A piston rod surface treatment rapid drying device

Abstract

The application discloses a kind of piston rod surface treatment quick drying device, including the conveying structure for transmission piston rod, the conveying structure top is equipped with quick drying component, quick drying component includes by multiple dry pipe connection composition's ventilation frame body, wherein ventilation frame body includes main pipe and is connected on main pipe a group of branch pipe A, a group of branch pipe B and a group of branch pipe C, ventilation frame body bottom is connected with two gas box A for gas accumulation, and multiple dry pipes are communicated between two gas box A.This application reduces the idle environment, not only can evaporate the way of piston rod surface moisture can dry piston rod, but also can be added by the way of wiping piston rod surface to assist drying operation, and also can make piston rod rotate, can more evenly wipe and quickly dry to piston rod surface, to improve work efficiency, more in line with the requirement of quick drying.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of piston rod surface drying, and particularly relates to a piston rod surface treatment rapid drying device. BACKGROUND

[0002] The piston rod surface treatment rapid drying device is used for rapidly drying the surface of the piston rod after cleaning and other related treatments. At present, when the piston rod is dried, the drying is performed in a flow line mode. After rough cleaning and fine cleaning, the piston rod is left in an idle area, and then is dried in a drying area. The drying mode has the following problems. First, the piston rod is left in the idle area, which wastes time and affects the drying efficiency. Second, the piston rod is only dried by using high-temperature gas to evaporate the surface water, and no other means is used to improve the drying efficiency. Therefore, the piston rod surface treatment rapid drying device is provided to solve the above problems. SUMMARY

[0003] The piston rod surface treatment rapid drying device aims at solving the problems in the prior art.

[0004] In order to achieve the above object, the present application adopts the following technical scheme.

[0005] A kind of piston rod surface treatment quick drying device, including the conveying structure for transmission piston rod, the conveying structure includes two side edge components, two transmission rods A are arranged between the two side edge components, the two ends of the two transmission rods A are provided with transmission wheels A, the transmission wheels A on the same end of the two transmission rods A are provided with transmission belts, and the transmission belts are used to convey piston rod, a quick drying component is arranged above the conveying structure, and the quick drying component includes a ventilation frame body connected by multiple dry pipes, wherein the ventilation frame body includes a main pipe and a group of branch pipes A, a group of branch pipes B and a group of branch pipes C connected to the main pipe, wherein the main pipe is provided with an interface connected to an external hot air supply pipe to facilitate the filling of hot gas into the main pipe through the hot air supply pipe, the branch pipes A and the branch pipes B are arranged close to the two ends of the main pipe, the two branch pipes A are used as a group, the two branch pipes B are used as a group, and the two branch pipes C are used as a group, the group of branch pipes A and the group of branch pipes B are symmetrical, and the group of branch pipes C is also arranged symmetrically, wherein it should be noted that the two branch pipes C are located between the two branch pipes A and the two branch pipes B, respectively, and the two branch pipes C are connected by a connecting rod, and the branch pipes C are connected by a support rod between the surface and the main pipe, the bottom of the ventilation frame body is connected with two gas boxes A for storing gas, and the two gas boxes A are respectively connected at the bottom of the group of branch pipes A and one branch pipe C and the group of branch pipes B and the other branch pipe C, and the gas outlet ports at the bottom of the branch pipes A, the branch pipes B and the branch pipes C are smaller than the inner diameter of the pipe body, so that the pressure and gas impact force can be increased when the gas is discharged, wherein one end of the branch pipes A, the branch pipes B and the branch pipes C is communicated with the gas box A, and the other end of the branch pipes A, the branch pipes B and the branch pipes C is communicated with the main pipe, so that the main pipe is communicated with the gas box A through the branch pipes A, the branch pipes B and the branch pipes C, the bottom of the two gas boxes A is connected with a blocking rubber block, the bottom of the blocking rubber block and the top of the belt are at the same horizontal height during use, and the two ends of the blocking rubber block are upwardly curved, so that the piston rod is prevented from being blocked by the end of the gas box A, so that the transmission belt with the piston rod can move to the bottom of the two gas boxes A, and a plurality of drying pipes are communicated between the two gas boxes A, a plurality of gas outlet holes for discharging dry gas are formed in the plurality of drying pipes, and auxiliary parts are connected to the drying pipes at the first, last and middle positions, it should be noted that the drying pipes connected with the auxiliary parts are rotatably connected with the gas boxes A, the auxiliary parts include wiping cotton A and transmission impellers, the wiping cotton A is arranged in a plurality of circumferential positions on the surface of the drying pipe, it should be noted that the wiping cotton A avoids the gas outlet holes during arrangement, the transmission impellers are arranged at two ends of the drying pipe and located in the gas box A, wherein it should be noted that the end of the drying pipe connected with the transmission impeller extends into the gas box A, and the end of the drying pipe is communicated with the gas box A, and the transmission impeller is located below the gas inlet position in the gas box A, and the gas inlet position is the position of the branch pipes A, the branch pipes B and the branch pipes C communicated with the gas box A.

[0006] As further in the application, a wiping assembly is arranged between the two side assemblies and below the several drying tubes, the wiping assembly comprises transmission members A and a stretching member, the two transmission members A are arranged side by side between the two side assemblies, and the stretching member is connected below the two side assemblies, the transmission member A comprises a transmission rod B, the transmission rod B is provided with a transmission cylinder and two transmission wheels B, the two transmission wheels B are respectively located in front of the transmission belt, and the transmission rod B is provided with the transmission wheel B at both ends, the transmission wheel B is located at both ends of the transmission cylinder, the stretching member comprises two connecting blocks connected to the two side assemblies respectively, the opposite surfaces of the two connecting blocks are connected with communicating rods, and the same stretching cylinder is rotatably arranged on the two communicating rods, the same lifting member is sleeved on the two transmission cylinders and the stretching cylinder, and the lifting member comprises a lifting belt, the outer surface of the lifting belt is provided with wiping soft hair and wiping cotton B which are in contact with the surface of the piston rod.

[0007] As further in the application, the side assembly comprises two side plates, the side plates are provided with through holes, the two side plates are provided with a reinforcing rod therebetween, the two side plates and the reinforcing rod are locked together by bolts, the reinforcing rod is provided with avoiding openings, the through holes and the avoiding openings are in communication, the two side plates are provided with guide plates, the upward portions of the two guide plates are inclined upward to ensure that the both ends of the piston rod do not protrude from the two side plates as far as possible, the both ends of the transmission rod A extend into the avoiding openings through the through holes, the transmission rod A is rotatably connected with the through hole, the transmission wheel A is located in the avoiding opening, the transmission belt covers the top and the bottom of the reinforcing rod, the transmission wheel A comprises a transmission ring A and a transmission block A arranged at the outer circle of the transmission ring, the transmission block A protrudes from the top and the bottom of the reinforcing rod, the transmission belt comprises a belt body, the inner circle of the belt body is provided with a transmission opening matched with the transmission block A, the outer circle of the belt body is provided with a connecting opening in communication with the transmission opening, and the connecting opening is connected with a spacing block.

[0008] As further in the application, the wiping assembly is provided below a drying assembly, and the drying assembly is in communication with the main pipe through the communicating pipe groups, each of the two communicating pipe groups comprises a pipe body A connected to the end of the main pipe, one end of the pipe body A away from the main pipe is connected with a pipe body B, the pipe body B is a telescopic pipe, one end of the pipe body B away from the pipe body A is connected with a pipe body C.

[0009] The drying assembly comprises a gas box B connected to one end of the pipe body C, a plurality of drying pipes are in communication between the two gas boxes B and located below the lifting member, and the surfaces of the plurality of drying pipes are provided with drying holes.

[0010] The bottom of each of the two gas boxes B is provided with two supporting frames, each of the supporting frames comprises a supporting rod and a pressing block, and each supporting rod is provided with two pressing blocks, and the pressing blocks are in Z shape.

[0011] As further in the application, the inner circle of the lifting belt is provided with a heat dissipation opening and a ventilation hole, and it is noted that the ventilation hole on the inner circle of the lifting belt is also provided at the position of the heat dissipation opening, and the ventilation hole is communicated to the wiping soft hair and the wiping cotton B on the outer surface of the lifting belt;

[0012] The through cavity is provided in the middle of the stretching cylinder, two stop rings are arranged in the middle of the through cavity, a cavity is arranged in the side wall of the stretching cylinder, a dispersion hole is provided on the outer surface of the stretching cylinder and is communicated with the cavity, the cavity and the through cavity are communicated, the communication position is between the two stop rings, the opposite ends of the two communication rods are arranged in the through cavity, the opposite ends of the two communication rods are respectively in contact with the opposite surfaces of the two stop rings, the stretching cylinder is rotatably connected between the surfaces of the two communication rods, the opposite ends of the two communication rods are respectively connected with the pipe body D and the pipe body C, and the inside of the communication rod is communicated with the inside of the pipe body D and the pipe body C.

[0013] As further in the application, the opposite surfaces of the two side edge assemblies are provided with knocking assemblies, the knocking assembly comprises a belt pulley A, a positioning block, a displacement piece, a spring A and a transmission piece B, the two belt pulleys A are respectively connected to the transmission rods A at positions close to the two transmission wheels A, the positioning block is connected to the opposite surfaces of the two side edge assemblies, the displacement piece comprises a displacement rod, the displacement rod is provided with a transmission tooth, one end of the displacement rod is provided with a knocking head, the displacement rod penetrates through the displacement hole provided on the positioning block, the spring A is sleeved on the surface of the displacement rod, the transmission piece B comprises a rotatable transmission rod C, the transmission rod C is connected with a transmission gear and a belt pulley B, the transmission gear is an incomplete gear and is engaged with the transmission tooth.

[0014] As further in the application, the displacement hole on the positioning block is fixedly provided with a limiting block, a limiting groove is provided on the displacement rod, the transmission tooth is arranged in the limiting groove, the spring A is arranged on the displacement rod and is located between the knocking head and the positioning block, the knocking head is a directional pulley structure and is in contact with the surface of the lifting belt, the transmission rod C is connected to the side plate through a flange seat, the transmission rod C and the flange seat are rotatably connected, the transmission gear is located in the limiting groove and is engaged with the transmission tooth, the belt pulley B is located below the belt pulley A, and the belt pulley B and the belt pulley A are sleeved with a belt B.

[0015] As further in the application, the main pipe is connected with a connecting assembly, and the connecting assembly comprises a holding piece and a connecting piece, the holding piece comprises two holding blocks, the opposite surfaces of the two holding blocks are provided with holding openings and clamping grooves, the clamping grooves are located above the holding openings, the connecting piece comprises a connecting cylinder, a spring B, a T-shaped rod and a clamping block, the connecting cylinder is connected to the inner top of the equipment box, the spring B is arranged in the connecting cylinder and is located at the top of the T-shaped rod, the T-shaped rod is located in the connecting cylinder, the bottom end of the T-shaped rod penetrates through the connecting cylinder and is connected to the clamping block, and the clamping block is matched in the holding opening on the opposite surface of the two holding blocks.

[0016] Compared with the prior art, the application has the following advantages:

[0017] The present application removes the idle environment, can dry the piston rod in the way of evaporating the water on the surface of the piston rod, and can also assist the drying operation by adding the way of wiping the surface of the piston rod, thereby improving the drying efficiency;

[0018] In addition, the surface of the piston rod is wiped and dried, and the wiping surface and wiping tools such as wiping soft hair are dried, so that the wiping work is kept dry, and the rapid drying efficiency is prevented from being affected;

[0019] In addition, the surface of the piston rod is wiped and dried, and the wiping surface and wiping tools such as wiping soft hair are dried, so that the wiping work is kept dry, and the rapid drying efficiency is prevented from being affected; BRIEF DESCRIPTION OF DRAWINGS

[0020] Figure 1 The present application provides a piston rod surface treatment rapid drying device Figure 1 ;

[0021] Figure 2 The present application provides a piston rod surface treatment rapid drying device Figure 2 ;

[0022] Figure 3 The present application provides a piston rod surface treatment rapid drying device

[0023] Figure 4 The present application provides a piston rod surface treatment rapid drying device Figure 3 ;

[0024] Figure 5 The present application provides a piston rod surface treatment rapid drying device Figure 4 ;

[0025] Figure 6 The present application provides a piston rod surface treatment rapid drying device Figure 4 ;

[0026] Figure 7 The present application provides a piston rod surface treatment rapid drying device Figure 6 ;

[0027] Figure 8 The present application provides a piston rod surface treatment rapid drying device Figure 3 ;

[0028] Figure 9 The present application provides a piston rod surface treatment rapid drying device Figure 3 ;

[0029] Figure 10 The present application provides a piston rod surface treatment rapid drying device

[0030] Figure 11For Figure 10 Enlarged view of the wiping assembly;

[0031] Figure 12 For Figure 11 Structural exploded view of the wiping assembly;

[0032] Figure 13 Structural schematic view of the drying assembly, the rapid drying assembly, and the tensioning member in the present application;

[0033] Figure 14 For Figure 13 Split view of the support bracket and the gas cartridge B in the present application;

[0034] Figure 15 For Figure 13 Structural split view of the tensioning member in the present application;

[0035] Figure 16 For Figure 15 Sectional view of the tensioning cylinder in the present application;

[0036] Figure 17 Structural schematic view of the knocking assembly and the side assembly in the present application;

[0037] Figure 18 For Figure 17 Structural split schematic view of the knocking assembly in the present application.

[0038] In the figure: 1, conveying structure; 11, reinforcing rod; 111, avoiding opening; 12, side plate; 121, through hole; 13, guide plate; 14, transmission rod A; 15, transmission wheel A; 16, transmission belt; 161, belt body; 1611, transmission opening; 1612, connecting opening; 162, spacing block; 2, quick drying assembly; 21, main pipe; 22, branch pipe A; 23, branch pipe B; 24, branch pipe C; 25, connecting rod; 26, supporting rod; 27, air box A; 271, blocking rubber block; 28, drying pipe; 29, auxiliary part; 291, wiping cotton A; 292, transmission impeller; 3, wiping assembly; 31, lifting part; 311, lifting belt; 3111, heat dissipation opening; 3112, air hole; 312, wiping soft hair; 313, wiping cotton B; 32, transmission part A; 321, transmission rod B; 322, transmission wheel B; 323, transmission cylinder; 33, stretching part; 331, connecting rod; 332, connecting block; 333, stretching cylinder; 3331, cavity; 3332, connecting cavity; 3333, blocking ring; 4, connecting pipe group; 41, pipe body A; 42, pipe body B; 43, pipe body C; 431, pipe body D; 5, drying assembly; 51, air box B; 52, drying pipe; 53, supporting frame; 531, supporting rod; 532, pressing block; 6, knocking assembly; 61, pulley A; 62, positioning block; 621, displacement hole; 622, limiting block; 63, displacement part; 631, impact head; 632, displacement rod; 633, limiting groove; 634, transmission tooth; 64, spring A; 65, transmission part B; 651, transmission rod C; 652, transmission gear; 653, pulley B; 7, connecting assembly; 71, holding part; 711, holding block; 712, holding opening; 713, clamping groove; 72, connecting part; 721, connecting cylinder; 722, spring B; 723, T-shaped rod; 724, clamping block. DETAILED DESCRIPTION

[0039] In the description of the present application, it should be understood that the terms "center", "longitudinal", "transverse", "length", "width", "thickness", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", "clockwise", "counterclockwise" and the like indicate the orientation or positional relationship based on the orientation or positional relationship shown in the drawings, which are only for the convenience of describing the present application and simplifying the description, and do not indicate or imply that the devices or elements referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore cannot be understood as a limitation on the present application.

[0040] In the description of the present application, the meaning of "a plurality of" is two or more, unless otherwise explicitly and specifically limited.

[0041] In the description of the present application, it should be noted that unless otherwise explicitly specified and limited, the terms "mounting", "provided with", "sleeved / connected", "connected" and the like should be understood broadly, for example, "connected" can be fixedly connected, or detachably connected, or integrally connected; can be mechanically connected, or electrically connected; can be directly connected, or indirectly connected through an intermediate medium, or can be connected inside two elements. For those skilled in the art, the specific meaning of the above terms in the present application can be understood according to the specific circumstances.

[0042] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all the embodiments.

[0043] With reference to Figures 1-18The utility model provides a kind of piston rod surface treatment quick drying device, including the conveying structure 1 for transmission piston rod, conveying structure 1 includes two side edge components, two transmission rods A14 are equipped between two side edge components, both ends of two transmission rods A14 have transmission wheel A15, transmission belt 16 is used to convey piston rod on the transmission wheel A15 of the same end of two transmission rods A14, conveying structure 1 top is equipped with quick drying component 2, quick drying component 2 includes the air frame body connected by multiple dry pipes, wherein air frame body includes main pipe 21 and the group of branch pipes A22, the group of branch pipes B23 and the group of branch pipes C24 connected on main pipe 21, wherein main pipe 21 has the interface of connecting external hot air supply pipe to facilitate hot gas by hot air supply pipe to be filled into main pipe 21, branch pipe A22, branch pipe B23 are close to the position of both ends of main pipe 21, two branch pipes A22 are used as a group, two branch pipes B23 are used as a group, two branch pipes C24 are used as a group, a group of branch pipes A22 and a group of branch pipes B23 are symmetrical, a group of branch pipes C24 are also symmetrical arrangement, wherein two branch pipes C24 are located between two branch pipes A22 and two branch pipes B23 respectively, connecting rod 25 is connected between two branch pipes C24, support rod 26 is connected between the surface of branch pipe C24 and main pipe 21, connecting rod 25 and support rod 26 can increase the use intensity of air frame body, air frame body bottom is connected with two gas boxes A27 for gas accumulation, and two gas boxes A27 are connected at the bottom of a group of branch pipes A22 and a group of branch pipes B23 respectively, and one branch pipe C24 and another branch pipe C24, the outlet port of branch pipe A22, branch pipe B23 and branch pipe C24 bottom is less than the inner diameter of pipe body, so that the pressure and gas impact force can be increased when gas is discharged, wherein one end of branch pipe A22, branch pipe B23 and branch pipe C24 is communicated with gas box A27, the other end of branch pipe A22, branch pipe B23 and branch pipe C24 is communicated with main pipe 21, so that main pipe 21 is communicated with gas box A27 through branch pipe A22, branch pipe B23 and branch pipe C24, the bottom of two gas boxes A27 is connected with anti-blocking rubber block 271, the bottom of anti-blocking rubber block 271 and the top of belt body 161 are at the same horizontal height during use, furthermore, the two ends of anti-blocking rubber block 271 are upwardly curved ends, the curved ends can prevent piston rod from being blocked by the end of gas box A27, so as to facilitate the movement of transmission belt 16 with piston rod to the bottom of two gas boxes A27, and a plurality of drying pipes 28 are communicated between two gas boxes A27, a plurality of drying pipes 28 are all provided with a plurality of gas outlet holes for discharging dry gas, auxiliary part 29 is connected to the drying pipe 28 at the first, last and middle positions, it should be noted that the drying pipe 28 connected with auxiliary part 29 is rotatably connected with gas box A27, auxiliary part 29 includes wiping cotton A291 and transmission impeller 292, a plurality of wiping cotton A291 are arranged on the surface of drying pipe 28 in a circle, it should be noted that the gas outlet hole is avoided when arranging wiping cotton A291,The transmission impeller 292 is connected to the two ends of the drying pipe 28 and located inside the air box A 27, and the end of the drying pipe 28 connected to the transmission impeller 292 extends into the air box A 27 and communicates with the air box A 27, and the transmission impeller 292 is located below the air inlet position of the air box A 27, which is the position where the branch pipe A 22, the branch pipe B 23 and the branch pipe C 24 communicate with the air box A 27.

[0044] The high-pressure hot gas outside is filled into the main pipe 21 through the gas supply pipe, and the hot gas filled in the main pipe 21 is filled into the two air boxes A 27 through the branch pipe A 22, the branch pipe B 23 and the branch pipe C 24, and then enters the drying pipe 28 after being filled in the air box A 27, and is discharged from the air outlet hole of the drying pipe 28, and the drying gas discharged from the air outlet hole is sprayed to the piston rod moving in the transmission belt 16 to dry the water on the surface of the piston rod by the hot gas; at the same time, the hot gas is blown on the transmission impeller 292 when it is filled into the air box A 27 through the branch pipe A 22, the branch pipe B 23 and the branch pipe C 24, so that the transmission impeller 292 connected to the drying pipe 28 rotates in the air box A 27, further driving the drying pipe 28 to rotate between the two air boxes A 27, and the drying pipe 28 rotates and drives the wiping cotton A 291 to rotate, which wipes the water on the piston rod while drying the piston rod, and the hot air can also dry the wiping cotton A 291 which becomes wet during wiping, so that the efficiency of drying water and hot air drying is higher than that of pure hot air drying.

[0045] Further, the wiping assembly 3 is arranged between the two side assemblies and below the drying pipes 28, the wiping assembly 3 comprises a transmission member A 32 and a stretching member 33, the two transmission members A 32 are arranged side by side between the two side assemblies, and the stretching member 33 is connected below the two side assemblies, the transmission member A 32 comprises a transmission rod B 321, the transmission rod B 321 has a transmission cylinder 323 and two transmission wheels B 322, the two transmission wheels B 322 are located in front of the transmission belt 16, and the transmission wheels B 322 are located at both ends of the transmission cylinder 323, the stretching member 33 comprises two connecting blocks 332 connected to the two side assemblies respectively, the two connecting blocks 332 are connected with a communication rod 331 on the opposite surfaces, the same stretching cylinder 333 is rotatably arranged on the two communication rods 331, and the same lifting member 31 is sleeved on the two transmission cylinders 323 and the stretching cylinder 333, the lifting member 31 comprises a lifting belt 311, and the wiping soft hair 312 and the wiping cotton B 313 which contact the surface of the piston rod are arranged on the outer surface of the lifting belt 311.

[0046] When the two transmission belts 16 rotate simultaneously, the piston rod can be conveyed and moved, and the piston rod is dried by the rapid drying assembly 2 during the conveying and moving process. The two transmission belts 16 drive the two transmission members A32 to rotate simultaneously. Specifically, the two transmission belts 16 drive the two transmission wheels B322 to rotate simultaneously. The transmission wheels B322 drive the transmission cylinders 323 to rotate. Since the lifting belt 311 is sleeved on the two transmission cylinders 323 and the one stretching cylinder 333, the rotation of the two transmission cylinders 323 can drive the lifting belt 311 to rotate. Since the diameter of the transmission cylinder 323 is greater than that of the transmission wheel B322, the rotation speed of the lifting belt 311 is faster than that of the transmission belt 16 during rotation. Therefore, when the piston rod is conveyed, the lifting belt 311 rotates to wipe the surface of the piston rod by the wiping soft hair 312 and the wiping cotton B313, so as to assist in wiping and drying.

[0047] Further, the side assembly includes two side plates 12, and the side plates 12 are provided with through holes 121. The two side plates 12 are provided with a reinforcing rod 11, and the two side plates 12 and the reinforcing rod 11 are locked together by bolts. The reinforcing rod 11 is provided with an avoiding opening 111, and the through holes 121 and the avoiding openings 111 are communicated. The two side plates 12 that are far away from each other are provided with guide plates 13. The upward parts of the two guide plates 13 are inclined upward to ensure that the two ends of the piston rod do not protrude from the two side plates 12 that are far away from each other. The two ends of the transmission rod A14 extend into the avoiding openings 111 through the through holes 121, and the transmission rod A14 is rotatably connected with the through holes 121. The transmission wheel A15 is located in the avoiding openings 111. The transmission belt 16 covers the top and bottom of the reinforcing rod 11. The transmission wheel A15 includes a transmission ring A and a transmission block A arranged at the outer position of the transmission ring. The transmission block A protrudes from the top and bottom of the reinforcing rod 11. The transmission belt 16 includes a belt body 161, and the inner position of the belt body 161 is provided with a transmission opening 1611 matched with the transmission block A. The outer position of the belt body 161 is provided with a connecting opening 1612 communicated with the transmission opening 1611, and the connecting opening 1612 is connected with a spacing block 162.

[0048] The transmission rod A14 and the transmission rod B321 are provided with belt grooves at positions close to one end. The belt grooves are sleeved with a belt A, so that the transmission rod A14 and the transmission rod B321 can rotate together. The power sources of the transmission rod A14 and the transmission rod B321 are external motors. The motor drives the transmission rod A14 to rotate, and the transmission rod A14 drives the transmission wheel A15 to rotate. The transmission wheel A15 drives the transmission belt 16 to rotate through the matching of the transmission block A and the transmission opening 1611. The transmission belt 16 moves on the top and bottom of the reinforcing rod 11. The transmission belt 16 drives the spacing block 162 to move. The piston rod is located between two adjacent spacing blocks 162, and can be moved on the bottom of the air box A27 when the transmission belt 16 rotates.

[0049] As further in the present application, the wiping assembly 3 is provided below with a drying assembly 5, and the drying assembly 5 is communicated with the main pipe 21 through the communicating pipe group 4, both of the communicating pipe group 4 comprises a pipe body A41 communicated at the end of the main pipe 21, and the pipe body A41 is connected with a pipe body B42 away from the main pipe 21, the pipe body B42 is a telescopic pipe, and the pipe body B42 is connected with a pipe body C43 away from the pipe body A41;

[0050] The drying assembly 5 comprises a gas box B51 connected at one end of the pipe body C43, a plurality of drying pipes 52 are communicated between the two gas boxes B51 and located below the lifting piece 31, and the surface of the plurality of drying pipes 52 is provided with drying holes;

[0051] The bottom of the two gas boxes B51 is provided with two supporting frames 53, and the two supporting frames 53 both comprise a supporting rod 531 and a pressing block 532, and the pressing block 532 on each supporting rod 531 has two, and the pressing block is in Z shape;

[0052] When assembling, the two supporting rods 531 are placed at the bottom of the two gas boxes B51, then a part of the pressing block 532 is pressed on the gas box B51, and the other part is locked on the supporting rod 531 through the bolt, so that the gas box B51 is pressed on the supporting rod 531, and the positions of the two ends of the supporting rod 531 are connected through the bolt on the opposite positions of the two far away side plates, so that the gas box B51 and the drying pipe 52 are positioned below the wiping assembly 3;

[0053] More specifically, the hot gas entering the main pipe 21, part of which enters the drying pipe 28, and the other part enters the gas box B51 through the pipe body A41, the pipe body B42 and the pipe body C43, and then enters the plurality of drying pipes 52 from the gas box B51, and the drying hot gas in the drying pipe 52 is discharged through the drying hole and blown to the lifting belt 311, so as to dry the surface of the lifting belt 311 and the wiping soft hair 312 and the wiping cotton B313, so as to keep the wiping piston rod and the drying part dry, so as to keep the surface of the lifting belt 311 and the wiping soft hair 312 and the wiping cotton B313 dry and continue to wipe the piston rod.

[0054] As further in the present application, the inner circle surface of the lifting belt 311 is provided with a heat dissipation opening 3111 and a ventilation hole 3112, and it should be noted that the ventilation hole 3112 on the inner circle of the lifting belt 311 also has the heat dissipation opening 3111, and the ventilation hole 3112 is communicated to the wiping soft hair 312 and the wiping cotton B313 on the outer circle surface of the lifting belt 311;

[0055] The through hole 3332 is arranged in the middle of the stretching cylinder 333, and two blocking rings 3333 are arranged in the middle of the through hole 3332. A cavity 3331 is arranged in the side wall of the stretching cylinder 333, and a dispersion hole is arranged on the outer side of the stretching cylinder 333 and is connected with the cavity 3331. The cavity 3331 is connected with the through hole 3332, and the connection position is between the two blocking rings 3333. The opposite ends of the two connecting rods 331 are arranged in the through hole 3332, and the opposite ends of the two connecting rods 331 are respectively connected with the two blocking rings 3333. The stretching cylinder 333 is rotatably connected between the surfaces of the two connecting rods 331. The opposite ends of the two connecting rods 331 are respectively connected with the pipe body C43 through the pipe body D431, and the inside of the connecting rod 331 is connected with the inside of the pipe body C43 through the pipe body D431.

[0056] When in use, part of the hot gas entering the pipe body C43 from the main pipe 21 enters the gas box B51, and the other part enters the connecting rod 331 through the pipe body D431. The hot gas entering the two connecting rods 331 enters the through hole 3332 from the opposite ends of the connecting rod 331, and enters the cavity 3331 from the position between the two blocking rings 3333, and then is sprayed out of the dispersion hole to the inner circle of the lifting belt 311 to form heat in the inner circle of the lifting belt 311, and the heat is dispersed through the air holes 3112 to the lifting belt 311, the wiping soft hair 312 and the wiping cotton B313, so as to assist the drying pipe 52 to improve the drying efficiency of the lifting belt 311, the wiping soft hair 312 and the wiping cotton B313.

[0057] Further, the opposite surfaces of the two side assemblies are provided with knocking assemblies 6. The knocking assembly 6 comprises a belt pulley A61, a positioning block 62, a displacement piece 63, a spring A64 and a transmission piece B65. The two belt pulleys A61 are respectively connected to the transmission rods A14 near the two transmission wheels A15. The positioning block 62 is connected to the opposite surfaces of the two side assemblies. The displacement piece 63 comprises a displacement rod 632, and the displacement rod 632 is provided with a transmission gear 634. One end of the displacement rod 632 is provided with a knocking head 631. The displacement rod 632 penetrates through the displacement hole 621 arranged on the positioning block 62. The spring A64 is sleeved on the surface of the displacement rod 632. The transmission piece B65 comprises a rotatable transmission rod C651, and the transmission rod C651 is connected with a transmission gear 652 and a belt pulley B653. The transmission gear 652 is an incomplete gear and is engaged with the transmission gear 634.

[0058] As further in the present application, the fixed limit block 622 in the displacement hole 621 on the positioning block 62, the limit slot 633 is opened on the displacement rod 632, the transmission gear 634 is arranged in the limit slot 633, the spring A 64 is on the displacement rod 632 and is located between the impact head 631 and the positioning block 62, the impact head 631 is a directional pulley structure and contacts the surface of the lifting belt 311, the transmission rod C 651 is connected to the side plate 12 through the flange seat, the transmission rod C 651 is rotatably connected between the flange seat, the transmission gear 652 is located in the limit slot 633 and is engaged with the transmission gear 634, the pulley B 653 is located below the pulley A 61, and the pulley B 653 and the pulley A 61 are sleeved with the belt B;

[0059] In work, the transmission rod A 14 rotates to drive the pulley A 61 to rotate, the pulley A 61 drives the pulley B 653 to rotate through the belt B, the pulley B 653 drives the transmission rod C 651 to rotate, the transmission rod C 651 drives the transmission gear 652 to rotate, when the teeth on the transmission gear 652 are engaged with the transmission gear 634 in the limit slot 633, the displacement rod 632 can be moved in the displacement hole 621, specifically, when the displacement rod 632 moves, the limit slot 633 opened on the surface of the displacement rod 632 moves along the limit block 622, when the displacement rod 632 moves away from the direction of the lifting belt 311, the displacement rod 632 pulls the impact head 631 to extrude the spring A 64, at this time, the impact head 631 is away from the surface of the lifting belt 311 and does not contact, when the teeth on the transmission gear 652 are separated from the transmission gear 634, under the elastic reset action of the spring A 64, the extruded impact head 631 hits the surface of the lifting belt 311, so that the impact is away from each other, so that the water droplets on the lifting belt 311, the wiping soft hair 312 and the wiping cotton B 313 are shaken down, further assisting the drying effect of the wiping assembly 3, promoting the wiping effect of the wiping assembly 3 on the piston rod.

[0060] As further in the present application, the main pipe 21 is connected with the connecting assembly 7, and the connecting assembly 7 comprises a holding piece 71 and a connecting piece 72, the holding piece 71 comprises two holding blocks 711, the opposite surfaces of the two holding blocks 711 are provided with holding openings 712 and clamping grooves 713, the clamping grooves 713 are located above the holding openings 712, the connecting piece 72 comprises a connecting barrel 721, a spring B 722, a T-shaped rod 723 and a clamping block 724, the connecting barrel 721 is connected to the inner top of the equipment box, the spring B 722 is in the connecting barrel 721 and is located at the top of the T-shaped rod 723, the T-shaped rod 723 is located in the connecting barrel 721, the bottom end of the T-shaped rod 723 penetrates through the connecting barrel 721 and is connected to the clamping block 724, and the clamping block 724 is matched in the holding opening 712 on the opposite surface of the two holding blocks 711;

[0061] When assembling, first, the two holding blocks 711 in the two holding members 71 are closed on the surface of the main pipe 21, and the clamping block 724 is also closed on the surface of the main pipe 21, and then the clamping block 724 is placed between the two clamping grooves 713, then the two holding blocks 711 are locked together by bolts, and then the clamping block 724 is locked with the two holding blocks 711, so that the holding member 71 is not only connected with the main pipe 21, but also connected with the connecting member 72, then the connecting barrel 721 is connected to the inner top of the equipment box, the spring B722 is pressed on the top of the T-shaped rod 723, and the T-shaped rod 723 is pressed downward, so that the air frame body in the holding member 71 at the bottom end of the T-shaped rod 723 is downward, the air box A27 at the bottom of the air frame body is pressed on the piston rod, and the drying pipe 28 is displaced above the piston rod, when the piston rod moves, the surface of the piston rod contacts the anti-blocking rubber block 271 at the bottom of the air box A27, under the action of friction, the anti-blocking rubber block 271 does not move, the piston rod moves, and the piston rod rotates, in order to improve the rotating effect, the lifting belt 311 contacts the surface of the piston rod below the piston rod, when the lifting belt 311 rotates, it also provides friction and assists the rotation of the piston rod, so that the surface of the piston rod is wiped and dried more uniformly and quickly.

[0062] The above embodiments are the preferred embodiments of the present application, but the embodiments of the present application are not limited by the above embodiments, any changes, modifications, substitutions, combinations, simplifications made without departing from the spirit and principles of the present application should be equivalent replacement methods, and all are included in the protection scope of the present application.

Claims

1. A piston rod surface treatment quick-drying device comprising a conveying structure (1) for driving the piston rod, characterized in that, The conveying structure (1) comprises two side assemblies, two transmission rods A (14) are arranged between the two side assemblies, both ends of the two transmission rods A (14) are provided with transmission wheels A (15), the transmission wheels A (15) at the same end of the two transmission rods A (14) are provided with a transmission belt (16), and a quick drying assembly (2) is arranged above the conveying structure (1). The quick drying assembly (2) comprises a ventilation frame body formed by a plurality of dry pipes, wherein the ventilation frame body comprises a main pipe (21) and a group of branch pipes A (22), a group of branch pipes B (23) and a group of branch pipes C (24) connected to the main pipe (21). The ventilation frame body is connected with two gas boxes A (27) for accumulating gas at the bottom, the bottom of each of the two gas boxes A (27) is connected with a blocking rubber block (271), and a plurality of dry pipes (28) are arranged in communication between the two gas boxes A (27). A plurality of gas outlets are arranged on the dry pipes (28), and auxiliary parts (29) are arranged on the dry pipes (28) at the first position, the last position and the middle position. The auxiliary parts (29) comprise wiping cotton A (291) and transmission impellers (292). The wiping cotton A (291) is arranged on the surface of the dry pipes (28) in a plurality of circumferential directions. The transmission impellers (292) are arranged at both ends of the dry pipes (28) and are located in the gas boxes A (27). The transmission impellers (292) are located below the gas inlet position in the gas boxes A (27). The gas inlet position is the position where the branch pipes A (22), the branch pipes B (23) and the branch pipes C (24) communicate with the gas boxes A (27); A wiping assembly (3) is arranged between the two side assemblies and below the dry pipes (28). The wiping assembly (3) comprises transmission parts A (32) and stretching parts (33). The two transmission parts A (32) are arranged side by side between the two side assemblies, and the stretching parts (33) are connected below the two side assemblies. The transmission part A (32) comprises a transmission rod B (321), a transmission cylinder (323) and two transmission wheels B (322). The two transmission wheels B (322) are located in front of the transmission belt (16). The transmission rod B (321) is provided with the transmission wheels B (322) at both ends. The transmission wheels B (322) are located at both ends of the transmission cylinder (323). The stretching part (33) comprises two connecting blocks (332) connected to the two side assemblies. The opposite surfaces of the two connecting blocks (332) are connected with communication rods (331). The same stretching cylinder (333) is rotatably arranged on the two communication rods (331). The same lifting part (31) is arranged on the two transmission cylinders (323) and the stretching cylinder (333). The lifting part (31) comprises a lifting belt (311). The lifting belt (311) is provided with wiping soft hair (312) and wiping cotton B (313) contacting the surface of the piston rod on the outer surface. The inner surface of the lifting belt (311) is provided with a heat dissipation opening (3111) and a ventilation hole (3112). The ventilation hole (3112) is in communication with the wiping soft hair (312) and the wiping cotton B (313) on the outer surface of the lifting belt (311).

2. A quick drying device for treating the surface of a piston rod as claimed in claim 1, characterized in that The side assembly comprises two side plates (12) provided with through holes (121), a reinforcing rod (11) arranged between the two side plates (12) and provided with avoiding openings (111), the through holes (121) and the avoiding openings (111) being in communication, guide plates (13) arranged on the two side plates (12) of the two side assemblies which are away from each other, two ends of a transmission rod A (14) extending into the avoiding openings (111) through the through holes (121), wherein the transmission rod A (14) is rotatably connected with the through holes (121), a transmission wheel A (15) is arranged in the avoiding openings (111), a transmission belt (16) covers the top and bottom of the reinforcing rod (11), the transmission wheel A (15) comprises a transmission ring A and a transmission block A arranged at the outer position of the transmission ring, the transmission block A protrudes from the top and bottom of the reinforcing rod (11), the transmission belt (16) comprises a belt body (161), the inner position of the belt body (161) is provided with a transmission opening (1611) matched with the transmission block A, the outer position of the belt body (161) is provided with a connecting opening (1612) in communication with the transmission opening (1611), and the connecting opening (1612) is connected with a spacing block (162).

3. A quick drying device for treating the surface of a piston rod as defined in claim 1, characterized in that The wiping assembly (3) is provided below with a drying assembly (5) which is communicated with the main pipe (21) through the communication pipe group (4), the two communication pipe groups (4) each comprise a pipe body A (41) communicated at the end of the main pipe (21), and the pipe body A (41) is connected with a pipe body B (42) at the end away from the main pipe (21), the pipe body B (42) is a telescopic pipe, and the pipe body B (42) is connected with a pipe body C (43) at the end away from the pipe body A (41); The drying assembly (5) comprises a gas box B (51) connected at one end of the pipe body C (43), a plurality of drying pipes (52) are communicated between the two gas boxes B (51) and located below the lifting piece (31), and the surfaces of the plurality of drying pipes (52) are each provided with drying holes; The two gas boxes B (51) are provided with two supporting frames (53) at the bottom, the two supporting frames (53) each comprise a supporting rod (531) and a pressing block (532), and there are two pressing blocks (532) on each supporting rod (531), and the pressing blocks are in Z shape.

4. A quick drying device for treating the surface of a piston rod as defined in claim 1, characterized in that A communication cavity (3332) is formed in the middle of the stretching cylinder (333), two blocking rings (3333) are arranged in the middle of the communication cavity (3332), a cavity (3331) is formed in the side wall of the stretching cylinder (333), a plurality of dispersion holes are formed in the outer side of the stretching cylinder (333) and are communicated with the cavity (3331), the cavity (3331) is communicated with the communication cavity (3332), the communication position is between the two blocking rings (3333), the opposite ends of the two communication rods (331) are arranged in the communication cavity (3332), the opposite ends of the two communication rods (331) are respectively in contact with the opposite surfaces of the two blocking rings (3333), the stretching cylinder (333) is rotatably connected between the surfaces of the two communication rods (331), the opposite ends of the two communication rods (331) are connected with the pipe body C (43) through the pipe body D (431), and the communication rod (331) is communicated with the pipe body C (43) through the pipe body D (431).

5. A quick drying device for treating the surface of a piston rod as defined in claim 1, characterized in that The opposite surfaces of the two side assemblies are provided with knocking assemblies (6), the knocking assembly (6) comprises a belt pulley A (61), a positioning block (62), a displacement piece (63), a spring A (64) and a transmission piece B (65), the two belt pulleys A (61) are respectively connected to the transmission rod A (14) at positions close to the two transmission wheels A (15), the positioning block (62) is connected to the opposite surfaces of the two side assemblies, the displacement piece (63) comprises a displacement rod (632), the displacement rod (632) is provided with a transmission gear (634), one end of the displacement rod (632) is provided with a knocking head (631), the displacement rod (632) penetrates through the displacement hole (621) formed in the positioning block (62), the spring A (64) is sleeved on the surface of the displacement rod (632), and the transmission piece B (65) comprises a rotating transmission rod C (651), the transmission rod C (651) is connected with a transmission gear (652) and a belt pulley B (653), and the transmission gear (652) is an incomplete gear and is engaged with the transmission gear (634).

6. A quick drying device for treating the surface of a piston rod as defined in claim 5, characterized in that The displacement hole (621) in the positioning block (62) is fixed with a limiting block (622), the displacement rod (632) is provided with a limiting groove (633), the transmission gear (634) is arranged in the limiting groove (633), the spring A (64) is arranged on the displacement rod (632) and located between the knocking head (631) and the positioning block (62), the knocking head (631) is a directional pulley structure and is in contact with the surface of the lifting belt (311), the transmission rod C (651) is connected to the side plate (12) through a flange seat, the transmission rod C (651) is rotatably connected with the flange seat, the transmission gear (652) is located in the limiting groove (633) and is engaged with the transmission gear (634), the belt pulley B (653) is located below the belt pulley A (61), and the belt B is sleeved between the belt pulley B (653) and the belt pulley A (61).

7. A quick drying device for treating the surface of a piston rod as defined in claim 1, characterized in that The main pipe (21) is connected with a connecting assembly (7), and the connecting assembly (7) comprises a holding piece (71) and a connecting piece (72). The holding piece (71) comprises two holding blocks (711), and opposite surfaces of the two holding blocks (711) are provided with holding openings (712) and clamping grooves (713). The clamping grooves (713) are located above the holding openings (712). The connecting piece (72) comprises a connecting barrel (721), a spring B (722), a T-shaped rod (723) and a clamping block (724). The connecting barrel (721) is connected to the inner top of the equipment box. The spring B (722) is located in the connecting barrel (721) and at the top of the T-shaped rod (723). The T-shaped rod (723) is located in the connecting barrel (721). The bottom end of the T-shaped rod (723) penetrates through the connecting barrel (721) and is connected to the clamping block (724). The clamping block (724) is matched in the holding openings (712) of the opposite surfaces of the two holding blocks (711).

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