Double-sided transverse product cleaning and drying integrated equipment

Abstract

The invention relates to the technical field of transverse product cleaning equipment, and discloses double-sided transverse product cleaning and drying integrated equipment which comprises a feeding structure, a clamping and conveying device, an upper cleaning structure, a lower cleaning structure and a discharging structure, the feeding structure is used for automatically feeding products, and the discharging structure is used for automatically discharging the products. The upper cleaning structure and the lower cleaning structure are arranged on the clamping and conveying device, the upper cleaning structure is used for spraying cleaning airflow downwards, and the lower cleaning structure is used for spraying cleaning airflow upwards; the clamping and conveying device comprises a plurality of clamping and conveying structures, and the clamping and conveying structures are arranged in a connection mode and used for conveying products. The upper cleaning structure and the lower cleaning structure respectively spray water flow to synchronously wash the front face and the back face of the product, the product washing steps are simplified, the product washing efficiency is improved, the feeding structure and the discharging structure are utilized, manual intervention of feeding and discharging of the product is avoided, the cleaning operation efficiency is improved, and the production cost is reduced. And the operation safety of the equipment is greatly improved.

Description

Technical Field

[0001] The patent of this invention relates to the technical field of horizontal product cleaning equipment, specifically, to double-sided horizontal product cleaning and drying integrated equipment. Background Art

[0002] Cleaning equipment is used to flush and filter products. Products are easily contaminated during manufacturing and assembly. By cleaning with cleaning equipment, the cleanliness of the products can be improved and failures caused by contamination can be avoided or reduced.

[0003] The cleaning device comprises a conveying mechanism and a flushing structure. The conveying mechanism is used to convey the product. During the conveying process, the flushing structure is used to flush the product.

[0004] The products enter the cleaning machine in a parallel and horizontal manner. In the prior art, the cleaning method of the cleaning equipment is relatively simple. During the cleaning process, the front side of the product is cleaned first, and then the back side of the product is cleaned again after being turned over. The cleaning steps are complicated, resulting in low overall cleaning efficiency.

[0005] In addition, the cleaning equipment has a low degree of automation and products are manually loaded and unloaded, resulting in low cleaning efficiency. Summary of the invention

[0006] The purpose of the present invention is to provide a double-sided horizontal product cleaning and drying integrated device, aiming to solve the problem of poor automation of cleaning equipment in the prior art.

[0007] The present invention is implemented in this way. A double-sided horizontal product washing and drying integrated equipment comprises a feeding structure, a clamping conveying device, an upper cleaning structure, a lower cleaning structure and a discharging structure. The feeding structure is used for automatically feeding products, and the discharging structure is used for automatically discharging products. Both ends of the clamping conveying device are respectively connected and communicated with the feeding structure and the discharging structure. The upper cleaning structure and the lower cleaning structure are respectively arranged on the clamping conveying device. The upper cleaning structure is arranged above the clamping conveying device, and the lower cleaning structure is arranged below the clamping conveying device. The upper cleaning structure is used to spray a cleaning airflow downward, and the lower cleaning structure is used to spray a cleaning airflow upward. The clamping and conveying device includes a plurality of clamping and conveying structures, each of which is connected and arranged along a straight line, and each of which is used to convey products respectively; the clamping and conveying structure includes an upper clamping and conveying structure and a lower clamping and conveying structure, and the upper clamping and conveying structure and the lower clamping and conveying structure are respectively driven by a driving force to be in a conveying state, and the upper clamping and conveying structure and the lower clamping and conveying structure are connected and arranged along the upper and lower sides, and the driving direction of the upper clamping and conveying structure and the driving direction of the lower clamping and conveying structure are arranged oppositely, and the two ends of the lower clamping and conveying structure are respectively a head docking structure and a tail docking structure, and the adjacent lower clamping and conveying structures are docked through the head docking structure and the tail docking structure.

[0008] Furthermore, the first docking structure includes a plurality of first docking seats and a plurality of first docking wheels, each of the first docking seats and each of the first docking wheels are arranged in a one-to-one correspondence, and the first docking wheels are movably mounted on the first docking seats; the tail docking structure includes a plurality of tail docking seats and a plurality of tail docking wheels, each of the tail docking seats and each of the tail docking wheels are arranged in a one-to-one correspondence, and the tail docking wheels are movably mounted on the tail docking seats; each of the first docking wheels and each of the tail docking wheels are arranged in a staggered and cross manner.

[0009] Further, the lower clamping structure includes a lower power shaft, a plurality of lower transmission shafts and a plurality of lower wide-angle belts, the lower power shaft is used to receive driving force, along the radial direction of the lower power shaft, the lower transmission shafts are arranged at intervals along the two ends of the lower power shaft, the two ends of the lower wide-angle belt are respectively sleeved with the lower power shaft and the lower transmission shaft, and the two ends of the lower wide-angle belt are respectively sleeved with adjacent lower transmission shafts; The lower transmission shaft includes a lower transmission shaft body and a plurality of lower transmission pulleys, the lower transmission shaft body passes through each of the lower transmission pulleys, and each of the lower transmission pulleys is connected to the lower transmission shaft body; each of the first connecting wheels is arranged in a one-to-one correspondence with each of the lower transmission pulleys, the first connecting structure includes a plurality of first wide-angle belts, and the two ends of the first wide-angle belt are respectively mounted with the first connecting wheel and the lower transmission pulley; each of the tail connecting wheels is arranged in a one-to-one correspondence with each of the lower transmission pulleys, the tail connecting structure includes a plurality of tail wide-angle belts, and the two ends of the tail wide-angle belt are respectively mounted with the tail connecting wheel and the lower transmission pulley.

[0010] Furthermore, the first docking structure forms a first docking area, the tail docking structure forms a tail docking area, the tail docking wheel is delayed and embedded in the first docking area, and the first docking wheel is delayed and embedded in the tail docking area.

[0011] Furthermore, the feeding structure includes a feeding belt, a feeding wheel, two feeding transfer wheels and an access device, the feeding wheel is arranged between the two feeding transfer wheels, and the feeding wheel and the two feeding transfer wheels are arranged correspondingly on the same axis, the end of the feeding belt is sleeved with the feeding wheel, and the feeding belt is used to convey products in the direction toward the access device; the access device includes two access seats and two access belts, the two access belts are arranged correspondingly at intervals, the access seat is connected to the first docking seat, one of the first docking seats is arranged between the two access seats, the first docking wheel has a first docking groove and a second docking groove, the two ends of the access belt are respectively sleeved with the feeding transfer wheel and the first docking groove, and the end of the lower wide-angle belt is sleeved with the second docking groove.

[0012] Furthermore, the feeding structure includes a positioner and two feeding extension belts, the feeding belt is arranged between the two feeding extension belts, and the feeding belt and the two feeding extension belts are synchronously driven and arranged in consistent driving directions; the positioner includes two positioning plates, a positioning motor and a positioning shaft, the positioning motor is used to drive the positioning shaft to be rotated, the positioning shaft passes through the two positioning plates in sequence, and the positioning shaft is used to drive the two positioning plates to reciprocate in opposite directions, a guiding area is formed between the two positioning plates, and the product is conveyed along the guide area.

[0013] Furthermore, the discharging structure includes a discharging belt, a discharging wheel, two discharging transfer wheels and a receiver, the discharging wheel is arranged between the two discharging transfer wheels, and the discharging wheel and the two discharging transfer wheels are arranged correspondingly on the same axis, the end of the discharging belt is sleeved with the discharging wheel, and the discharging belt is used to output products in a direction away from the clamping conveying structure; the receiver includes two receiving seats, two receiving wheels and two receiving belts, the receiving wheels are movably mounted on the receiving seats, and the two ends of the receiving belts are respectively sleeved with the receiving wheels and the discharging transfer wheels; each of the tail connecting wheels is arranged between the two receiving seats, and the lower wide-angle belt and the receiving belt are arranged in an alternating manner.

[0014] Further, the upper cleaning structure includes an upper bracket and an upper flushing module, the upper bracket is installed on the clamping and conveying structure, the upper flushing module is installed on the upper bracket, and the upper flushing module is arranged above the clamping and conveying structure, the upper flushing module is used to spray high-pressure water flow downward, the upper flushing module includes a first upper flushing group and a second upper flushing group, the first upper flushing group includes a plurality of first upper nozzles, and along the axial direction, each of the first upper nozzles is arranged in a corresponding manner at intervals, the second upper flushing group includes a plurality of second upper nozzles, and along the axial direction, each of the second upper nozzles is arranged in a corresponding manner at intervals, and along the radial direction, the first upper nozzle and the second upper nozzle are staggered. The lower cleaning structure includes a lower bracket and a lower flushing module, the lower bracket is installed on the clamping and conveying structure, the lower flushing module is installed on the lower bracket, and the lower flushing module is arranged below the clamping and conveying structure, the lower flushing module is used for spraying high-pressure water flow upward, the lower flushing module includes a first lower flushing group and a second lower flushing group, the first lower flushing group includes a plurality of first lower nozzles, and along the axial direction, each of the first lower nozzles is arranged in a corresponding interval, the second lower flushing group includes a plurality of second lower nozzles, and along the axial direction, each of the second lower nozzles is arranged in a corresponding interval, and along the radial direction, the first lower nozzle and the second lower nozzle are staggered.

[0015] Further, the clamping and conveying device includes an upper dryer and a lower dryer, the upper dryer and the clamping and conveying structure are connected and arranged in an up-and-down manner, and the clamping and conveying structure and the lower dryer are connected and arranged in an up-and-down manner; the upper dryer includes an upper drying seat, an upper drying rack and an upper drying shell, the upper drying seat is installed on the clamping and conveying structure, the upper drying rack is movably installed on the upper drying seat, the upper drying shell is installed on the upper drying rack, the upper drying rack is arranged in an inclined manner, the upper drying shell is connected and communicated with the air compressor, the upper drying shell has an upper air outlet, the upper air outlet is arranged in an elongated strip shape along the axial direction, the upper air outlet is arranged toward the direction of the clamping and conveying structure, and the upper air outlet is arranged in an inclined manner relative to the horizontal plane; The lower dryer includes a lower drying seat, a lower drying rack and a lower drying shell, wherein the lower drying seat is mounted on the clamping and conveying structure, the lower drying rack is movably mounted on the lower drying seat, the lower drying shell is mounted on the lower drying rack, the lower drying rack is arranged obliquely, the lower drying shell is connected and communicated with an air compressor, the lower drying shell has a lower air outlet, the lower air outlet is arranged in an elongated strip shape along the axial direction, the lower air outlet is arranged toward the clamping and conveying structure, and the lower air outlet is arranged obliquely relative to a horizontal plane.

[0016] Further, the upper clamping structure includes an upper power shaft, a plurality of upper transmission shafts and a plurality of upper wide-angle belts. Along the radial direction of the upper power shaft, each of the upper transmission shafts is arranged at intervals along the two ends of the upper power shaft. The upper power shaft and the upper transmission shaft are respectively sleeved at the two ends of the upper wide-angle belt, and the two ends of the upper wide-angle belt are respectively sleeved with the adjacent upper transmission shafts. The double-sided horizontal product cleaning and drying integrated equipment includes a driver and a tensioner, the driver includes an upper servo motor, a lower servo motor and a plurality of synchronous belts, the upper servo motor is connected to the upper power shaft, and the upper servo motor is used to drive the upper power shaft, and the two ends of the synchronous belt are respectively sleeved on the adjacent upper power shaft; the lower servo motor is connected to the lower power shaft, and the lower servo motor is used to drive the lower power shaft, and the two ends of the synchronous belt are respectively sleeved on the adjacent lower power shaft; the tensioner includes two idle wheels and a tensioning wheel, the two idle wheels and the tensioning wheel are arranged in a triangle, the synchronous belt is respectively arranged with the idle wheel and the tensioning wheel, and the tensioning wheel is used to tension the synchronous belt.

[0017] Compared with the prior art, the double-sided horizontal product cleaning and drying integrated equipment provided by the present invention, when performing cleaning operations, products arranged horizontally are placed on the loading structure, and under the action of the loading structure, the products are conveyed to the clamping and conveying structure, the products are conveyed along each clamping and conveying structure, and finally the products are output through the discharging structure. During the conveying process of the clamping and conveying structure, the products are respectively sprayed with water through the upper cleaning structure and the lower cleaning structure to achieve synchronous flushing of the front and back sides of the products, simplifying the flushing steps of the products, helping to improve the flushing efficiency of the products, and utilizing the loading structure and the discharging structure to avoid manual intervention in the loading and discharging of the products, thereby improving the efficiency of the cleaning operations and greatly improving the operating safety of the equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a three-dimensional schematic diagram of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Figure 2 It is a left side schematic diagram of the double-sided horizontal product washing and drying integrated device provided by the present invention; Figure 3 It is an enlarged schematic diagram of part A of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Figure 4 It is a schematic diagram of the connection and coordination between the discharging structure and the clamping and conveying structure provided by the present invention; Figure 5 It is a three-dimensional schematic diagram of the feeding structure of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Figure 6It is a front view schematic diagram of the feeding structure of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Figure 7 It is a three-dimensional schematic diagram of the discharging structure of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Figure 8 It is a top view schematic diagram of the discharging structure of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Fig. 9 It is a three-dimensional schematic diagram of the upper dryer of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Fig.10 It is a three-dimensional schematic diagram of the clamping and conveying structure of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Fig.11 It is a three-dimensional schematic diagram of the lower clamping and conveying structure of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Fig.12 It is a three-dimensional schematic diagram of the lower power shaft of the double-sided horizontal product washing and drying integrated equipment provided by the present invention; Fig.13 It is a schematic diagram of the layout of the driver and tensioner of the double-sided lateral product cleaning and drying integrated device provided by the present invention; Fig.14 This is an enlarged schematic diagram of the assembly of the input device and the output device of the double-sided horizontal product cleaning and drying integrated equipment provided by the present invention. Fig.15 This is an enlarged schematic diagram of the cooperation between the access device and the receiving seat of the double-sided horizontal product cleaning and drying integrated equipment provided by the present invention Fig.16 It is a cross-sectional schematic diagram of a product being clamped by a conveying structure of the double-sided horizontal product cleaning and drying integrated equipment provided by the present invention. DETAILED DESCRIPTION

[0019] In order to make the purpose, technical solution and advantages of the present invention more clearly understood, the present invention is further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present invention and are not intended to limit the present invention.

[0020] The implementation of the present invention is described in detail below in conjunction with specific embodiments.

[0021] The same or similar numbers in the drawings of this embodiment correspond to the same or similar parts; in the description of the present invention, it should be understood that if the terms "upper", "lower", "left", "right" and the like indicate directions or positional relationships based on the directions or positional relationships shown in the drawings, it is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific direction, be constructed and operated in a specific direction. Therefore, the terms describing the positional relationship in the drawings are only used for illustrative purposes and cannot be understood as limitations on this patent. For ordinary technicians in this field, the specific meanings of the above terms can be understood according to specific circumstances.

[0022] Reference Figure 1-16 The figure shows a preferred embodiment of the present invention.

[0023] A double-sided horizontal product washing and drying integrated equipment comprises a feeding structure 2, a clamping conveying device, an upper cleaning structure 3, a lower cleaning structure 4 and a discharging structure 5, wherein the feeding structure 2 is used for automatically feeding products 8, and the discharging structure 5 is used for automatically discharging products 8, and the two ends of the clamping conveying device are respectively connected and communicated with the feeding structure 2 and the discharging structure 5, and the upper cleaning structure 3 and the lower cleaning structure 4 are respectively arranged on the clamping conveying device, and the upper cleaning structure 3 is arranged above the clamping conveying device, and the lower cleaning structure 4 is arranged below the clamping conveying device, and the upper cleaning structure 3 is used for spraying a cleaning airflow downward, and the lower cleaning structure 4 is used for spraying a cleaning airflow upward; The clamping and conveying device includes a plurality of clamping and conveying structures 1, each of which is connected and arranged along a straight line, and each of which is used to convey a product 8; the clamping and conveying structure 1 includes an upper clamping and conveying structure 13 and a lower clamping and conveying structure 14, and the upper clamping and conveying structure 13 and the lower clamping and conveying structure 14 are respectively driven by a driving force to be in a conveying state, and the upper clamping and conveying structure 13 and the lower clamping and conveying structure 14 are connected and arranged up and down, and the driving direction of the upper clamping and conveying structure 13 and the driving direction of the lower clamping and conveying structure 14 are arranged oppositely, and the two ends of the lower clamping and conveying structure 14 are respectively a first docking structure and a tail docking structure 12, and adjacent lower clamping and conveying structures 14 are docked through the first docking structure and the tail docking structure 12.

[0024] In the above-mentioned double-sided horizontal product cleaning and drying integrated equipment, when performing cleaning operations, the horizontally arranged products 8 are placed on the loading structure 2, and under the action of the loading structure 2, the products 8 are conveyed to the clamping and conveying structure 1, and the products 8 are conveyed along each clamping and conveying structure 1, and finally the products 8 are output through the discharging structure 5. During the conveying process of the clamping and conveying structure 1, the products 8 are sprayed with water respectively through the upper cleaning structure 3 and the lower cleaning structure 4, so as to achieve synchronous flushing of the front and back sides of the products 8, simplify the flushing steps of the products 8, and help to improve the flushing efficiency of the products 8. In addition, the loading structure 2 and the discharging structure 5 are used to avoid manual intervention in the loading and discharging of the products 8, thereby improving the efficiency of the cleaning operation and greatly improving the operating safety of the equipment.

[0025] The first docking structure includes multiple first docking seats and multiple first docking wheels, each first docking seat and each first docking wheel are arranged in a one-to-one correspondence, and the first docking wheels are movably installed on the first docking seats; the tail docking structure 12 includes multiple tail docking seats and multiple tail docking wheels, each tail docking seat and each tail docking wheel are arranged in a one-to-one correspondence, and the tail docking wheels are movably installed on the tail docking seats; each first docking wheel and each tail docking wheel are staggered and cross-arranged one by one.

[0026] In this way, adjacent clamping and conveying structures 1 are connected through the first connecting structure and the tail connecting structure 12, so that multiple clamping and conveying structures 1 are arranged in a connected manner, the conveying length of the clamping and conveying device is increased, the setting of various cleaning structures and the setting of drying structures are met, and fully automatic cleaning operations are realized.

[0027] The lower clamping and conveying structure 14 includes a lower power shaft 141, multiple lower transmission shafts 142 and multiple lower wide-angle belts 143. The lower power shaft 141 is used to receive driving force. Along the radial direction of the lower power shaft 141, the lower transmission shafts 142 are arranged at intervals along the two ends of the lower power shaft 141. The lower power shaft 141 and the lower transmission shaft 142 are respectively sleeved at the two ends of the lower wide-angle belt 143, and the adjacent lower transmission shafts 142 are respectively sleeved at the two ends of the lower wide-angle belt 143; in this way, the lower power shaft 141 receives the driving force and transmits the driving force to the lower transmission shafts 142 through the lower wide-angle belts 143, thereby realizing the transmission of the driving force and causing each lower wide-angle to be in a conveying state.

[0028] The lower transmission shaft 142 includes a lower transmission shaft body and multiple lower transmission pulleys. The lower transmission shaft body runs through each lower transmission pulley arrangement, and each lower transmission pulley is connected to the lower transmission shaft body respectively; each first connecting wheel is arranged in a one-to-one correspondence with each lower transmission pulley, and the first connecting structure includes multiple first wide-angle belts, and the first connecting wheel and the lower transmission pulley are respectively mounted on both ends of the first wide-angle belt; under the action of the first wide-angle belt, power transmission between the first connecting wheel and the lower transmission pulley is realized.

[0029] Each tail connecting wheel is arranged in a one-to-one correspondence with each lower transfer pulley. The tail connecting structure 12 includes multiple tail wide-angle belts. The tail connecting wheel and the lower transfer pulley are respectively mounted on the two ends of the tail wide-angle belt. Under the action of the tail wide-angle belt, power transmission between the tail connecting wheel and the lower transfer pulley is realized.

[0030] The first docking structure forms the first docking area, the tail docking structure 12 forms the tail docking area, the tail docking wheel is delayed and embedded in the first docking area, and the first docking wheel is delayed and embedded in the tail docking area; in this way, the docking between the first docking structure and the tail docking structure 12 is realized, and the product 8 is conveyed between adjacent clamping and conveying structures 1.

[0031] The feeding structure 2 includes a feeding belt 21, a feeding wheel 25, two feeding transfer wheels 26 and an access device 22. The feeding wheel 25 is arranged between the two feeding transfer wheels 26, and the feeding wheel 25 and the two feeding transfer wheels 26 are arranged coaxially and correspondingly. The end of the feeding belt 21 is sleeved with the feeding wheel 25, and the feeding belt 21 is used to convey the product 8 in the direction toward the access device 22; the access device 22 includes two access seats 221 and two access belts 222, the two access belts 222 are arranged in intervals and correspondence, the access seat 221 is connected to the first docking seat, and one of the first docking seats is arranged between the two access seats 221, the first docking wheel has a first docking groove and a second docking groove, the two ends of the access belt 222 are respectively sleeved with the feeding transfer wheel 26 and the first docking groove, and the end of the lower wide-angle belt 143 is sleeved with the second docking groove.

[0032] In this way, under the action of the feeding belt 21, the product 8 is conveyed, the product 8 is conveyed to the access device 22, and then transferred to the clamping and conveying structure 1 through the access device 22, so that the automatic feeding of the product 8 is realized.

[0033] The access device 22 includes a receiving seat 223, which corresponds to the receiving seat 223 one by one and is assembled up and down. The receiving seat 223 has a receiving groove, which is arranged in a long strip shape. The access seat is embedded in the receiving groove. The receiving shaft is threadedly connected to the receiving seat 223, and the receiving shaft is used to lock or unlock the access seat; in this way, the installation position of the access seat can be adjusted.

[0034] The feeding structure 2 includes a positioner 23 and two feeding extension belts 24. The feeding belt 21 is arranged between the two feeding extension belts 24, and the feeding belt 21 and the two feeding extension belts 24 are synchronously driven and arranged in the same driving direction; the positioner 23 includes two positioning plates 231, a positioning motor and a positioning shaft. The positioning motor is used to drive the positioning shaft to rotate. The positioning shaft passes through the two positioning plates 231 in sequence. The positioning shaft is used to drive the two positioning plates 231 to reciprocate in opposite directions. A guiding area is formed between the two positioning plates 231, and the product 8 is conveyed along the guide area.

[0035] In this way, the user adjusts the distance between the two positioning plates 231 based on the length of the product 8, and under the action of the two extension belts, products 8 of different lengths can be transported, so that products 8 of different lengths can be cleaned and the practicability of the equipment is improved; and under the action of the two positioning plates 231, a guiding role is played to ensure that the product 8 is arranged in the center, so that the product 8 is easily transported to the access device 22.

[0036] The discharging structure 5 includes a discharging belt 51, a discharging wheel, two discharging transfer wheels 53 and a receiver 52. The discharging wheel is arranged between the two discharging transfer wheels 53, and the discharging wheel and the two discharging transfer wheels 53 are arranged coaxially and correspondingly. The end of the discharging belt 51 is sleeved with the discharging wheel, and the discharging belt 51 is used to discharge the product 8 in the direction away from the clamping conveying structure 1; the receiver 52 includes two receiving seats, two receiving wheels and two receiving belts. The receiving wheels are movably installed on the receiving seats, and the two ends of the receiving belts are respectively sleeved with receiving wheels and discharging transfer wheels 53; each tail connecting wheel is arranged between the two receiving seats, and the lower wide-angle belt 143 and the receiving belt are arranged in an alternating manner.

[0037] In this way, the receiver 52 transfers the product 8 to the discharging belt 51, and the product 8 is transported outward through the discharging belt 51, so that automatic discharging is realized, thereby improving the automation performance of the equipment.

[0038] The connector 52 includes a connection seat, which corresponds to the connection seat one by one and is assembled up and down. The connection seat has a connection groove, which is arranged in a long strip shape. The connection seat is embedded in the connection groove. The contact shaft is threadedly connected to the connection seat, and the contact shaft is used to lock or unlock the connection seat; in this way, the installation position of the connection seat can be adjusted.

[0039] The upper cleaning structure 3 includes an upper bracket and an upper flushing module. The upper bracket is installed on the clamping and conveying structure 1. The upper flushing module is installed on the upper bracket, and the upper flushing module is arranged above the clamping and conveying structure 1. The upper flushing module is used to spray high-pressure water downward. The upper flushing module includes a first upper flushing group and a second upper flushing group. The first upper flushing group includes a plurality of first upper nozzles. Along the axial direction, each first upper nozzle is arranged at intervals and in correspondence. The second upper flushing group includes a plurality of second upper nozzles 32. Along the axial direction, each second upper nozzle 32 is arranged at intervals and in correspondence. Along the radial direction, the first upper nozzle and the second upper nozzle 32 are staggered. With the cooperation of each first upper nozzle and each second upper nozzle 32, the flushing coverage of the upper flushing module is increased, and the flushing effect on the front of the product 8 is improved.

[0040] The lower cleaning structure 4 includes a lower bracket and a lower flushing module, the lower bracket is installed on the clamping and conveying structure 1, the lower flushing module is installed on the lower bracket, and the lower flushing module is arranged below the clamping and conveying structure 1, the lower flushing module is used to spray high-pressure water flow upward, the lower flushing module includes a first lower flushing group and a second lower flushing group, the first lower flushing group includes a plurality of first lower nozzles, and along the axial direction, each first lower nozzle is arranged at intervals and in correspondence, the second lower flushing group includes a plurality of second lower nozzles, and along the axial direction, each second lower nozzle is arranged at intervals and in correspondence, and along the radial direction, the first lower nozzle and the second lower nozzle are staggered; with the cooperation of each first lower nozzle and each second lower nozzle, the flushing coverage of the lower flushing module is increased, and the flushing effect on the back of the product 8 is improved.

[0041] The clamping and conveying device includes an upper dryer 6 and a lower dryer. The upper dryer 6 and the clamping and conveying structure 1 are connected and arranged up and down, and the clamping and conveying structure 1 and the lower dryer are connected and arranged up and down; the upper dryer 6 includes an upper drying seat 61, an upper drying rack 62 and an upper drying shell 63. The upper drying seat 61 is installed on the clamping and conveying structure 1, the upper drying rack 62 is movably installed on the upper drying seat 61, and the upper drying shell 63 is installed on the upper drying rack 62. The upper drying rack 62 is arranged obliquely, and the upper drying shell 63 is connected and communicated with the air compressor. The upper drying shell 63 has an upper air outlet 64, and the upper air outlet 64 is arranged in a long strip along the axial direction. The upper air outlet 64 is arranged toward the clamping and conveying structure 1, and the upper air outlet 64 is arranged obliquely relative to the horizontal plane.

[0042] In this way, the air compressor outputs high-pressure airflow, which flows to the upper drying shell 63 and sprays air outward through the upper air outlet 64. Since the upper air outlet 64 is arranged in a long strip shape, the airflow sprayed from the upper air outlet 64 is arranged in a linear shape, which dries the product 8 comprehensively and achieves drying of the front of the product 8.

[0043] The lower dryer includes a lower drying seat, a lower drying rack and a lower drying shell. The lower drying seat is installed on the clamping and conveying structure 1, the lower drying rack is movably installed on the lower drying seat, the lower drying shell is installed on the lower drying rack, the lower drying rack is arranged obliquely, the lower drying shell is connected and communicated with the air compressor, the lower drying shell has a lower air outlet, the lower air outlet is arranged in a long strip along the axial direction, the lower air outlet is arranged toward the clamping and conveying structure 1, and the lower air outlet is arranged obliquely relative to the horizontal plane.

[0044] In this way, the air compressor outputs high-pressure airflow, which flows to the lower drying shell and sprays air outward through the lower air outlet. Since the lower air outlet is arranged in a long strip shape, the airflow sprayed from the lower air outlet is arranged in a linear shape, which fully dries the product 8 and achieves drying of the reverse side of the product 8.

[0045] The upper clamping structure 13 includes an upper power shaft 131, multiple upper transmission shafts 132 and multiple upper wide-angle belts 133. Along the radial direction of the upper power shaft 131, each upper transmission shaft 132 is arranged at intervals along the two ends of the upper power shaft 131. The upper power shaft 131 and the upper transmission shaft 132 are respectively sleeved on the two ends of the upper wide-angle belt 133, and the adjacent upper transmission shafts 132 are respectively sleeved on the two ends of the upper wide-angle belt 133; under the action of the upper wide-angle belt 133, power transmission between the upper power shaft 131 and the upper transmission shaft 132 is realized, and power transmission between adjacent upper transmission shafts 132 is realized.

[0046] The double-sided horizontal product cleaning and drying integrated equipment includes a driver and a tensioner 7, the driver includes an upper servo motor, a lower servo motor 9 and a plurality of synchronous belts 91, the upper servo motor is connected to the upper power shaft 131, and the upper servo motor is used to drive the upper power shaft 131, and the two ends of the synchronous belt 91 are respectively sleeved with adjacent upper power shafts 131; the lower servo motor is connected to the lower power shaft 141, and the lower servo motor is used to drive the lower power shaft 141, and the two ends of the synchronous belt 91 are respectively sleeved with adjacent lower power shafts 141; the tensioner 7 includes two idler wheels and a tensioning wheel, the two idler wheels and the tensioning wheel are arranged in a triangle, the synchronous belt 91 is respectively arranged with the idler wheel and the tensioning wheel, and the tensioning wheel is used to tension the synchronous belt 91; in this way, according to user needs, the height of the tensioning wheel is adjusted to achieve adjustment of the synchronous belt 91.

[0047] The clamping and conveying structure includes an upper clamping and conveying structure 13 and a lower clamping and conveying structure 14. The driving direction of the upper clamping and conveying structure 13 and the driving direction of the lower clamping and conveying structure 14 are arranged oppositely. The upper clamping and conveying structure 13 and the lower clamping and conveying structure 14 are arranged correspondingly up and down to form a clamping and conveying area. The product 8 is placed horizontally in the clamping and conveying area. The upper clamping structure 13 includes an upper power shaft 131, a plurality of upper transmission shafts 132 and a plurality of upper wide-angle belts 133. The upper power shaft 131 is used to transmit power. The upper power shaft 131 and the upper transmission shaft 132 are respectively sleeved at both ends of the upper wide-angle belt 133. The adjacent upper transmission shafts 132 are respectively sleeved at both ends of the upper wide-angle belt 133. The lower clamping structure 14 includes a lower power shaft 141, a plurality of lower transmission shafts 142 and a plurality of lower wide-angle belts 143. The lower power shaft 141 is used to transmit power. The lower power shaft 141 and the lower transmission shaft 142 are respectively sleeved at both ends of the lower wide-angle belt 143. The adjacent lower transmission shafts 142 are respectively sleeved at both ends of the lower wide-angle belt 143. From top to bottom, each upper transmission shaft 132 and each lower transmission shaft 142 are staggered, and the upper power shaft 131 and the lower transmission shaft 142 are staggered; the upper wide-angle belt 133 and the lower wide-angle belt 143 respectively apply traction force for transporting the product 8.

[0048] When transporting product 8, product 8 is arranged horizontally, and product 8 is transported to the clamping area, and the upper power shaft 131 and the lower power shaft 141 respectively receive the driving force, and transmit the driving force to each upper transmission shaft 132 and the lower transmission shaft 142 through each upper wide-angle belt 133 and each lower wide-angle belt 143, so as to realize the transmission of driving force, and cause each upper wide-angle belt 133 and each lower wide-angle belt to be in a transporting state respectively. Since each upper transmission shaft 132 and each lower transmission shaft 142 are staggered, and the upper power shaft 131 and the lower transmission shaft 142 are staggered, the upper wide-angle belt 133 and the lower wide-angle belt 143 are respectively used to apply traction force to realize accelerated transportation of product 8. In this way, sufficient driving force is provided to ensure the transportation of product 8, and at the same time, the pressure on product 8 is reduced, so as to effectively avoid the compression deformation of product 8 during transportation and reduce the damage of product 8.

[0049] The upper wide-angle belt 133 has an upper inner belt surface facing inwards, which is arranged in a toothed shape and abuts against the upper driven pulley, thereby increasing the friction between the upper wide-angle belt 133 and the upper driven pulley and facilitating power transmission.

[0050] The lower wide-angle belt 143 has an inner belt surface facing inwards, which is arranged in a toothed shape and abuts against the lower driven pulley 144 , thereby increasing the friction between the lower wide-angle belt 143 and the lower driven pulley 144 and facilitating power transmission.

[0051] The upper power shaft 131 includes an upper main shaft body and multiple upper driven pulleys. The upper main shaft body runs through each upper pulley arrangement, and each upper pulley is connected to the upper main shaft body. The upper main shaft body is used to transmit power. The upper pulley has an upper driven pulley groove, and the upper wide-angle belt 133 is arranged on the upper driven pulley groove; in this way, the upper main shaft body receives the driving force and is arranged to rotate, driving each upper driven pulley to rotate, thereby driving the upper wide-angle belt 133 to be in a transmission state, so that the upper wide-angle belt 133 has traction, thereby realizing the transportation of product 8.

[0052] The upper transmission shaft 132 includes an upload shaft body and multiple upload pulleys. The upload shaft body runs through each upload pulley arrangement, and each upload pulley is connected to the upload shaft body. The upload pulley has an upload pulley groove, and the upper wide-angle belt 133 is arranged on the upload pulley groove; in this way, when the upper wide-angle belt 133 is in a transmission state, under the action of traction force, it drives each upload pulley to rotate.

[0053] With the cooperation of the upper wide-angle belts 133, long-distance seamless transmission of the product 8 is achieved.

[0054] Along the conveying direction, each upper driving pulley is arranged in one-to-one correspondence with each upper transmitting pulley, and the upper driving pulley and the transmitting pulley are respectively arranged at both ends of the upper wide-angle belt 133. Along the axial direction of the upper main shaft body, each upper wide-angle belt 133 is arranged in intervals and correspondence, and along the radial direction of the upper main shaft body, adjacent upper wide-angle belts 133 are staggered, and the ends of adjacent upper wide-angle belts 133 are alternately arranged; in this way, long-distance seamless transmission of products 8 is achieved.

[0055] The lower power shaft 141 includes a lower main shaft body and multiple lower driven pulleys 144. The lower main shaft body runs through each lower pulley arrangement, and each lower pulley is connected to the lower main shaft body. The lower main shaft body is used to transmit power. The lower pulley has a lower driven pulley groove, and the lower wide-angle belt 143 is arranged in the lower driven pulley groove. In this way, the lower main shaft body receives the driving force and is arranged to rotate, driving each lower driven pulley 144 to rotate, thereby driving the lower wide-angle belt 143 to be in a transmission state, so that the lower wide-angle belt 143 has traction, thereby realizing the transportation of the product 8.

[0056] The lower transmission shaft 142 includes a lower transmission shaft body and multiple lower transmission pulleys. The lower transmission shaft body runs through each lower transmission pulley arrangement, and each lower transmission pulley is connected to the lower transmission shaft body. The lower transmission pulley has a lower transmission pulley groove, and the lower wide-angle belt 143 is sleeved on the lower transmission pulley groove arrangement; in this way, when the lower wide-angle belt 143 is in a transmission state, under the action of traction force, it drives each lower transmission pulley to rotate.

[0057] With the cooperation of the upper wide-angle belts 133 and the lower wide-angle belts 143, the product 8 is clamped and transported.

[0058] Along the conveying direction, each lower driven pulley 144 is arranged in one-to-one correspondence with each lower transmission pulley, and the two ends of the lower wide-angle belt 143 are respectively mounted with the lower driven pulley 144 and the lower transmission pulley. Along the axial direction of the lower main shaft body, each lower wide-angle belt 143 is arranged in intervals and correspondence, and along the radial direction of the lower main shaft body, adjacent lower wide-angle belts 143 are staggered, and the ends of adjacent lower wide-angle belts 143 are alternately arranged; in this way, long-distance seamless transmission of products 8 is achieved.

[0059] From top to bottom, the upper wide-angle band 133 and the lower wide-angle band 143 are staggered, and the end of the upper wide-angle band 133 and the end of the lower wide-angle band 143 are arranged in correspondence with each other up and down, thereby realizing long-distance seamless transmission of product 8.

[0060] The upper power shaft 131 includes two upper material-stopping wheels, the upper main shaft body passes through the two upper material-stopping wheels, the two upper material-stopping wheels are arranged in a corresponding manner at intervals, and each upper driven pulley is arranged between the two upper material-stopping wheels. The upper transmission shaft 132 includes two upper material-stopping wheels, and each upper transmitting pulley is arranged between the two upper material-stopping wheels; the two ends of the product 8 are arranged in correspondence with the two upper material-stopping wheels, and the product 8 is arranged between the two upper material-stopping wheels, and the two upper material-stopping wheels are used to limit the deviation of the product 8 during transportation.

[0061] In this way, under the limiting effect of the two upper blocking wheels, during the transportation of the product 8, the two upper blocking wheels block the product 8 from shifting to the sides, thereby ensuring the transportation stability of the product 8.

[0062] The lower power shaft 141 includes two lower material-blocking wheels 145, and the lower main shaft body passes through the two lower material-blocking wheels 145. The two lower material-blocking wheels 145 are arranged in a corresponding manner at intervals, and each lower driven pulley 144 is arranged between the two lower material-blocking wheels 145. The lower transmission shaft 142 includes two lower material-blocking wheels 145, and each lower transfer pulley is arranged between the two lower material-blocking wheels 145; both ends of the product 8 are arranged in a corresponding manner to the two lower material-blocking wheels 145, and the product 8 is arranged between the two lower material-blocking wheels 145, and the two lower material-blocking wheels 145 are used to limit the deviation of the product 8 during transportation.

[0063] In this way, under the limiting effect of the two lower blocking wheels 145 , during the transportation of the product 8 , the two lower blocking wheels 145 block the product 8 from shifting to the sides, thereby ensuring the transportation stability of the product 8 .

[0064] The upper clamping and conveying structure 13 includes two upper clamping seats, multiple upper bearing devices and multiple upper adjusters. The two upper clamping seats are arranged in a corresponding manner at intervals. The upper clamping seats are arranged in a long strip shape extending along the conveying direction. The upper bearing device includes two upper bearing seats. The two upper bearing seats are respectively installed on the two upper clamping seats, and the two ends of the upper power shaft 131 are respectively passed through the two upper bearing seats, and the two ends of the upper transmission shaft 132 are respectively passed through the two upper bearing seats, and each upper adjuster is arranged in a one-to-one correspondence with each upper bearing seat; under the action of the two upper clamping seats, it is convenient to install the upper power shaft 131 and each upper transmission shaft 132, and it is also convenient to install each upper bearing device and each upper adjuster.

[0065] The upper adjuster includes an upper adjustment seat and an upper adjustment shaft. The upper adjustment seat is installed on the upper clamping seat. The upper adjustment shaft movably passes through the upper adjustment seat. The end of the upper adjustment shaft forms an upper adjustment portion. The upper adjustment portion is embedded in or disengaged from the upper power shaft 131. The upper adjustment portion is used to tighten or loosen the upper power shaft 131. The upper adjustment portion is embedded in or disengaged from the upper transmission shaft 132. The upper adjustment portion is used to tighten or loosen the upper transmission shaft 132.

[0066] In this way, when the upper adjustment shaft is embedded in the upper power shaft 131, the position of the upper power shaft 131 is fixed. When the upper adjustment shaft is separated from the upper power shaft 131, the position of the upper power shaft 131 can be adjusted axially based on needs to meet different transportation needs and realize the position adjustment between the upper power shaft 131 and the upper conduction shaft.

[0067] The lower clamping and conveying structure 14 includes two lower clamping seats, multiple lower bearings and multiple lower adjusters. The two lower clamping seats are arranged in a corresponding manner at intervals, and the lower clamping seats are extended in a long strip along the conveying direction. The lower bearing includes two lower bearing seats, and the two lower bearing seats are respectively installed on the two lower clamping seats. The two ends of the lower power shaft 141 are respectively passed through the two lower bearing seats, and the two ends of the lower transmission shaft 142 are respectively passed through the two lower bearing seats, and each lower adjuster is arranged in a one-to-one correspondence with each lower bearing seat; under the action of the two lower clamping seats, it is convenient to install the lower power shaft 141 and each lower transmission shaft 142, and it is also convenient to install each lower bearing and each lower adjuster.

[0068] The lower adjuster includes a lower adjustment seat and a lower adjustment shaft. The lower adjustment seat is installed on the lower clamping seat. The lower adjustment shaft movably passes through the lower adjustment seat. The end of the lower adjustment shaft forms a lower adjustment portion. The lower adjustment portion is embedded in or disengaged from the lower power shaft 141. The lower adjustment portion is used to tighten or loosen the lower power shaft 141. The lower adjustment portion is embedded in or disengaged from the lower transmission shaft 142. The lower adjustment portion is used to tighten or loosen the lower transmission shaft 142.

[0069] In this way, when the lower adjustment shaft is embedded in the upper power shaft 131, the position of the lower power shaft 141 is fixed. When the lower adjustment shaft is separated from the lower power shaft 141, the position of the lower power shaft 141 can be adjusted axially based on needs to meet different transportation needs and realize the position adjustment between the lower power shaft 141 and the lower conduction shaft.

[0070] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. Double-sided horizontal product washing and drying integrated equipment, characterized in that: It includes a feeding structure, a clamping conveying device, an upper cleaning structure, a lower cleaning structure and a discharging structure, wherein the feeding structure is used for automatically feeding products, and the discharging structure is used for automatically discharging products. Both ends of the clamping conveying device are respectively connected and communicated with the feeding structure and the discharging structure, and the upper cleaning structure and the lower cleaning structure are respectively arranged on the clamping conveying device, the upper cleaning structure is arranged above the clamping conveying device, and the lower cleaning structure is arranged below the clamping conveying device, the upper cleaning structure is used for spraying a cleaning airflow downward, and the lower cleaning structure is used for spraying a cleaning airflow upward; The clamping and conveying device includes a plurality of clamping and conveying structures, each of which is connected and arranged along a straight line, and each of which is used to convey products respectively; the clamping and conveying structure includes an upper clamping and conveying structure and a lower clamping and conveying structure, and the upper clamping and conveying structure and the lower clamping and conveying structure are respectively driven by a driving force to be in a conveying state, and the upper clamping and conveying structure and the lower clamping and conveying structure are connected and arranged along the upper and lower sides, and the driving direction of the upper clamping and conveying structure and the driving direction of the lower clamping and conveying structure are arranged oppositely, and the two ends of the lower clamping and conveying structure are respectively a head docking structure and a tail docking structure, and the adjacent lower clamping and conveying structures are docked through the head docking structure and the tail docking structure.

2. The double-sided horizontal product washing and drying integrated equipment according to claim 1, characterized in that: The first docking structure includes a plurality of first docking seats and a plurality of first docking wheels, each of the first docking seats and each of the first docking wheels are arranged in a one-to-one correspondence, and the first docking wheels are movably mounted on the first docking seats; the tail docking structure includes a plurality of tail docking seats and a plurality of tail docking wheels, each of the tail docking seats and each of the tail docking wheels are arranged in a one-to-one correspondence, and the tail docking wheels are movably mounted on the tail docking seats; each of the first docking wheels and each of the tail docking wheels are arranged in a staggered and cross manner.

3. The double-sided horizontal product washing and drying integrated equipment according to claim 2, characterized in that: The lower clamping structure includes a lower power shaft, a plurality of lower transmission shafts and a plurality of lower wide-angle belts, wherein the lower power shaft is used to receive driving force, and along the radial direction of the lower power shaft, the lower transmission shafts are arranged at intervals along the two ends of the lower power shaft, and the two ends of the lower wide-angle belt are respectively sleeved with the lower power shaft and the lower transmission shaft, and the two ends of the lower wide-angle belt are respectively sleeved with the adjacent lower transmission shafts; The lower transmission shaft includes a lower transmission shaft body and a plurality of lower transmission pulleys, the lower transmission shaft body passes through each of the lower transmission pulleys, and each of the lower transmission pulleys is connected to the lower transmission shaft body; each of the first connecting wheels is arranged in a one-to-one correspondence with each of the lower transmission pulleys, the first connecting structure includes a plurality of first wide-angle belts, and the two ends of the first wide-angle belt are respectively mounted with the first connecting wheel and the lower transmission pulley; each of the tail connecting wheels is arranged in a one-to-one correspondence with each of the lower transmission pulleys, the tail connecting structure includes a plurality of tail wide-angle belts, and the two ends of the tail wide-angle belt are respectively mounted with the tail connecting wheel and the lower transmission pulley.

4. The double-sided horizontal product washing and drying integrated equipment according to claim 2, characterized in that: The first docking structure forms a first docking area, the tail docking structure forms a tail docking area, the tail docking wheel is delayed and embedded in the first docking area, and the first docking wheel is delayed and embedded in the tail docking area.

5. The double-sided horizontal product washing and drying integrated equipment as claimed in claim 3, characterized in that: The feeding structure includes a feeding belt, a feeding wheel, two feeding transfer wheels and an access device, the feeding wheel is arranged between the two feeding transfer wheels, and the feeding wheel and the two feeding transfer wheels are arranged correspondingly on the same axis, the end of the feeding belt is sleeved with the feeding wheel, and the feeding belt is used to convey products in the direction toward the access device; the access device includes two access seats and two access belts, the two access belts are arranged correspondingly at intervals, the access seat is connected to the first docking seat, one of the first docking seats is arranged between the two access seats, the first docking wheel has a first docking groove and a second docking groove, the two ends of the access belt are respectively sleeved with the feeding transfer wheel and the first docking groove, and the end of the lower wide-angle belt is sleeved with the second docking groove.

6. The double-sided horizontal product washing and drying integrated equipment according to claim 5, characterized in that: The feeding structure includes a positioner and two feeding extension belts, the feeding belt is arranged between the two feeding extension belts, and the feeding belt and the two feeding extension belts are synchronously driven and arranged in the same driving direction; the positioner includes two positioning plates, a positioning motor and a positioning shaft, the positioning motor is used to drive the positioning shaft to rotate, the positioning shaft passes through the two positioning plates in sequence, and the positioning shaft is used to drive the two positioning plates to reciprocate in opposite directions, a guiding area is formed between the two positioning plates, and the product is conveyed along the guide area.

7. The double-sided horizontal product washing and drying integrated device according to any one of claims 3 to 6, characterized in that: The discharging structure includes a discharging belt, a discharging wheel, two discharging transfer wheels and a receiver. The discharging wheel is arranged between the two discharging transfer wheels, and the discharging wheel and the two discharging transfer wheels are arranged correspondingly on the same axis. The end of the discharging belt is sleeved with the discharging wheel, and the discharging belt is used to output products in a direction away from the clamping conveying structure; the receiver includes two receiving seats, two receiving wheels and two receiving belts. The receiving wheels are movably mounted on the receiving seats, and the two ends of the receiving belts are respectively sleeved with the receiving wheels and the discharging transfer wheels; each of the tail connecting wheels is arranged between the two receiving seats, and the lower wide-angle belt and the receiving belt are arranged in an alternating manner.

8. The double-sided horizontal product washing and drying integrated device according to any one of claims 1 to 6, characterized in that: The upper cleaning structure comprises an upper bracket and an upper flushing module, the upper bracket is mounted on the clamping and conveying structure, the upper flushing module is mounted on the upper bracket, and the upper flushing module is arranged above the clamping and conveying structure, the upper flushing module is used to spray high-pressure water flow downward, the upper flushing module comprises a first upper flushing group and a second upper flushing group, the first upper flushing group comprises a plurality of first upper nozzles, each of the first upper nozzles is arranged in a corresponding manner at intervals along the axial direction, the second upper flushing group comprises a plurality of second upper nozzles, each of the second upper nozzles is arranged in a corresponding manner at intervals along the axial direction, and the first upper nozzle and the second upper nozzle are arranged in a staggered manner along the radial direction; The lower cleaning structure includes a lower bracket and a lower flushing module, the lower bracket is installed on the clamping and conveying structure, the lower flushing module is installed on the lower bracket, and the lower flushing module is arranged below the clamping and conveying structure, the lower flushing module is used for spraying high-pressure water flow upward, the lower flushing module includes a first lower flushing group and a second lower flushing group, the first lower flushing group includes a plurality of first lower nozzles, and along the axial direction, each of the first lower nozzles is arranged in a corresponding interval, the second lower flushing group includes a plurality of second lower nozzles, and along the axial direction, each of the second lower nozzles is arranged in a corresponding interval, and along the radial direction, the first lower nozzle and the second lower nozzle are staggered.

9. The double-sided horizontal product washing and drying integrated device according to any one of claims 1 to 6, characterized in that: The clamping and conveying device comprises an upper dryer and a lower dryer, wherein the upper dryer and the clamping and conveying structure are connected and arranged in an up-and-down manner, and the clamping and conveying structure and the lower dryer are connected and arranged in an up-and-down manner; the upper dryer comprises an upper drying seat, an upper drying rack and an upper drying shell, wherein the upper drying seat is mounted on the clamping and conveying structure, the upper drying rack is movably mounted on the upper drying seat, the upper drying shell is mounted on the upper drying rack, the upper drying rack is arranged in an inclined manner, the upper drying shell is connected and communicated with the air compressor, the upper drying shell has an upper air outlet, the upper air outlet is arranged in an elongated strip shape along the axial direction, the upper air outlet is arranged toward the clamping and conveying structure, and the upper air outlet is arranged in an inclined manner relative to the horizontal plane; The lower dryer includes a lower drying seat, a lower drying rack and a lower drying shell, wherein the lower drying seat is mounted on the clamping and conveying structure, the lower drying rack is movably mounted on the lower drying seat, the lower drying shell is mounted on the lower drying rack, the lower drying rack is arranged obliquely, the lower drying shell is connected and communicated with an air compressor, the lower drying shell has a lower air outlet, the lower air outlet is arranged in an elongated strip shape along the axial direction, the lower air outlet is arranged toward the clamping and conveying structure, and the lower air outlet is arranged obliquely relative to a horizontal plane.

10. The double-sided horizontal product washing and drying integrated device according to any one of claims 1 to 6, characterized in that: The upper clamping structure includes an upper power shaft, a plurality of upper transmission shafts and a plurality of upper wide-angle belts. Along the radial direction of the upper power shaft, the upper transmission shafts are arranged at intervals along the two ends of the upper power shaft. The upper power shaft and the upper transmission shaft are respectively sleeved at the two ends of the upper wide-angle belt, and the adjacent upper transmission shafts are respectively sleeved at the two ends of the upper wide-angle belt. The double-sided horizontal product cleaning and drying integrated equipment includes a driver and a tensioner, the driver includes an upper servo motor, a lower servo motor and a plurality of synchronous belts, the upper servo motor is connected to the upper power shaft, and the upper servo motor is used to drive the upper power shaft, and the two ends of the synchronous belt are respectively sleeved on the adjacent upper power shaft; the lower servo motor is connected to the lower power shaft, and the lower servo motor is used to drive the lower power shaft, and the two ends of the synchronous belt are respectively sleeved on the adjacent lower power shaft; the tensioner includes two idle wheels and a tensioning wheel, the two idle wheels and the tensioning wheel are arranged in a triangle, the synchronous belt is respectively arranged with the idle wheel and the tensioning wheel, and the tensioning wheel is used to tension the synchronous belt.

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