Cement telegraph pole steam curing treatment device and using method thereof

Abstract

The invention relates to the field of telegraph pole production, and discloses a cement telegraph pole steam curing treatment device which comprises a multi-station clamping and conveying mechanism located on a base frame and used for fixing and conveying multiple sets of cement telegraph poles to be subjected to steam curing in cooperation with a limiting sliding rail, a suspension plate frame and a supporting bearing. The locking supporting mechanism is located on the base frame and matched with the opposite guide rails, and the supporting plate is used for providing auxiliary supporting for the fixed cement telegraph pole. The adjusting surface changing mechanisms are located on the two sides of the base frame and matched with the base frame to adjust the steamed surface of the cement telegraph pole. Through the design that the fan-shaped sliding frame is combined with the double traction shaft rollers, the strength consistency of finished products is improved, crack defects are reduced, the first linkage sliding table and the second linkage sliding table achieve two-way synchronous movement through a reverse symmetrical linkage mechanism formed by the double-end rotating rods and the linkage plates, synchronous clamping of the multiple telegraph poles is achieved in cooperation with the bearing / pressing roller bucket table, efficiency is improved, and the service life of the telegraph poles is prolonged. And mechanical linkage ensures that the clamping force is balanced, and deformation caused by single-side stress is avoided.

Description

TECHNICAL FIELD

[0001] The present application relates to the technical field of electric pole production, in particular to a cement electric pole steam curing treatment device and a use method thereof. BACKGROUND

[0002] The cement electric pole curing system is a key process system for improving the production of cement electric poles and ensuring the quality of cement electric poles. Therefore, it is necessary to reduce residual deformation and shorten the curing period as much as possible under the premise of ensuring the demolding strength according to the materials, processes, equipment and other conditions. The cement electric pole plays a crucial role in infrastructure construction, and the curing stage in the production process is crucial to the quality and performance of the final product. Usually, the cement electric pole needs to be cured by steam after production to accelerate the hardening process of the cement.

[0003] In the traditional steam curing process, the cement electric pole is usually unevenly heated, which leads to poor solidification effect, especially in the early and late stages of steam curing. The various surfaces of the electric pole may not be uniformly heated, resulting in inconsistent molding quality. The cement electric pole is usually processed one by one, which is low in efficiency. The processing of multiple electric poles requires a long time, which limits the production capacity. Especially when the demand is large, the production line often faces an efficiency bottleneck. The traditional conveying system has the risk of cement electric pole loosening or falling off during transportation, especially when there is vibration or equipment failure. The heating of the cement electric pole may not be uniform, especially in the case of limited space in the steam curing chamber. The uneven air circulation and temperature distribution may lead to incomplete solidification of some parts of the cement electric pole, affecting the product quality. SUMMARY

[0004] In view of the deficiencies of the prior art, the present application provides a cement electric pole steam curing treatment device and a use method thereof, which solves the problems of uneven heating of the cement electric pole, low efficiency, unstable conveying, poor solidification quality and limited production capacity in the traditional steam curing process.

[0005] To achieve the above purpose, the technical scheme is as follows: a cement electric pole steam curing treatment device and a use method thereof, comprising:

[0006] The base frame is used for the installation and fixation of the structure of the cement electric pole steam curing treatment device;

[0007] The inner steam box is located in the base frame and is used to form a closed steam curing area;

[0008] The multi-station clamping and conveying mechanism is located in the base frame and cooperates with the limiting slide rail, the suspension plate frame and the support bearing to fix and convey multiple groups of cement electric poles to be steam cured;

[0009] The locking support mechanism is located on the base frame, cooperates with the opposite guide rail and the support plate to provide auxiliary support for the fixed cement pole.

[0010] The adjusting and face changing mechanism is located on both sides of the base frame and cooperates with the base frame to adjust the steaming face of the cement pole.

[0011] Preferably, the opposite guide rail is fixedly connected to the two side walls of the base frame, the limiting slide rail is fixed to the top wall of the base frame, the suspension plate frame is fixed to the top center of the base frame, the support bearing is fixedly connected to the inner center of the suspension plate frame, the inner steaming box is arranged at the top center of the base frame and provided with input opening grooves on both sides, the multi-station clamping and conveying mechanism is arranged on the top of the base frame, the locking support mechanism is distributed on both sides of the base frame, and the adjusting and face changing mechanism is distributed on both sides of the base frame.

[0012] Preferably, the multi-station clamping and conveying mechanism comprises a central traction shaft, a linkage plate, a double-end rotary rod one, a double-end rotary rod two, a linkage sliding table one, a linkage sliding table two, a bottom sliding sleeve, a jacking hydraulic rod and a support plate, the linkage plate is fixedly connected to the top end of the central traction shaft, the double-end rotary rod one is rotatably connected to the front side of the double-end rotary rod two, the double-end rotary rod two is rotatably connected to the rear side of the linkage plate, the double-end rotary rod one is rotatably connected to the top of the linkage sliding table one, the double-end rotary rod two is rotatably connected to the top of the linkage sliding table two, the jacking hydraulic rods are fixedly connected to the inner portions of the linkage sliding table one and the linkage sliding table two, the support plate is provided with uniformly distributed compression roller tables on the bottom of both sides, and the linkage sliding table two is provided with uniformly distributed bearing roller tables on both sides of the top.

[0013] Preferably, the locking support mechanism comprises a side-attached rotary frame one, a linkage sleeve shaft one, an extension top rod, a sliding cylinder, a linkage sleeve shaft two, a side-attached rotary frame two, an elastic reset shaft, a traction linkage shaft, a linkage ratchet wheel and a single gear disc, the linkage sleeve shaft one is rotatably connected to the inside of the side-attached rotary frame one, the extension top rod is fixedly connected to the front side end of the linkage sleeve shaft one, the side-attached rotary frame two is fixedly connected to the top front side of the side-attached rotary frame two, the traction linkage shaft is rotatably connected to the inside of the side-attached rotary frame two, the linkage sleeve shaft two is fixedly connected to the middle portion of the traction linkage shaft, the sliding cylinder is fixedly connected to the top end of the linkage sleeve shaft two, the extension top rod is slidably connected to the inside of the sliding cylinder, the traction linkage shaft is fixedly connected with the linkage ratchet wheel, and the traction linkage shaft is meshingly connected with the linkage ratchet wheel.

[0014] Preferably, the adjusting mechanism comprises a suspension frame fixedly connected to the input and output portions on both sides of the fixed base, a top of a side wall of the suspension frame towards the base frame direction is fixedly connected with an inner arc guide frame, the inner arc guide frame is slidably connected with a sector-shaped sliding frame, a vertical surface of the sector-shaped sliding frame is provided with equidistantly distributed traction shaft rollers one, and a vertical surface of the sector-shaped sliding frame away from the traction shaft rollers one is provided with equidistantly distributed traction shaft rollers two.

[0015] Preferably, the central traction shaft is fixedly connected to the inner ring portion of the support bearing, and the linkage sliding table one and the linkage sliding table two are both fixedly connected with two groups of front and rear arranged bottom sliding sleeves, and the linkage sliding table one and the linkage sliding table two are both transversely slidably connected with limiting sliding rails through the bottom sliding sleeves.

[0016] Preferably, the jacking hydraulic rods are all fixedly connected with a group of support plates at the top output ends.

[0017] Preferably, the two groups of side-attached rotating frames one are both fixedly connected to the front sides of a group of support plates, and the two groups of side-attached rotating frames two are both transversely slidably connected to the front side of the base frame through the base frame.

[0018] Preferably, the side-attached rotating frames two are both fixedly connected with elastic reset shafts at the top sides, and the elastic reset shafts are both fixedly connected with traction linkage shafts at the output ends.

[0019] Preferably, a use method of a cement utility pole steam curing treatment device comprises the following steps:

[0020] S1: input and face changing

[0021] The cement utility pole is conveyed through the adjusting mechanism, the suspension frame fixes the conveying structure, the inner arc guide frame and the sector-shaped sliding frame, the vertical surface of the sector-shaped sliding frame is provided with the traction shaft rollers one and the traction shaft rollers two, and the conveying is driven by the motor, the arc-shaped design supports 90° rotation, and the utility pole is turned over and the face is changed;

[0022] S2: multi-station clamping and conveying

[0023] The utility pole enters between the support plates and the linkage sliding table two of the multi-station clamping and conveying mechanism, is located at the bearing roller hopper table and the compression roller hopper table, the linkage sliding table two is transversely slidably connected, the double-end rotating rod two and the double-end rotating rod one drive the linkage sliding table one to move reversely, and the two groups of jacking hydraulic rods synchronously clamp the plurality of utility poles;

[0024] S3: compression and steam curing

[0025] The jacking hydraulic rods are lowered, the support plates and the roller hopper tables compress the utility poles, the adjusting mechanism drags the utility poles to move towards the inner steam curing box, and the plurality of utility poles are synchronously steam cured;

[0026] S4: locking and anti-dropping

[0027] When the support plate is lowered, the linkage ratchet of the locking support mechanism engages the traction linkage shaft to prevent rotation, ensuring that the position is fixed during transportation and avoiding disengagement.

[0028] The application provides a cement pole steam curing device and a use method thereof.

[0029] 1. The application has multi-dimensional dynamic adjustment capability: the fan-shaped carriage combined with the design of the double traction shaft rollers (one and two) rotates the surface through the arc-shaped track, so that the posture of the cement pole can be adjusted in real time during the transportation process, local uneven heating caused by traditional fixed transportation is avoided, uniform heating of each surface during steam curing is ensured, the consistency of the product strength is improved, crack defects are reduced, the "reverse symmetrical linkage mechanism" composed of the double-end rotating rod and the linkage plate of the linkage sliding table one and two realizes bidirectional synchronous motion, cooperates with the synchronous clamping of the bearing / compacting roller hopper table on multiple poles, and multiple workpieces can be processed in a single operation, the efficiency is improved, and the mechanical linkage ensures balanced clamping force to avoid unilateral deformation.

[0030] 2. The application has a high-precision cooperative conveying system: the linear guide structure of the limiting slide rail + bottom-mounted sliding sleeve combined with the closed-loop feedback control of the jacking hydraulic rod ensures the displacement accuracy of the support plate, accurately matches the inner steam box inlet position, avoids collision or jam caused by transportation misalignment, and the one-way locking mechanism composed of the linkage ratchet and the elastic reset shaft automatically engages when the support plate is lowered, prevents workpiece falling caused by hydraulic failure through mechanical self-locking, significantly improves the operation safety in high temperature and high humidity environment, and completely eliminates the operation delay risk of traditional manual locking.

[0031] 3. The application has the effect of modular high-efficiency steam curing integration: multiple poles are directly sent into the inner steam box after being synchronized by the roller hopper table, realizing the integrated process of "transportation-positioning-steam curing", shortening the process interval time, and adjusting the face changing mechanism and the multi-station clamping mechanism are modularly assembled, which can adapt to different specifications of the pole production by increasing or decreasing the number of fan-shaped carriages or linkage sliding tables. BRIEF DESCRIPTION OF DRAWINGS

[0032] Figure 1 is a three-dimensional schematic diagram of the main structure of the application Figure 1 ;

[0033] Figure 2 is a three-dimensional schematic diagram of the main structure of the application Figure 2 ;

[0034] Figure 3 is a three-dimensional schematic diagram of the main structure of the application Figure 3 ;

[0035] Figure 4 is a schematic diagram of the internal structure of the application Figure 1 ;

[0036] Figure 5 For the main body internal structure schematic Figure 2 ;

[0037] Figure 6 For the multi-station pinch mechanism structure schematic

[0038] Figure 7 For the locking support mechanism structure schematic Figure 1 ;

[0039] Figure 8 For the locking support mechanism structure schematic Figure 2 ;

[0040] Figure 9 For the adjustment face changing mechanism structure schematic Figure 1 ;

[0041] Figure 10 For the adjustment face changing mechanism structure schematic Figure 2 ;

[0042] Figure 11 For the use method step schematic.

[0043] Wherein, 1, base frame; 2, opposite guide rail; 3, limit slide rail; 4, suspension plate frame; 5, support bearing; 6, inner steam box; 7, multi-station pinch mechanism; 8, locking support mechanism; 9, adjustment face changing mechanism; 71, center traction shaft; 72, linkage plate; 73, double-end rotary rod one; 74, double-end rotary rod two; 75, linkage sliding table one; 76, linkage sliding table two; 77, bottom-mounted sliding sleeve; 78, jacking hydraulic rod; 79, support plate; 710, bearing roller hopper table; 711, compression roller hopper table; 81, side-pasting rotary frame one; 82, link sleeve shaft one; 83, telescopic jacking rod; 84, sliding cylinder; 85, link sleeve shaft two; 86, side-pasting rotary frame two; 87, elastic reset shaft; 88, traction linkage shaft; 89, linkage ratchet wheel; 810, single gear disc; 91, suspension frame; 92, inner arc guide frame; 93, fan-shaped sliding frame; 94, traction shaft roller one; 95, traction shaft roller two. DETAILED DESCRIPTION

[0044] The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the specification of the present application. Obviously, the described embodiments are only part of the embodiments of the present application, not all the embodiments. Based on the embodiments in the present application, all other embodiments obtained by those skilled in the art without creative labor fall within the scope of protection of the present application.

[0045] Please refer to the drawings in the specification of the present application Figure 1 - the drawings in the specification of the present application Figure 3The embodiment of the present application provides a cement electric pole steam curing treatment device and a use method thereof, which comprises a base frame 1 for mounting and fixing the structure of the cement electric pole steam curing treatment device, an inner steam box 6 located at the base frame 1 for forming a closed steam curing area, opposed guide rails 2 fixedly connected to the two side walls of the base frame 1, a limiting slide rail 3 fixed to the top wall of the base frame 1, a suspension plate frame 4 fixed to the top center of the base frame 1, a supporting bearing 5 fixedly connected to the inner center of the suspension plate frame 4, the inner steam box 6 arranged at the top center of the base frame 1 and provided with input opening grooves on the two sides, a multi-station clamping and conveying mechanism 7 arranged at the top of the base frame 1, locking support mechanisms 8 distributed on the two sides of the base frame 1 and face adjusting mechanisms 9 distributed on the two sides of the base frame 1.

[0046] Please refer to the accompanying drawings Figure 1 - the accompanying drawings Figure 6, Multi-station clamping mechanism 7 is located in base frame 1, cooperate with limit slide rail 3, suspension plate frame 4 and support bearing 5 for fixing and conveying multiple groups of cement poles to be steamed, multi-station clamping mechanism 7 includes center traction shaft 71, linkage plate 72, double-end rotating rod one 73, double-end rotating rod two 74, linkage sliding table one 75, linkage sliding table two 76, bottom sliding sleeve 77, jacking hydraulic rod 78 and support plate 79, center traction shaft 71 top end is fixedly connected with linkage plate 72, double-end rotating rod two 74 front side is rotatably connected with double-end rotating rod one 73, linkage plate 72 rear side is rotatably connected with double-end rotating rod two 74, double-end rotating rod one 73 side is rotatably connected with linkage sliding table one 75 top, double-end rotating rod two 74 side is rotatably connected with linkage sliding table two 76 top, linkage sliding table one 75 and linkage sliding table two 76 inside are all fixedly connected with two groups of front and rear arranged jacking hydraulic rod 78, support plate 79 bottom two sides are provided with uniformly distributed compression roller table 711, linkage sliding table two 76 top two sides are provided with uniformly distributed bearing roller table 710, center traction shaft 71 is fixedly connected with support bearing 5 inner ring, linkage sliding table one 75 and linkage sliding table two 76 bottom are all fixedly connected with two groups of front and rear arranged bottom sliding sleeve 77, linkage sliding table one 75 and linkage sliding table two 76 are respectively connected with limit slide rail 3 through bottom bottom sliding sleeve 77 horizontal sliding, jacking hydraulic rod 78 top output end is all fixedly connected with a group of support plate 79, cement poles are simultaneously adjusted to face changing mechanism 9 conveying to support plate 79 and linkage sliding table two 76 between multi-station clamping mechanism 7 contains, and are located between bearing roller table 710 and compression roller table 711, simultaneously enable multi-station clamping mechanism 7, by pushing linkage sliding table two 76 to one side, linkage sliding table two 76 utilizes its bottom two groups of bottom sliding sleeve 77 horizontal sliding on the limit slide rail 3 that base frame 1 top installs, linkage sliding table two 76 slides to one side, drives rotatably installed double-end rotating rod two 74 to move, double-end rotating rod two 74 movement drives rotatably installed linkage plate 72 other side end along linkage plate 72 bottom rotatably installed center traction shaft 71 rotates in support bearing 5 inside that base frame 1 installs, linkage plate 72 rotation, makes its other side end rotatably installed double-end rotating rod one 73 along linkage plate 72 one side centrifugal rotation movement, double-end rotating rod one 73 movement drives rotatably installed linkage sliding table one 75 other side end to move, linkage sliding table one 75 utilizes its bottom another two groups of bottom sliding sleeve 77 horizontal sliding on the limit slide rail 3 that base frame 1 top installs, and moves to linkage sliding table two 76 opposite movement direction, jacking hydraulic rod 78 and linkage sliding table two 76 respectively drive two groups of jacking hydraulic rod 78 and jacking hydraulic rod 78 top rotatably installed support plate 79 to move to outside, linkage sliding table one 75 and linkage sliding table two 76 can respectively reach cement pole material conveying position, and simultaneously clamps and conveys multiple cement poles, by starting linkage sliding table one 75 and linkage sliding table two 76 respectively installed jacking hydraulic rod 78,The jacking hydraulic rod 78 drives the support plate 79 to descend and gradually contact the cement pole until the support plate 79, the bearing roller table 710 and the pressing roller table 711 between the linkage sliding table two 76 are pressed to contact the cement pole. Through the output traction of the face changing mechanism 9 to the pole, the cement pole is gathered to the center of the inner steaming box 6 by the bearing roller table 710 and the pressing roller table 711 in the displacement traction project, and is simultaneously transported into the inner steaming box 6 from both sides to synchronously perform the steaming operation of multiple cement poles.

[0047] Please refer to the attached drawings Figure 1 -attached Figure 8, locking support mechanism 8 is located on the base frame 1, matched with the opposite guide rail 2 and the support plate 79 for providing auxiliary support for the fixed cement pole, the locking support mechanism 8 comprises a side attached swing frame one 81, a linkage sleeve shaft one 82, a telescopic jacking rod 83, a sliding cylinder 84, a linkage sleeve shaft two 85, a side attached swing frame two 86, a elastic reset shaft 87, a traction linkage shaft 88, a linkage ratchet wheel 89 and a single gear disc 810, the side attached swing frame one 81 is rotatably connected with the linkage sleeve shaft one 82 inside, the linkage sleeve shaft one 82 is fixedly connected with the telescopic jacking rod 83 at the front side end, the side attached swing frame two 86 is fixedly connected with the side attached swing frame two 86 at the top front side, the side attached swing frame two 86 is rotatably connected with the transverse traction linkage shaft 88 inside, the traction linkage shaft 88 is fixedly connected with the linkage sleeve shaft two 85 at the middle, the linkage sleeve shaft two 85 is fixedly connected with the sliding cylinder 84 at the top end, the sliding cylinder 84 is slidably connected with the telescopic jacking rod 83 inside, the traction linkage shaft 88 is fixedly connected with the linkage ratchet wheel 89, the traction linkage shaft 88 is meshingly connected with the linkage ratchet wheel 89, two groups of side attached swing frame one 81 are fixedly connected at the front side of a group of support plates 79 respectively, two groups of side attached swing frame two 86 are transversely slidably connected at the front side of the base frame 1 through the base frame 2, the side attached swing frame two 86 is fixedly connected with the elastic reset shaft 87 at the top side, the elastic reset shaft 87 is fixedly connected with the traction linkage shaft 88 at the output end, when the two groups of support plates 79 are descending, the two groups of corresponding locking support mechanisms 8 are simultaneously used, when the support plate 79 is lifted, the linkage sleeve shaft one 82 rotates on the linkage sleeve shaft one 82 installed at the front side end of the support plate 79, while the telescopic jacking rod 83 installed at the other side end of the linkage sleeve shaft one 82 slides out along the inside of the sliding cylinder 84 as the support plate 79 is lifted, while the linkage sleeve shaft two 85 installed at the other side end of the sliding cylinder 84 rotates inside the side attached swing frame two 86 installed at the top of the side attached swing frame two 86, and drives the traction linkage shaft 88 to rotate inside the side attached swing frame two 86, the rotation of the traction linkage shaft 88 makes the linkage ratchet wheel 89 fixedly connected therewith also rotate, when the multi-station clamping and conveying mechanism 7 is completed lifting, the linkage ratchet wheel 89, the linkage sleeve shaft two 85 and the traction linkage shaft 88 simultaneously stop rotating, while the traction linkage shaft 88 installed at the output end of the elastic reset shaft 87 is meshed on the linkage ratchet wheel 89, so that the linkage ratchet wheel 89 cannot rotate back, thereby the linkage sleeve shaft two 85 also cannot rotate back, so that the support plate 79 is locked, avoiding the situation of falling out during conveying and steam curing.

[0048] Please refer to the attached drawings Figure 1 - attached drawings Figure 10, the adjusting face changing mechanism 9 is located on both sides of the base frame 1, cooperates with the base frame 1 to adjust the receiving face of the cement pole, the adjusting face changing mechanism 9 comprises a suspension frame 91, the suspension frame 91 is fixedly connected to the input part and the output part on both sides of the fixed base 11, the top of the side wall of the suspension frame 91 in the direction of the base frame 1 is fixedly connected with an inner arc guide frame 92, the inner arc guide frame 92 is slidably connected with a sector-shaped sliding frame 93, the vertical face of the sector-shaped sliding frame 93 is provided with equidistantly distributed traction shaft rollers one 94, the vertical face of the sector-shaped sliding frame 93 away from the traction shaft rollers one 94 is provided with equidistantly distributed traction shaft rollers two 95, the device provides the steam curing operation before the forming of the cement pole as the steam curing equipment before the forming of the cement pole, firstly, the input of the cement pole is carried out through the base frame 1 provided with the adjusting face changing mechanism 9, the suspension frame 91 contained in the adjusting face changing mechanism 9 fixes the conveying structure inner arc guide frame 92 and the sector-shaped sliding frame 93 in a suspended manner on both sides of the base frame 1, the sector-shaped sliding frame 93 contained in the adjusting face changing mechanism 9 has an arc face and two opposite vertical faces, the two vertical faces are provided with the traction shaft rollers one 94 and the traction shaft rollers two 95, and after being driven to rotate by the external output motor, conveying force is generated, the pole is conveyed by the traction shaft rollers one 94 and the traction shaft rollers two 95, and simultaneously, the sector-shaped sliding frame 93 can rotate by 90 degrees along the inner arc guide frame 92 to change the face, so that the two vertical faces are respectively horizontally arranged, so that the placed and conveyed cement pole can be turned over by 90 degrees to change the face, and simultaneously, the cement pole can be turned over according to the conveying position to cooperate with the conveying and steam curing.

[0049] The embodiment of the present application also provides a use method of the cement pole steam curing treatment device, which comprises the following steps:

[0050] S1: input and face changing

[0051] The device provides the steam curing operation before the forming of the cement pole as the steam curing equipment before the forming of the cement pole, firstly, the input of the cement pole is carried out through the base frame 1 provided with the adjusting face changing mechanism 9, the suspension frame 91 contained in the adjusting face changing mechanism 9 fixes the conveying structure inner arc guide frame 92 and the sector-shaped sliding frame 93 in a suspended manner on both sides of the base frame 1, the sector-shaped sliding frame 93 contained in the adjusting face changing mechanism 9 has an arc face and two opposite vertical faces, the two vertical faces are provided with the traction shaft rollers one 94 and the traction shaft rollers two 95, and after being driven to rotate by the external output motor, conveying force is generated, the pole is conveyed by the traction shaft rollers one 94 and the traction shaft rollers two 95, and simultaneously, the sector-shaped sliding frame 93 can rotate by 90 degrees along the inner arc guide frame 92 to change the face, so that the two vertical faces are respectively horizontally arranged, so that the placed and conveyed cement pole can be turned over by 90 degrees to change the face, and simultaneously, the cement pole can be turned over according to the conveying position to cooperate with the conveying and steam curing;

[0052] S2: multi-station clamping and conveying

[0053] The cement utility pole is simultaneously conveyed by the face-changing mechanism 9 to the support plate 79 and the linkage slide table 76 included in the multi-station clamping mechanism 7, and located between the bearing roller platform 710 and the pressing roller platform 711. Simultaneously, the multi-station clamping mechanism 7 is activated, pushing the linkage slide table 76 to one side. The linkage slide table 76 slides laterally on the limiting slide rail 3 installed on the top of the base frame 1 using two sets of bottom-mounted sliding sleeves 77. After sliding to one side, the linkage slide table 76 drives the double-ended rotating rod 74 to move. The movement of the double-ended rotating rod 74 drives the linkage plate 72, which is rotated on the other side, to rotate along the central traction shaft 71 installed at the bottom of the linkage plate 72 within the support bearing 5 installed inside the base frame 1. The rotation of the linkage plate 72 causes the double-ended rotating rod 73, which is rotated on the other side, to centrifugally rotate along one side of the linkage plate 72. The linkage slide 75 installed on the other side of the slide 75 moves. The linkage slide 75 slides laterally on the limiting slide rail 3 installed on the top of the base frame 1 using the two additional sets of bottom sliding sleeves 77 installed on its bottom, and moves in the opposite direction to the linkage slide 76. The lifting hydraulic rod 78 and the linkage slide 76 respectively drive the two sets of lifting hydraulic rods 78 and the support plate 79 installed on the top of the lifting hydraulic rods 78 to move outward. The linkage slide 75 and the linkage slide 76 can reach the conveying position of the cement pole material respectively, and simultaneously clamp and convey multiple cement poles. By activating the lifting hydraulic rods 78 installed on the linkage slide 75 and the linkage slide 76 respectively, the lifting hydraulic rods 78 drive the support plate 79 to descend and gradually contact the cement pole until the bearing roller platform 710 and the pressing roller platform 711 installed between the support plate 79 and the linkage slide 76 press and contact the cement pole.

[0054] S3: Compression and Steam Curing

[0055] By adjusting the face-changing mechanism 9 to output traction to the power pole, the cement power pole is simultaneously gathered towards the inner steam box 6 installed in the center by the bearing roller bucket table 710 and the pressing roller bucket table 711 during the displacement traction project, and is simultaneously transported into the inner steam box 6 from both sides, so that multiple cement power poles can be steam cured at the same time.

[0056] S4: Locking to prevent slippage

[0057] When the two sets of support plates 79 are lowered, the corresponding locking support mechanisms 8 are simultaneously activated. When the support plates 79 are lifted, the link sleeve shaft one 82 rotates on the link sleeve shaft one 82 installed on the front end of the support plate 79, the telescopic jacks 83 installed on the other end of the link sleeve shaft one 82 slide out of the sliding cylinder 84 as the support plate 79 is lifted, the link sleeve shaft two 85 installed on the other end of the sliding cylinder 84 rotates in the side-mounted rotating frame two 86, which drives the traction linkage shaft 88 to rotate in the side-mounted rotating frame two 86, the rotation of the traction linkage shaft 88 causes the linkage ratchet 89 fixed thereto to rotate as well. When the multi-station clamping and conveying mechanism 7 is lifted, the linkage ratchet 89, the link sleeve shaft two 85, and the traction linkage shaft 88 stop rotating simultaneously, the traction linkage shaft 88 installed on the output end of the elastic reset shaft 87 engages with the linkage ratchet 89, preventing the linkage ratchet 89 from rotating, thus preventing the link sleeve shaft two 85 from rotating, and the support plate 79 is locked to prevent it from falling off during the conveying and steaming process.

[0058] Although embodiments of the present application have been shown and described, it is to be understood that various modifications, substitutions, replacements and variations can be made to these embodiments without departing from the principles and spirit of the present application, and the scope of the present application is defined by the appended claims and their equivalents.

Claims

1. A cement pole autoclave treatment apparatus, characterized by, It includes: The base frame (1) is used for the installation and fixation of the cement pole steam curing device structure; The inner steam box (6) is located in the base frame (1) for forming a closed steam curing area; The multi-station clamping mechanism (7) is located in the base frame (1), cooperating with the limiting slide rail (3), the suspension plate frame (4) and the support bearing (5) for fixing and conveying multiple groups of cement poles to be steamed; The locking support mechanism (8) is located on the base frame (1), cooperating with the opposite guide rail (2) and the support plate (79) for providing auxiliary support for the fixed cement pole; The adjustment mechanism (9) is located on both sides of the base frame (1), cooperating with the base frame (1) for adjusting the steaming surface of the cement pole.

2. A device for steam curing a concrete utility pole according to claim 1, wherein: The opposite guide rail (2) is fixedly connected to the side walls of the base frame (1), the limiting slide rail (3) is fixed to the top wall of the base frame (1), the suspension plate frame (4) is fixed to the top center of the base frame (1), the support bearing (5) is fixedly connected to the inner center of the suspension plate frame (4), the inner steam box (6) is arranged at the top center of the base frame (1), and the two sides are provided with input opening grooves, the multi-station clamping mechanism (7) is arranged at the top of the base frame (1), the locking support mechanism (8) is distributed on both sides of the base frame (1), and the adjustment mechanism (9) is distributed on both sides of the base frame (1).

3. A device for steam curing a concrete utility pole according to claim 1, wherein: The multi-station clamping mechanism (7) includes a center traction shaft (71), a linkage plate (72), a double-end rotating rod one (73), a double-end rotating rod two (74), a linkage sliding table one (75), a linkage sliding table two (76), a bottom sliding sleeve (77), a lifting hydraulic rod (78) and a support plate (79), the center traction shaft (71) is fixedly connected with the linkage plate (72) at the top end, the double-end rotating rod two (74) is rotatably connected with the double-end rotating rod one (73) at the front side, the linkage plate (72) is rotatably connected with the double-end rotating rod two (74) at the rear side, the double-end rotating rod one (73) is rotatably connected to the top of the linkage sliding table one (75) at the side, the double-end rotating rod two (74) is rotatably connected to the top of the linkage sliding table two (76) at the side, the linkage sliding table one (75) and the linkage sliding table two (76) are both fixedly connected with two groups of front and rear arranged lifting hydraulic rods (78) inside, the support plate (79) is provided with uniformly distributed compression roller tables (711) at the bottom of both sides, and the top of both sides of the linkage sliding table two (76) is provided with uniformly distributed bearing roller tables (710).

4. A process for the steam curing of concrete poles according to claim 1, characterized in that: The locking support mechanism (8) comprises a side attached swing frame one (81), a link sleeve shaft one (82), a telescopic jacking rod (83), a sliding cylinder (84), a link sleeve shaft two (85), a side attached swing frame two (86), an elastic reset shaft (87), a traction linkage shaft (88), a linkage ratchet wheel (89) and a single gear disc (810), the inside of the side attached swing frame one (81) is rotatably connected with the link sleeve shaft one (82), the front side of the link sleeve shaft one (82) is fixedly connected with the telescopic jacking rod (83), the top front side of the side attached swing frame two (86) is fixedly connected with the side attached swing frame two (86), the inside of the side attached swing frame two (86) is rotatably connected with the transverse traction linkage shaft (88), the middle of the traction linkage shaft (88) is fixedly connected with the link sleeve shaft two (85), the top end of the link sleeve shaft two (85) is fixedly connected with the sliding cylinder (84), the inside of the sliding cylinder (84) is slidably connected with the telescopic jacking rod (83), the side of the traction linkage shaft (88) is fixedly connected with the linkage ratchet wheel (89), and the traction linkage shaft (88) is meshingly connected with the linkage ratchet wheel (89).

5. A process for the steam curing of concrete poles according to claim 1, characterized in that: The adjusting face changing mechanism (9) comprises a suspension frame (91), the suspension frame (91) is fixedly connected on the input and output portions of the fixed base (11) on both sides, the side wall top of the suspension frame (91) towards the base frame (1) direction is fixedly connected with an inner arc guide frame (92), the inner arc guide frame (92) is slidably connected with a sector-shaped sliding frame (93), the vertical surface of the sector-shaped sliding frame (93) is provided with equidistantly distributed traction shaft rollers one (94), and the vertical surface of the sector-shaped sliding frame (93) away from the traction shaft rollers one (94) is provided with equidistantly distributed traction shaft rollers two (95).

6. A process for the steam curing of concrete poles according to claim 3, characterized in that: The center traction shaft (71) is fixedly connected on the inner ring portion of the support bearing (5), the bottom of the linkage sliding table one (75) and the linkage sliding table two (76) is fixedly connected with two groups of front and rear arranged bottom sliding sleeves (77), and the linkage sliding table one (75) and the linkage sliding table two (76) are transversely slidably connected with the limiting sliding rails (3) through the bottom bottom sliding sleeves (77) respectively.

7. A process for the steam curing of concrete poles according to claim 3, characterized in that: The top output ends of the jacking hydraulic rods (78) are fixedly connected with a group of support plates (79).

8. A process for the steam curing of concrete poles according to claim 4, characterized in that: Two groups of the side attached swing frame one (81) are fixedly connected on the front sides of a group of support plates (79) respectively, and two groups of the side attached swing frame two (86) are transversely slidably connected on the front side of the base frame (1) through the base frame (2) respectively.

9. A process for the steam curing of concrete poles according to claim 4, characterized in that: The top side of the side attached swing frame two (86) is fixedly connected with the elastic reset shaft (87), and the output end of the elastic reset shaft (87) is fixedly connected with the traction linkage shaft (88).

10. A method of using a cement pole steam curing apparatus according to any one of claims 1-9, wherein: The method comprises the following steps: S1: input and face changing The cement pole is conveyed by the adjusting face changing mechanism (9), the suspension frame (91) fixes the conveying structure, the inner arc guide frame (92) and the sector-shaped sliding frame (93), the vertical surface of the sector-shaped sliding frame (93) is provided with the traction shaft rollers one (94) and the traction shaft rollers two (95), and the conveying is driven by the motor, the arc design supports 90° rotation, the pole is turned over and the face is changed; S2: multi-station clamping and conveying The support plate (79) of the pole entry multi-station clamping mechanism (7) is between the linkage sliding table two (76) and the linkage sliding table one (75), located at the bearing roller hopper table (710) and the pressing roller hopper table (711), the linkage sliding table two (76) slides horizontally, drives the linkage sliding table one (75) to move reversely through the double-end rotating rod two (74) and the double-end rotating rod one (73), and makes the two groups of lifting hydraulic rods (78) synchronously clamp the multiple poles; S3: pressing and steam curing The lifting hydraulic rod (78) is lowered, the support plate (79) presses the poles with the roller hopper table, the face changing mechanism (9) drags the poles to move inward to the steam box (6), and multiple synchronous steam curing is realized; S4: locking and preventing from falling off When the support plate (79) is lowered, the linkage ratchet (89) of the locking support mechanism (8) engages the linkage shaft (88) to prevent rotation, ensure the position fixed during conveying, and avoid falling off.

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