primary transfer action on the wet wipes; S2, wet wipes transfer counting, the wet wipes after being transferred by the primary transfer mechanism 1000 enter the transfer counting mechanism 2000, and the transfer counting mechanism 2000 performs a counting and transfer action on the wet wipes; S3, wet wipes transfer sorting, the wet wipes after being processed by the transfer counting mechanism 2000 enter the sorting feed part 3010, the wet wipes pass through the sorting feed channel and enter the sorting feed rotating part 3040, and then, the wet wipes pass through the sorting discharge table 3080 and enter the sorting discharge conveying device 3090; S4, wet wipes transfer unloading, the wet wipes after being transferred by the sorting discharge conveying device 3090 enter the transfer unloading mechanism 4000, and the transfer unloading mechanism 4000 performs a transfer unloading action on the wet wipes.

[0076] The above description is only an implementation mode of the present invention, and does not limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made by using the contents of the present invention specification and drawings, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A transfer device for a wet wipes production workshop, characterized in that: It comprises a primary transfer mechanism (1000), a transfer counting mechanism (2000), a sorting feed section (3010), a sorting feed channel, a sorting feed pressing member (3030) for pressing wet wipes entering the sorting feed channel, a sorting feed rotating member (3040), a sorting feed motor (3050), a sorting feed limiting member (3060), a plurality of sorting feed spring members, a sorting discharge platform (3080), a sorting discharge conveying device (3090), a sorting discharge first limiting plate (3100), a sorting discharge second limiting plate (3110) and a transfer unloading mechanism (4000); The transfer counting mechanism (2000) is installed at one end of the primary transfer mechanism (1000), the sorting feeding part (3010) is installed at one end of the transfer counting mechanism (2000) away from the primary transfer mechanism (1000), the sorting feeding channel is installed in the sorting feeding part (3010), and the sorting feeding pressing member (3030) is installed in the sorting feeding channel, the sorting feeding rotating part (3040) is installed at the lower end of the sorting feeding part (3010), and a plurality of accommodating grooves (3041) are provided on the sorting feeding rotating part (3040), the sorting feeding motor (3050) is installed on one side of the sorting feeding part (3010), and the output end of the sorting feeding motor (3050) is connected to the sorting feeding rotating part (3040), and the sorting feeding limiting part (3040) is installed in the sorting feeding rotating part (3040). 060) is installed on one side of the sorting feed rotating part (3040), and a wet wipes sorting channel (3011) is formed between the sorting feed limiting part (3060) and the sorting feed rotating part (3040), a plurality of the sorting feed springs are installed in the sorting feed rotating part (3040), the sorting discharge platform (3080) is installed at the lower end of the sorting feed limiting part (3060), the sorting discharge conveyor (3090) is installed on the lower side of the sorting discharge platform (3080), the sorting discharge first limiting plate (3100) and the sorting discharge second limiting plate (3110) are respectively installed on both sides of the sorting discharge conveyor (3090), and the transfer unloading mechanism (4000) is installed at one end of the sorting discharge conveyor (3090) away from the sorting discharge platform (3080); The material sorting and feeding elastic member comprises an elastic rotating part (3071), a first elastic connecting rod (3072), an elastic circular arc part (3073), a second elastic connecting rod (3074), an elastic pushing plate (3075) and at least one elastic spring (3076); a plurality of rotating cavities (3042) are provided in the material sorting and feeding rotating part (3040); the elastic rotating part (3071) is rotatably arranged in the rotating cavity (3042); one end of the first elastic connecting rod (3072) is connected to one end of the elastic rotating part (3071); and the second elastic connecting rod (3074) is connected to the elastic pushing plate (3075). The other end of a connecting rod (3072) extends out of the sorting and feeding rotating part (3040) and is connected to the elastic material arc part (3073); the elastic material push plate (3075) is installed in the accommodating groove (3041); one end of the second elastic material connecting rod (3074) is connected to the other end of the elastic material rotating part (3071); the other end of the second elastic material connecting rod (3074) is connected to the elastic material push plate (3075); and the elastic material spring (3076) is installed between the inner wall of the rotating cavity (3042) and the first elastic material connecting rod (3072).

2. The transfer equipment for wet wipes production workshop according to claim 1, characterized in that: The primary transfer mechanism (1000) comprises a primary frame (1100), a first conveying device (1200), a turning limit frame (1300), a support portion (1400), a plurality of rotating rollers (1500), at least one turning limit rod (1600) and at least one turning rotating wheel (1700); the first conveying device (1200) is rotatably connected to the upper side of the primary frame (1100); the support portion (1400) is mounted on the primary frame (1100); The plurality of rotating rollers (1500) are rotatably connected in the support portion (1400), the turning limit frame (1300) is installed between one end of the first conveying device (1200) and the support portion (1400), and the turning limit frame (1300) is a semicircular structure, the turning limit rod (1600) is rotatably connected in the turning limit frame (1300), and the turning rotating wheel (1700) is rotatably installed on the turning limit rod (1600).

3. The transfer equipment for wet wipes production workshop according to claim 1, characterized in that: The transfer counting mechanism (2000) comprises a counting bracket (2010), a counting protruding strip (2020), a counting conveyor belt (2030), a counting driving wheel (2040), a counting driven wheel (2050), a counting motor (2060), a transfer material shifting member for shifting wet wipes, a plurality of support plates (2090), a transfer limit clamping plate (2100), a detection camera (2110), a counting cylinder (2120) and a counting baffle (2130). The counting bracket (2010) is mounted at one end of the primary transfer mechanism (1000). The counting protruding strip (2020) is mounted at one end of the primary transfer mechanism (1000). (2020) is mounted on the counting bracket (2010), the counting driving wheel (2040) is rotatably connected to one end of the counting bracket (2010), the counting driven wheel (2050) is rotatably connected to the other end of the counting bracket (2010), the counting conveyor belt (2030) is rotatably connected between the counting driving wheel (2040) and the counting driven wheel (2050), the counting motor (2060) is mounted on the side wall of the counting bracket (2010), and the output end of the counting motor (2060) is connected to the counting driving wheel (2040); The transfer material shifting member is mounted on the counting bracket (2010), a plurality of the support plates (2090) are mounted on the counting bracket (2010) at equal intervals, and the transfer limit clamping plate (2100) is mounted on the end of the support plate (2090); A wet wipes transfer channel (2101) is formed between the transfer limiting clamping plate (2100) and the counting raised strip (2020); The detection camera (2110) is installed on one side of the counting bracket (2010), and the detection camera (2110) faces the wet wipes transfer channel (2101); The counting cylinder (2120) is installed at one end of the detection camera (2110), the counting baffle (2130) is connected to the output end of the counting cylinder (2120), and the counting baffle (2130) just corresponds to the end position of the wet wipes transfer channel (2101).

4. The transfer equipment for wet wipes production workshop according to claim 3, characterized in that: The transfer material shifting component comprises a material shifting fixed block (2071), a material shifting cylinder (2072), a first material shifting adjusting block (2073), a plurality of material shifting connecting rods (2074), a second material shifting adjusting block (2075) and a material shifting limiting block (2080); the material shifting fixed block (2071) is mounted on the transfer limiting clamping plate (2100); the material shifting cylinder (2072) is mounted on one side of the material shifting fixed block (2071); the first material shifting adjusting block (2073) and the material shifting cylinder (2072) are connected to each other. The material shifting connecting rod (2074) is connected to the output end of the cylinder (2072), one end of the material shifting connecting rod (2074) is connected to the first material shifting adjusting block (2073), the other end of the material shifting connecting rod (2074) passes through the material shifting fixing block (2071) and is connected to the second material shifting adjusting block (2075), the material shifting limiting block (2080) is installed on a side of the second material shifting adjusting block (2075) away from the material shifting fixing block (2071), and one side of the material shifting limiting block (2080) is in an inclined structure.

5. The transfer equipment for wet wipes production workshop according to claim 1, characterized in that: The sorting feed channel comprises a primary feed channel (3021), a transfer feed channel (3022) and a secondary feed channel (3023); the transfer feed channel (3022) is installed at the lower end of the primary feed channel (3021); the secondary feed channel (3023) is installed at one end of the transfer feed channel (3022) away from the primary feed channel (3021); one end of the transfer feed channel (3022) and the secondary feed channel (3023) are arranged perpendicular to each other.

6. The transfer equipment for wet wipes production workshop according to claim 5, characterized in that: The sorting feed pressing member (3030) comprises a pressing side plate (3031), a plurality of first pressing cylinders (3032), a pressing pullback plate (3033), a second pressing cylinder (3034) and a pressing push plate (3035); the pressing side plate (3031) is mounted on one side of the transfer feed channel (3022); the plurality of first pressing cylinders (3032) are all mounted on the pressing side plate (3031); the pressing pullback plate (3033) is connected to the output end of the first pressing cylinder (3032), and the pressing pullback plate (3033) is slidably connected in the transfer feed channel (3022); the second pressing cylinder (3034) is mounted on one side of the pressing side plate (3031); and the pressing push plate (3035) is connected to the output end of the second pressing cylinder (3034).

7. The transfer equipment for wet wipes production workshop according to claim 1, characterized in that: The transfer unloading mechanism (4000) comprises an unloading platform (4100), an unloading driving device (4200), an unloading rotary cylinder (4300), an unloading discharging seat (4400), an unloading pushing cylinder (4500), an unloading pushing block (4600), an unloading handling manipulator (4700) and an unloading tray (4800), wherein the unloading platform (4100) is mounted on one end of the sorting and unloading conveying device (3090), the unloading driving device (4200) is mounted on the unloading platform (4100), the output end of the unloading driving device (4200) is connected to the unloading rotary cylinder (4300), and the unloading discharging seat (4400) is connected to the unloading rotary cylinder (4300). 0) is installed on the unloading rotary cylinder (4300), the unloading pushing cylinder (4500) is installed on the outside of the unloading discharging seat (4400), the unloading pushing block (4600) is slidably connected in the unloading discharging seat (4400), and the output end of the unloading pushing cylinder (4500) is connected to the unloading pushing block (4600), the unloading handling robot (4700) is installed on one side of the unloading driving device (4200), the unloading tray (4800) is installed on one side of the unloading driving device (4200), and a plurality of transfer channels (4900) for transferring wet wipes are opened on the unloading tray (4800).

8. A method for transferring a transfer device for a wet wipes production workshop according to any one of claims 1 to 7, characterized in that: The following steps are involved: S1, wet wipes transfer loading, placing the wet wipes to be transferred in the primary transfer mechanism (1000), and the primary transfer mechanism (1000) performs a primary transfer action on the wet wipes; S2, wet wipes transfer counting, the wet wipes transferred by the primary transfer mechanism (1000) enter the transfer counting mechanism (2000), and the transfer counting mechanism (2000) performs a counting and transfer operation on the wet wipes; S3, wet wipes are transported and sorted. The wet wipes processed by the transport counting mechanism (2000) enter the sorting feed section (3010), pass through the sorting feed channel and enter the sorting feed rotating section (3040), and then pass through the sorting discharge table (3080) and enter the sorting discharge conveyor (3090); S4, wet wipes transfer and unloading. The wet wipes transferred by the sorting and discharging conveying device (3090) enter the transfer and unloading mechanism (4000), and the transfer and unloading mechanism (4000) performs transfer and unloading operations on the wet wipes.

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