A comprehensive concrete curing device

Abstract

A comprehensive concrete curing device includes a mobile vehicle, a stand, an H-shaped steel part, a transverse vehicle part, a vibration part, a leveling part and a membrane laying part; the mobile vehicle is arranged on both sides of a concrete road; the stand is arranged on the upper end surface of the mobile vehicle; the H-shaped steel part includes a first H-shaped steel, a second H-shaped steel and a third H-shaped steel, and the first H-shaped steel, the second H-shaped steel and the third H-shaped steel are evenly arranged between the stand; the transverse vehicle part includes a first trolley, a second trolley and a third trolley; the first trolley is arranged on the first H-shaped steel; the second trolley is arranged on the second H-shaped steel; the third trolley is arranged on the third H-shaped steel; the vibration part is arranged on the lower end surface of the first trolley; the leveling part is arranged on the lower end surface of the second trolley; the membrane laying part is arranged on the lower end surface of the third trolley. The present invention improves the efficiency of concrete construction and improves the quality of concrete.

Description

Technical Field

[0001] The invention relates to a curing device, in particular to a device for curing poured concrete, belonging to the technical field of building construction. Background Art

[0002] In the construction process of buildings, concrete plays an extremely important role. Concrete plays an indispensable role on roads and buildings. After the floor or ground concrete is poured, in order to prevent the water in the concrete from evaporating too quickly, a vibrator is often used to compact the concrete after the initial setting and before the final setting, and then the upper surface of the concrete is scraped flat with a scraper, and then a film is laid. This film fits tightly with the outer surface of the concrete, thereby promoting the reaction inside the concrete and improving the anti-cracking and moisture-retaining properties of the concrete. In actual production operations, compacting the concrete, scraping the concrete surface and laying the film are all very important. It is completed manually in sequence, and the road to be paved is relatively wide. The workers need to repeatedly operate again and again to vibrate, scrape and lay the film on the entire concrete road surface. This operation method causes great labor intensity for the workers, and because the operation is not formed in one go, and the concrete road is vibrated, scraped and laid in sections, the vibration force and scraping depth of each section may be inconsistent, which will cause the concrete road surface to be uneven, greatly reducing the quality of the concrete road surface; therefore, a device that can complete the vibration, scraping and film laying operations at one time is needed to ensure the flatness of the road surface. Summary of the invention

[0003] The purpose of the present invention is to overcome the deficiencies of the prior art and provide a comprehensive concrete curing device, which can not only reduce the labor intensity of the staff, but also efficiently complete the vibration, leveling and film laying operations on the concrete road.

[0004] The problem described in the present invention is solved by the following technical solutions:

[0005] A comprehensive concrete curing device comprises a mobile vehicle, a frame, an H-shaped steel part, a transverse vehicle part, a vibrating part, a leveling part and a membrane laying part; the mobile vehicle is arranged on both sides of the concrete road; the frame is arranged on the upper end face of the mobile vehicle; the H-shaped steel part comprises a first H-shaped steel, a second H-shaped steel and a third H-shaped steel, and the first H-shaped steel, the second H-shaped steel and the third H-shaped steel are evenly arranged between the frames; the transverse vehicle part comprises a first trolley, a second trolley and a third trolley; the first trolley is arranged on the first H-shaped steel; the second trolley is arranged on the second H-shaped steel; the third trolley is arranged on the third H-shaped steel; the vibrating part is arranged on the lower end face of the first trolley; the leveling part is arranged on the lower end face of the second trolley; the membrane laying part is arranged on the lower end face of the third trolley; the vibrating part comprises a flange, a first hollow round rod, a first telescopic square rod, a vibrator and a vibrating plate; a square through hole is arranged inside the first hollow round rod; the lower end face of the first trolley is connected with a flange, and it is connected to the uppermost portion of the first hollow round rod The flange at the end is connected; the first telescopic square rod is inserted into the square through hole of the first hollow round rod; the lower end of the first telescopic square rod is connected to the vibration plate; the upper end surface of the vibration plate is provided with a vibrator; the scraping part includes a second hollow round rod, a second telescopic square rod and a scraper; the upper end of the second hollow round rod is connected to the lower end surface of the second trolley; the second telescopic square rod is inserted into the second hollow round rod; the lower end surface of the second telescopic square rod is connected to the scraper; the film laying part includes a dislocation plate, a third hollow round rod , a third telescopic square rod, a film roll, a movable rotating rod, a connecting main plate and a connecting side plate; the lower ends of the plurality of third trolleys are alternately provided with offset plates and third hollow round rods, and the lower ends of the offset plates are provided with third hollow round rods; the lower ends of the third hollow round rods are penetrated with a third telescopic square rod; the upper end surface of the connecting main plate is connected to the lower end of the third telescopic square rod; the connecting side plates are arranged at both ends of the connecting main plate; bearings are arranged on the connecting side plates, and the movable rotating rod is penetrated with bearings; the film roll is sleeved on the movable rotating rod.

[0006] The above-mentioned comprehensive concrete curing device is additionally provided with threaded holes and fastening nuts; the threaded holes are arranged at the lower ends of the side walls of the first hollow round rod, the second hollow round rod and the third hollow round rod; the fastening nuts pass through the threaded holes and are in close contact with the side walls of the first telescopic square rod, the second telescopic square rod and the third telescopic square rod.

[0007] In the above-mentioned comprehensive concrete curing device, both ends of the side surfaces of the scraper are respectively provided with fixing blocks and fixing grooves, and two adjacent scrapers are connected by plugging and fitting the fixing blocks and the fixing grooves.

[0008] In the above-mentioned comprehensive concrete curing device, both ends of the side surfaces of the vibration plate are respectively provided with tenons and tenon grooves, and two adjacent vibration plates are connected by mortise and tenon joints through the cooperation of the tenons and tenon grooves.

[0009] In the above-mentioned comprehensive concrete curing device, the first trolley, the second trolley and the third trolley all include a rotating wheel and a hanging plate; the hanging plate is arranged on the H-shaped steel part through the rotating wheel.

[0010] In the above-mentioned comprehensive concrete curing device, the horizontal planes at the lowest ends of the vibration plate, the scraper and the film reel are at the same height.

[0011] In the above-mentioned comprehensive concrete curing device, the first trolley and the compaction part are of the same number and both are multiple; the compaction parts are arranged on the corresponding first trolley; the second trolley and the scraping part are of the same number and both are multiple; the scraping part is arranged on the corresponding second trolley; the membrane laying part and the third trolley are of the same number and both are multiple; the membrane laying part is arranged on the corresponding third trolley.

[0012] In the above-mentioned comprehensive concrete curing device, the distance between the axis lines of adjacent film rolls is greater than the diameter of the film rolls; and there is an overlapping portion between the road surfaces covered by the adjacent film rolls.

[0013] In the above-mentioned comprehensive concrete curing device, the vibration plate is evenly provided with a plurality of through holes in the vertical direction; and the lower end surface of the vibration plate is evenly provided with a plurality of circular protrusions.

[0014] The present invention effectively processes concrete at one time through the compacting part, the scraping part and the membrane laying part, avoiding the problems of low efficiency and high labor intensity caused by manual compaction and scraping of concrete bit by bit in the past, thereby improving the quality of concrete and work efficiency; moreover, the compacting part, the scraping part and the membrane laying part with adjustable construction width can adapt to the processing of concrete pavements of various widths, greatly improving the flexibility of the equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] Figure 1 It is a schematic diagram of the front view of the three-dimensional structure of the present invention;

[0016] Figure 2 It is a rear-view stereoscopic structural schematic diagram of the present invention;

[0017] Figure 3 It is a schematic diagram of the top view structure of the present invention;

[0018] Figure 4 It is a schematic diagram of a partial cross-sectional structure of the vibration plate of the present invention.

[0019] The reference numerals in the figure are as follows: 1. Mobile vehicle, 2. Stand, 3. H-beam part, 3-1. First H-beam, 3-2. Second H-beam, 3-3. Third H-beam, 4. Transverse vehicle part, 4-1. First trolley, 4-2. Second trolley, 4-3. Third trolley, 5. Vibration part, 5-1. Flange, 5-2. First hollow round rod, 5-3. First telescopic square rod, 5-4. Vibrator, 5- 5. Vibrating plate, 6. Scraping part, 6-1. Second hollow round rod, 6-2. Second telescopic square rod, 6-3. Scraper, 7. Film laying part, 7-1. Offset plate, 7-2. Third hollow round rod, 7-3. Third telescopic square rod, 7-4. Film reel, 7-5. Movable rotating rod, 7-6. Connecting main plate, 7-7. Connecting side plates, 8. Fastening nut, 9. Fixing block, 10. Tenon, 11. Tenon groove. DETAILED DESCRIPTION

[0020] See also Figure 1 , 2 , 3 and Figure 4The present invention comprises a mobile vehicle 1, a stand 2, an H-shaped steel part 3, a transverse vehicle part 4, a vibration part 5, a leveling part 6 and a membrane laying part 7; when concrete is poured on a preset road, the mobile vehicle 1 is arranged on both sides of the concrete paving road; the stand 2 is arranged on the upper end surface of the mobile vehicle 1, and the stand 2 is used to support the H-shaped steel part 3; the H-shaped steel part 3 comprises a first H-shaped steel 3-1, a second H-shaped steel 3-2 and a third H-shaped steel 3-3, and the first H-shaped steel 3-1, the second H-shaped steel 3-2 and the third H-shaped steel 3-3 are evenly arranged between the stand 2, and the three H-shaped steels are arranged in parallel; in order to enable the vibration part 5, the leveling part 6 and the membrane laying part 7 to move laterally on the H-shaped steel part 3, a The traverse vehicle part 4 can slide transversely on the H-beam part 3; the traverse vehicle part 4 includes a first trolley 4-1, a second trolley 4-2 and a third trolley 4-3; the first trolley 4-1 is arranged on the first H-beam 3-1; the second trolley 4-2 is arranged on the second H-beam 3-2; the third trolley 4-3 is arranged on the third H-beam 3-3; the vibration part 5 is arranged on the lower end surface of the first trolley 4-1, and the vibration part 5 is realized on the first H-beam 3-1 by the first trolley 4-1 to achieve the purpose of transverse movement; the scraping part 6 is arranged on the lower end surface of the second trolley 4-2, and the scraping part 6 is realized on the second H-beam 3-2 by the second trolley 4-2 to achieve transverse movement; the film laying part The membrane laying part 7 is arranged on the lower end surface of the third trolley 4-3, and the membrane laying part 7 is moved horizontally on the third H-shaped steel 3-3 through the third trolley 4-3; after the concrete is poured, if you want to lay the film, you need to complete the compaction and scraping operations first; in order to automatically complete the compaction operation, the present invention is provided with a compaction part 5; the compaction part 5 includes a flange 5-1, a first hollow round rod 5-2, a first telescopic square rod 5-3, a vibrator 5-4 and a vibration plate 5-5; a square through hole is arranged inside the first hollow round rod 5-2, and this square through hole is used to penetrate the first telescopic square rod 5-3, and the square hole cooperates with the square first telescopic square rod 5-3 to ensure that the first telescopic square rod 5-3 will not rotate during the movement, thereby ensuring The operation is smoothly carried out; the lower end surface of the first trolley 4-1 is connected with a flange 5-1, and it is connected with the flange 5-1 at the uppermost end of the first hollow round rod 5-2. The setting of the flange 5-1 can make the first hollow round rod 5-2 very convenient to be disassembled and installed from the first trolley 4-1; the first telescopic square rod 5-3 is inserted into the square through hole of the first hollow round rod 5-2; the lowermost end of the first telescopic square rod 5-3 is connected to the vibration plate 5-5; the upper end surface of the vibration plate 5-5 is provided with a vibrator 5-4, and the vibrator 5-4 is used to provide a vibration source for the vibration plate 5-5, so that the vibration plate 5-5 can vibrate, so that the vibration plate 5-5 can vibrate the concrete, compact the concrete, and remove the bubbles in the concrete;After the compacting part 5 completes the compacting operation on the concrete, the upper surface of the concrete needs to be scraped flat to facilitate laying of the film; the scraping part 6 includes a second hollow round rod 6-1, a second telescopic square rod 6-2 and a scraper 6-3; the upper end of the second hollow round rod 6-1 is connected to the lower end surface of the second trolley 4-2; the second telescopic square rod 6-2 is inserted into the second hollow round rod 6-1, and the through hole inside the second hollow round rod 6-1 is a square through hole, which can ensure that the second telescopic square rod 6-2 does not rotate during the forward movement, thereby ensuring the smooth progress of the scraping operation; the second telescopic square rod 6 -2 is connected to a scraper 6-3 at the bottom end, and the scraper 6-3 contacts the upper end of the concrete to scrape the upper surface of the concrete flat to ensure the flatness of the road surface; in order to reduce the evaporation of water in the concrete during solidification, a film is laid on the upper surface of the concrete to lock the moisture in the concrete; the film laying part 7 includes a staggered plate 7-1, a third hollow round rod 7-2, a third telescopic square rod 7-3, a film roll 7-4, a movable rotating rod 7-5, a connecting front plate 7-6 and a connecting side plate 7-7; in order to ensure that there is no gap between the films during the laying process and the concrete is tightly sealed, the film rolls 7-4 are staggered back and forth The arrangement enables each adjacent film to have a mutually overlapping portion, so as to better moisturize the concrete; the distance between the axis lines of the adjacent film rolls 7-4 is greater than the diameter of the film rolls 7-4; there is an overlapping portion between the road surfaces covered by the adjacent film rolls 7-4; the lower ends of the plurality of third trolleys 4-3 are alternately provided with offset plates 7-1 and third hollow round rods 7-2, and the lower end of the offset plate 7-1 is provided with a third hollow round rod 7-2; the third hollow round rod 7-2 has two setting positions, one is directly set at the lower end of the third trolley 4-3, and the other is set at the offset plate 7- 1, the third trolley 4-3 and the dislocation plate 7-1 that are displaced from each other can realize the purpose of staggering the film roll 7-4 front and back; the lower end of the third hollow round rod 7-2 is penetrated with a third telescopic square rod 7-3, and the square hole inside the third hollow round rod 7-2 can ensure that the third telescopic square rod 7-3 does not rotate; the upper end surface of the connecting front plate 7-6 is connected to the lower end of the third telescopic square rod 7-3; the connecting side plate 7-7 is arranged at both ends of the connecting front plate 7-6; the connecting side plate 7-7 is provided with a bearing, and the movable rotating rod 7-5 is penetrated with a bearing; the film roll 7-4 is sleeved on the movable rotating rod 7-5. ;

[0021] In order to prevent the telescopic square rod from being displaced in the vertical direction after the height of the telescopic square rod is adjusted, threaded holes and fastening nuts 8 are additionally provided; the threaded holes are arranged at the lower ends of the side walls of the first hollow round rod 5-2, the second hollow round rod and the third hollow round rod 7-2; the fastening nuts 8 pass through the threaded holes and are in close contact with the side walls of the first telescopic square rod 5-3, the second telescopic square rod and the third telescopic square rod 7-3; when the height of each telescopic square rod is adjusted, the fastening nuts 8 are tightened until the fastening nuts 8 are in close contact with the telescopic square rod, thereby fixing the horizontal height of the telescopic square rod.

[0022] The scraping part 6 is provided with a plurality of second hollow round rods 6-1, second telescopic square rods 6-2 and scrapers 6-3; the purpose of providing a plurality of them is to adjust the working width of the scraping area, so the cooperation of a plurality of scrapers 6-3 can adjust the width of the scraping area, and the adjustment steps are as follows: first, the staff determines how many scrapers are needed to complete the work according to the width of the concrete road, and then adjusts the height of the required number of adjacent scrapers to the height of the scraper 6-3 fitting the upper surface of the horizontal surface, and the adjustment of this height is completed by the extension and contraction of the second telescopic square rod 6-2, and waits until a number of adjacent scrapers are required. After the height of the scraper 6-3 is adjusted, the second trolley 4-2 is moved to move the scraper 6-3 until the fixing blocks 9 and the fixing grooves between the required scrapers 6-3 are plugged together so that there is no gap between the scrapers 6-3; the plug-in fit between the fixing blocks 9 and the fixing grooves can ensure that the scrapers 6-3 can maintain a uniform horizontal height, avoid unevenness in different sections of the concrete road surface, and ensure the flatness of the road surface; the fixing blocks 9 and the fixing grooves are respectively provided at both ends of the side of the scraper, and the two adjacent scrapers are connected by the plug-in fit of the fixing blocks 9 and the fixing grooves.

[0023] In order to adapt to concrete roads of different widths, the present invention is provided with a plurality of vibration parts 5; the number of the first trolleys 4-1 is the same as the number of the vibration parts 5, and each vibration part 5 is arranged on its own first trolley 4-1. When the number of vibration plates 5-5 corresponding to the concrete width is determined, the vibration plate 5-5 is removed from the flange 5-1, and then the two adjacent vibration plates 5-5 are spliced ​​together from the front and rear directions through the tenons 10 and the tenons 11 on both sides of the vibration plate 5-5, and then the first trolley 4-1 is controlled to move it to the top of the vibration plate 5-5, and then the flange 5-1 at the uppermost end of the first hollow round rod 5-2 and the flange 5-1 at the lower end face of the first trolley 4-1 are connected, and at this time, the adjacent vibration parts are spliced; the tenons 10 and the tenons 11 are respectively arranged at both ends of the side of the vibration plate 5-5, and the two adjacent vibration plates 5-5 are connected by the tenon 10 and the tenon 11.

[0024] The first trolley 4 - 1 , the second trolley 4 - 2 and the third trolley 4 - 3 all include a rotating wheel and a hanging plate; the hanging plate is arranged on the H-shaped steel part 3 through the rotating wheel; and each trolley realizes lateral movement by hanging on the H-shaped steel part 3 .

[0025] In order to ensure that the compaction part 5, the leveling part 6 and the film laying part 7 can cooperate to complete the operation on the concrete pavement, it is necessary for the parts of them in contact with the concrete to maintain a uniform height, that is, the height of the upper surface of the concrete; the horizontal planes at the lowest ends of the vibration plate 5-5, the scraper and the film roll 7-4 are at the same height.

[0026] The number of the compacting part 5, the leveling part 6 and the film-laying part 7 are all multiple, and the purpose is to adjust different working widths to adapt to the width of the concrete road; the number of the first trolley 4-1 and the compacting part 5 is the same, and both are multiple; the compacting part 5 is arranged on the corresponding first trolley 4-1; the number of the second trolley 4-2 and the leveling part 6 is the same, and both are multiple; the leveling part 6 is arranged on the corresponding second trolley 4-2; the number of the film-laying part 7 and the third trolley 4-3 is the same, and both are multiple; the film-laying part 7 is arranged on the corresponding third trolley 4-3; after determining the width of the concrete road, the compacting part 5, the leveling part 6 and the film-laying part 7 are respectively spliced ​​into the corresponding working width.

[0027] The vibration plate 5-5 is evenly provided with a plurality of through holes in the vertical direction. The function of the through holes is that when the vibration plate 5-5 is lifted during the compaction process, the separation force between the vibration plate 5-5 and the concrete is relatively large. In order to enable the vibration plate 5-5 to move up smoothly, the through holes are provided. The through holes are used to equalize the pressure between the vibration plate 5-5 and the concrete with the atmospheric pressure so that the vibration plate 5-5 can move up smoothly. In order to increase the contact area between the vibration plate 5-5 and the concrete, a circular protrusion is provided. The lower end surface of the vibration plate 5-5 is evenly provided with a plurality of circular protrusions.

[0028] During operation, first, measure the width of the concrete road, and according to the process of first vibrating, then scraping and then laying the film, lift the second telescopic square rod 6-2 and the third telescopic square rod 7-3 upwards, so that the corresponding scrapers 6-3 and film rolls 7-4 are separated from the concrete surface and do not contact the concrete; then confirm the number of vibration plates 5-5 corresponding to the width of the concrete road, and then connect the adjacent vibration plates 5-5 together through the mortise and tenon connection structure, and then adjust the first telescopic square rod 5-3 to make the lower end surface of the vibration plate 5-5 contact with the concrete, and then start the mobile vehicle 1 to move along the route of the concrete road. At the same time, turn on the vibrator 5-4 to make the vibration plate 5-5 vibrate to compact the concrete along the line; when the mobile vehicle 1 moves to the end of the concrete road, adjust the height of the first telescopic square rod 5-3 to lift it until it is separated from the concrete surface and no longer in contact; then determine the number of scrapers 6-3 required according to the width of the concrete road, and then connect the required number of adjacent scrapers 6-3. The height of the plate 6-3 is adjusted to the concrete through the second telescopic square rod 6-2, and then the second trolley 4-2 is adjusted to make the adjacent scrapers 6-3 spliced; then the mobile vehicle 1 is started until the end of the concrete road, at which time the concrete has completed the vibration and scraping operations, and the first telescopic square rod 5-3 is raised so that the scraper 6-3 no longer contacts the concrete, and then according to the width of the concrete road, the height of the required number of film rolls 7-4 is adjusted to contact the upper surface of the concrete through the third telescopic square rod 7-3, and then the mobile vehicle 1 is started, and one end of the film is pre-fixed at one end of the concrete road. When the mobile vehicle 1 is started again, the film roll 7-4 is pulled by the film fixed at one end and rotates, and the film is laid on the concrete on the path, thereby achieving the purpose of laying the film; the lateral adjustment of the above-mentioned first trolley 4-1, the second trolley 4-2 and the third trolley 4-3 all make the vibration plate 5-5, the scraper 6-3 and the film roll 7-4 involved in the operation are all set directly above the concrete.

Claims

1. A comprehensive concrete curing device, characterized in that: The invention comprises a moving vehicle (1), a stand (2), an H-shaped steel part (3), a transverse vehicle part (4), a vibration part (5), a flattening part (6) and a membrane laying part (7); the moving vehicle (1) is arranged on both sides of a concrete road; the stand (2) is arranged on the upper end surface of the moving vehicle (1); the H-shaped steel part (3) comprises a first H-shaped steel (3-1), a second H-shaped steel (3-2) and a third H-shaped steel (3-3), and the first H-shaped steel (3-1), the second H-shaped steel (3-2) and the third H-shaped steel (3-3) are evenly arranged between the stand (2); the transverse vehicle part (4) comprises a first trolley (4-1), a second trolley (4-2) and a third trolley (4-3); the first trolley (4-1) is arranged on the first H The first trolley (4-2) is provided on the second H-shaped steel (3-2); the third trolley (4-3) is provided on the third H-shaped steel (3-3); the compacting part (5) is provided on the lower end surface of the first trolley (4-1); the flattening part (6) is provided on the lower end surface of the second trolley (4-2); the film laying part (7) is provided on the lower end surface of the third trolley (4-3); the compacting part (5) comprises a flange (5-1), a first hollow round rod (5-2), a first telescopic square rod (5-3), a vibrator (5-4) and a vibrating plate (5-5); a square through hole is provided inside the first hollow round rod (5-2); the lower end surface of the first trolley (4-1) is connected to a flange ( 5-1), and it is connected to the flange (5-1) at the uppermost end of the first hollow round rod (5-2); the first telescopic square rod (5-3) is inserted into the square through hole of the first hollow round rod (5-2); the lowermost end of the first telescopic square rod (5-3) is connected to a vibration plate (5-5); a vibrator (5-4) is arranged on the upper end surface of the vibration plate (5-5); a plurality of through holes are evenly arranged on the vibration plate (5-5) in the vertical direction; a plurality of circular protrusions are evenly arranged on the lower end surface of the vibration plate (5-5); the scraping part (6) comprises a second hollow round rod (6-1), a second telescopic square rod (6-2) and a scraper (6-3); the upper end of the second hollow round rod (6-1) is connected to a second trolley (4-2) the lower end surface of the second telescopic square rod (6-2) being inserted into the second hollow round rod (6-1); the lowermost end surface of the second telescopic square rod (6-2) being connected to the scraper (6-3); the film laying part (7) comprising a dislocation plate (7-1), a third hollow round rod (7-2), a third telescopic square rod (7-3), a film reel (7-4), a movable rotating rod (7-5), a connecting front plate (7-6) and a connecting side plate (7-7); the lower ends of the plurality of third trolleys (4-3) are alternately provided with dislocation plates (7-1) and third hollow round rods (7-2), and the lower end of the dislocation plate (7-1) is provided with a third hollow round rod (7-2); the lower end of the third hollow round rod (7-2) is provided with a third telescopic square rod (7-3);The upper end surface of the connecting front plate (7-6) is connected to the lower end of the third telescopic square rod (7-3); the connecting side plates (7-7) are arranged at both ends of the connecting front plate (7-6); the connecting side plates (7-7) are provided with bearings, and the movable rotating rod (7-5) is provided with bearings; the film reel (7-4) is sleeved on the movable rotating rod (7-5).

2. The comprehensive concrete curing device according to claim 1, characterized in that: A threaded hole and a fastening nut (8) are additionally provided; the threaded hole is arranged at the lower end of the side wall of the first hollow round rod (5-2), the second hollow round rod (6-1) and the third hollow round rod (7-2); the fastening nut (8) passes through the threaded hole and is in close contact with the side wall of the first telescopic square rod (5-3), the second telescopic square rod (6-2) and the third telescopic square rod (7-3).

3. The comprehensive concrete curing device according to claim 2, characterized in that: Both ends of the side surface of the scraper (6-3) are respectively provided with a fixing block (9) and a fixing groove, and two adjacent scrapers (6-3) are connected by plugging and fitting the fixing block (9) and the fixing groove.

4. The comprehensive concrete curing device according to claim 3 is characterized in that: Tenons (10) and tenon grooves (11) are respectively provided at two ends of the side surface of the vibration plate (5-5), and two adjacent vibration plates (5-5) are connected by mortise and tenon joints through the cooperation of the tenons (10) and the tenon grooves (11).

5. The comprehensive concrete curing device according to claim 4, characterized in that: The first trolley (4-1), the second trolley (4-2) and the third trolley (4-3) all comprise a rotating wheel and a hanging plate; the hanging plate is arranged on the H-shaped steel part (3) through the rotating wheel.

6. The comprehensive concrete curing device according to claim 5, characterized in that: The horizontal planes at the lowest ends of the vibration plate (5-5), the scraper (6-3) and the film roll (7-4) are at the same height.

7. The comprehensive concrete curing device according to claim 6, characterized in that: The number of the first trolley (4-1) and the compacting part (5) is the same, and both are multiple; the compacting part (5) is arranged on its corresponding first trolley (4-1); the number of the second trolley (4-2) and the scraping part (6) is the same, and both are multiple; the scraping part (6) is arranged on its corresponding second trolley (4-2); the number of the film laying part (7) and the third trolley (4-3) is the same, and both are multiple; the film laying part (7) is arranged on its corresponding third trolley (4-3).

8. The comprehensive concrete curing device according to claim 7, characterized in that: The distance between the axis lines of adjacent film rolls (7-4) is greater than the diameter of the film rolls (7-4); and there are overlapping parts between the road surfaces covered by the adjacent film rolls (7-4).

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