CN214832035U - Prefabricated culvert passageway side wall template system of assembled - Google Patents
Prefabricated culvert passageway side wall template system of assembled Download PDFInfo
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- CN214832035U CN214832035U CN202120430443.XU CN202120430443U CN214832035U CN 214832035 U CN214832035 U CN 214832035U CN 202120430443 U CN202120430443 U CN 202120430443U CN 214832035 U CN214832035 U CN 214832035U
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Abstract
An assembled prefabricated culvert channel side wall template system comprises a bottom template, a left end template, a blocking template, a side template and a right end template; the side mould is similar to a T shape; two sides of the bottom die are respectively provided with a side die, the two side dies are supported and arranged on the bottom die through a V-shaped wheel sliding mechanism, and the lower parts of the side dies are connected with the bottom die through flange surfaces by bolts; the left end die and the right end die are respectively arranged at the left end and the right end between the two side dies, and the two end surfaces of the left end die and the right end die are connected with the side dies by flanges and bolts; the lower ends of the left end die and the right end die are hinged with the bottom die; the blocking die is arranged on the left sides of the two side dies in a crossing manner, and an end die pull rod is arranged between the blocking die and the left end die; the bottom die, the left end die, the retaining die, the side die and the right end die set are encircled to form a groove capable of pouring the culvert channel side wall with the cross section similar to the T shape. The template system can be used for prefabricating the culvert channel side wall and is used for solving the problems of long construction period, resource waste, low utilization rate of construction machinery and the like caused by cast-in-place construction of the culvert channel side wall of the traditional expressway.
Description
Technical Field
The utility model relates to a technical field of highway culvert construction specifically is a prefabricated culvert passageway side wall template system of assembled.
Background
With the development of economy, the construction amount of highways is increased, and the specific gravity of cast-in-place reinforced concrete structural engineering is gradually increased. The construction of the culvert channel of the expressway generally adopts the traditional cast-in-place concrete construction technology, the main engineering of the culvert channel of the expressway needs to be completed by the procedures of erecting a bracket, binding a steel bar framework, assembling a template, pouring concrete and the like on a construction site, the culvert channel is greatly influenced by on-site weather, environment, sidewalk and the like, the construction period and the use of machine equipment and machine shifts are more, the cost and the like are difficult to control, and meanwhile, the safety and the quality are difficult to control, and extra cost is easy to occur. According to statistics, the template engineering accounts for 25% of the total construction cost of the reinforced concrete, 35% of the labor amount and 50% -60% of the construction period, and the influence on promotion of building industrialization development and benefit improvement is great. Therefore, the research adopts the template engineering technology with advanced structure, economy and reasonability, correctly selects the template matched with the construction scale, and has very important economic and social significance for accelerating the construction speed, ensuring the engineering quality, saving wood and reducing the template engineering cost.
Researches show that although the investment cost is high in the early stage, the adoption of the prefabricated reinforced concrete culvert channel technology can change the dispersed construction into factory construction, so that the manual mechanical equipment is efficiently utilized, the construction period is shortened, and the cost is reduced. Meanwhile, the quality is improved, the safety risk and the environmental pollution are reduced, so that the extra cost is reduced, the economic benefit is improved, the requirement of rapid and stable development of Chinese highway construction is met, and the method has wide popularization prospect.
Disclosure of Invention
The utility model aims at providing a prefabricated culvert passageway side wall template system of assembled, this template system can prefabricate culvert passageway side wall for solve the cast-in-place construction of traditional highway culvert passageway side wall and cause long, the wasting of resources, construction machinery utilization ratio low grade problem.
In order to realize the purpose of the utility model, the technical scheme who takes is:
an assembled prefabricated culvert channel side wall template system comprises a bottom template, a left end template, a blocking template, a side template and a right end template; the side mold is in a T shape; two sides of the bottom die are respectively provided with a side die, the two side dies are supported and arranged on the bottom die through a V-shaped wheel sliding mechanism, the lower parts of the side dies are connected with the bottom die through flange surfaces by bolts, and after the bolts are disassembled, the side dies slide on a V-shaped wheel sliding rail of the V-shaped wheel sliding mechanism along with V-shaped wheels of the V-shaped wheel sliding mechanism; the left end die is arranged at the left end between the two side dies, two end faces of the left end die are connected with the side dies through flanges and bolts, and the lower end of the left end die is hinged with the bottom die through a pin shaft; the right end die is arranged at the right end between the two side dies, two end faces of the right end die are connected with the side dies through flanges and bolts, and the lower end of the right end die is hinged with the bottom die through a pin shaft; the blocking die is arranged on the left sides of the two side dies in a crossing manner, the blocking die is connected with the side dies by adopting flanges and bolts, and an end die pull rod is arranged between the blocking die and the left end die through an end die pull rod seat; the bottom die, the left end die, the retaining die, the side die and the right end die set are encircled to form a groove capable of pouring the culvert channel side wall with the cross section similar to the T shape. The prefabricated culvert channel side wall template system is made of steel plates, channel steel and I-shaped steel.
Further: the lower extreme of left end mould and die block between still install straining screw, the lower extreme of right end mould and die block between still install straining screw, adjust straining screw and can laminate the lower extreme of left end mould and the lower extreme of right end mould and die block.
Further: and a side die pull rod is arranged above the space between the two side dies through a side die pull rod seat. The side die pull rod is used for oppositely pulling and reinforcing the two side dies.
Further: the bottom die comprises a bottom die plate, a bottom die reinforcing support is fixed at the bottom of the bottom die plate, bottom die flange plates are fixed on two sides of the bottom die plate, a bottom die vertical support is fixed at the lower part of the bottom die reinforcing support, and a bottom die transverse support and a bottom die longitudinal support are fixed at the bottom end of the bottom die vertical support; and a plurality of hinged seats for hinging and installing the left end die and the right end die are fixed on the bottom die reinforcing supports at the two ends of the bottom die plate. The bottom die plate, the bottom die reinforcing support, the bottom die vertical support, the bottom die transverse support and the bottom die longitudinal support are welded into a whole and fixed on the ground, and the bottom die is fixed.
Further: and end mold supporting supports are respectively fixed at two ends of the bottom mold cross support, and when the left end mold and the right end mold are turned over to open the molds, the end mold supporting supports support the left end mold and the right end mold.
Further: the side form comprises a side form flange plate, a side form reinforcing support and a side form plate, the side form plate is in a T shape, the side form reinforcing support is fixed on the outer side of the side form plate, and the side form flange plate is respectively fixed at the left end, the right end and the lower end of the side form plate and is respectively used for being connected with the left end form, the right end form and the bottom form. And a side die pull rod seat for mounting the side die pull rod is fixed at the upper end of the side die plate.
Further: a built-in partition mold in a T shape is arranged between the left end mold and the right end mold, the left end and the right end of the built-in partition mold are respectively contacted with the left end mold and the right end mold, and the bottom end of the built-in partition mold is contacted with the bottom mold; the built-in partition mold comprises a built-in partition mold reinforcing support and a built-in partition mold plate, the built-in partition mold reinforcing support is fixed on the outer side of the built-in partition mold plate, a side mold pull rod seat is fixed at the upper end of the built-in partition mold plate, and the side mold pull rod seat is used for installing a side mold pull rod, so that the built-in partition mold plate is fixedly connected with the side mold. By adjusting the position of the built-in partition, culvert channel side walls of different models can be prefabricated. When pouring is carried out, the ejector rod is arranged between the outer side of the built-in partition template and the side mold, the built-in partition template is limited, and the built-in partition template is prevented from moving outwards when pouring is carried out.
Further: the left end die comprises a left end die plate, the back of the left end die plate is provided with an end die reinforcing back bar, the upper end of the left end die plate is provided with an end die pull rod seat for mounting an end die pull rod, and the end die pull rod is connected with the blocking die; the lower end of the left end template is provided with a hinge lug used for being connected with the bottom die; and end die flange plates used for being connected with the side die are arranged at the left end and the right end of the left end die plate. The structure of the right end die is similar to that of the left end die, but the upper end of the right end die is not provided with an end die pull rod seat, so that the height is lower.
Further: the V-shaped wheel sliding mechanism comprises a V-shaped wheel sliding rail, a V-shaped wheel and a V-shaped wheel seat, one end of the V-shaped wheel sliding rail is fixed on the bottom die, and the other end of the V-shaped wheel sliding rail is provided with a limiting plate; the V-shaped wheel seat is fixed on the side mold, and the V-shaped wheel is arranged on the V-shaped wheel slide rail through the V-shaped wheel seat; two ends of the V-shaped wheel seat are respectively fixed with a reverse hook which is buckled on the V-shaped wheel slide rail, and the reverse hooks can slide on the V-shaped wheel slide rail along with the V-shaped wheel seat. The V-shaped wheel track is made of angle steel.
Further: and the two ends of the blocking template are fixedly provided with blocking template flange plates used for being connected with the side mold, the top end of the blocking template is fixedly provided with an end mold pull rod seat, and the end mold pull rod seat is used for installing an end mold pull rod.
Further: the included angle between the side die and the inner side of the bottom die is set to 94 degrees, so that the prefabricated and molded component can be conveniently hoisted out of the bottom die.
The processing is carried out according to the existing technical Specification for highway, bridge and culvert construction (JTG TF 50-2011) and the processing Specification of a steel structure, so as to ensure the engineering requirements; the template and the flange, the rib and the panel are welded in a broken way, the longitudinal rib and the transverse rib, and the panel are welded in a full way, and the height of a welding angle is not less than 6 mm.
This prefabricated culvert passageway side wall template system of assembled's advantage does:
1. the system is made of steel, is high in structural strength, high in recycling frequency of all components of the template, saves resources, performs prefabrication of the side wall of the culvert channel, is beneficial to environment-friendly construction, is convenient to install and disassemble, greatly reduces labor intensity of workers, and is used for solving the problems of long construction period, resource waste, low utilization rate of construction machinery and the like caused by the traditional cast-in-place construction method of the culvert channel of the highway.
2. The prefabricated culvert channel side wall template system of this assembled can set up built-in mould that separates, through the position of adjusting built-in mould that separates, can prefabricate the culvert channel side wall of multiple size model.
3. The prefabricated culvert channel side wall formwork system is high in assembling precision, good in pouring integrity and good in concrete impression quality, the size of a prefabricated side wall finished product is consistent with a design value, subsequent site construction is convenient, and construction efficiency is improved.
Drawings
FIG. 1 is a schematic structural diagram of the prefabricated culvert channel side wall formwork system;
FIG. 2 is a schematic left side view of FIG. 1;
FIG. 3 is a schematic top view of FIG. 1;
FIG. 4 is a schematic structural diagram of the assembled prefabricated culvert channel side wall template system in an open mold state;
FIG. 5 is a schematic top view of FIG. 4;
FIG. 6 is a schematic structural view of the bottom mold;
FIG. 7 is a schematic illustration of a side form;
FIG. 8 is a schematic structural view of a built-in diaphragm;
FIG. 9 is a schematic view of the structure of the left end mold;
FIG. 10 is a schematic left side view of FIG. 9;
FIG. 11 is a schematic view of the structure of the V-wheel slide mechanism;
FIG. 12 is a schematic left side view of FIG. 11;
the part names of the sequence numbers in the figure are:
1. bottom die; 2. tensioning the screw rod; 3. a pin shaft; 4. a left end die; 5. an end mold tie rod; 6. blocking the mold; 7. side mould; 8. a side die pull rod seat; 9. a side form tie rod; 10. a V-wheel slide mechanism; 11. a right end die; 12. supporting an end die; 13. a hinged seat; 14. reinforcing and supporting the bottom die; 15. a bottom die flange plate; 16. a bottom template; 17. vertically supporting a bottom die; 18. a V-shaped wheel slide rail; 19. a bottom die cross brace; 20. longitudinally supporting the bottom die; 21. a side form flange plate; 22. a side form reinforcing support; 23. a sideform; 24. a built-in diaphragm reinforcing support is arranged; 25. a partition plate is arranged in the mold; 26. a left end template; 27. an end mold pull rod seat; 28. the end mould reinforces the back bar; 29. an end form flange plate; 30. a hinge ear; 31. a mold blocking flange plate; 32. a V-shaped wheel; 33. a V-shaped wheel seat; 34. a reverse hook; 35. and a limiting plate.
Detailed Description
For a more clear description of the present technology, the present technology is further described in detail below with reference to the accompanying drawings and examples.
Example 1
An assembled prefabricated culvert channel side wall template system comprises a bottom template 1, a left end template 4, a retaining template 6, a side template 7 and a right end template 11; the bottom die 1 comprises a bottom die plate 16, a bottom die reinforcing support 14 is fixed at the bottom of the bottom die plate 16, bottom die flange plates 15 are fixed on two sides of the bottom die plate 16, a bottom die vertical support 17 is fixed at the lower part of the bottom die reinforcing support 14, and a bottom die cross support 19 and a bottom die longitudinal support 20 are fixed at the bottom end of the bottom die vertical support 17; a plurality of hinging seats 13 for hinging and installing the left end mould 4 and the right end mould 11 are fixed on the bottom mould reinforcing support 14 at the two ends of the bottom mould plate 16. The left end die 4 comprises a left end die plate 26, the back of the left end die plate 26 is provided with an end die reinforcing back bar 28, the upper end of the left end die plate 26 is provided with an end die pull rod seat 27 for mounting an end die pull rod 5, and the end die pull rod 5 is connected with the blocking die 6; the lower end of the left end template 26 is provided with a hinge lug 30 used for being connected with the bottom die 1; the left end formwork 26 is provided at both left and right ends with end formwork flange plates 29 for connection with the side formwork 7. The structure of the right end die 11 is similar to that of the left end die 4, but the upper end of the right end die 11 is not provided with an end die pull rod seat 27, and the height is lower. And two ends of a blocking template of the blocking template 6 are fixedly provided with a blocking template flange plate 31 used for being connected with the side mold 7, the top end of the blocking template is fixedly provided with an end mold pull rod seat 27, and the end mold pull rod seat 27 is used for installing an end mold pull rod 5.
The side die 7 is in a T shape; the side die 7 comprises a side die flange plate 21, a side die reinforcing support 22 and a side die plate 23, the side die plate 23 is in a T shape, the side die reinforcing support 22 is fixed on the outer side of the side die plate 23, and the side die flange plate 21 is respectively fixed at the left end, the right end and the lower end of the side die plate 23 and is respectively used for being connected with the left end die 4, the right end die 11 and the bottom die 1. The upper end of the side template 23 is fixed with a side template pull rod seat 8 for mounting a side template pull rod 9.
Two sides of the bottom die 1 are respectively provided with a side die 7, the two side dies 7 are supported and arranged on the bottom die 1 through a V-shaped wheel sliding mechanism 10, and the lower parts of the side dies 7 are connected with the bottom die 1 through flange surfaces by bolts; the left end die 4 is arranged at the left end between the two side dies 7, two end faces of the left end die 4 are connected with the side dies 7 through flanges and bolts, and the lower end of the left end die 4 is hinged with the bottom die 1 through a pin shaft 3; the right end die 11 is arranged at the right end between the two side dies 7, two end faces of the right end die 11 are connected with the side dies 7 through flanges and bolts, and the lower end of the right end die 11 is hinged with the bottom die 1 through a pin shaft 3; the blocking die 6 is installed on the left sides of the two side dies 7 in a crossing mode, the blocking die 6 is connected with the side dies 7 through flanges and bolts, and an end die pull rod 5 is installed between the blocking die 6 and the left end die 4 through an end die pull rod seat 27; the bottom die 1, the left end die 4, the retaining die 6, the side die 7 and the right end die 11 are combined to form a groove which can be used for pouring the culvert channel side wall with the cross section similar to the T shape.
The V-shaped wheel sliding mechanism 10 comprises a V-shaped wheel sliding rail 18, a V-shaped wheel 32 and a V-shaped wheel seat 33, one end of the V-shaped wheel sliding rail 18 is fixed on the bottom die 1, and the other end is provided with a limiting plate 35; the V-shaped wheel seat 33 is fixed on the side die 7, and the V-shaped wheel 32 is arranged on the V-shaped wheel slide rail 18 through the V-shaped wheel seat 33; two ends of the V-shaped wheel seat 33 are respectively fixed with a reverse hook 34, the reverse hook 34 is buckled on the V-shaped wheel slide rail 18, and the reverse hook 34 can slide on the V-shaped wheel slide rail 18 along with the V-shaped wheel seat 33.
Example 2
An assembled prefabricated culvert channel side wall template system comprises a bottom template 1, a left end template 4, a retaining template 6, a side template 7 and a right end template 11; the bottom die 1 comprises a bottom die plate 16, a bottom die reinforcing support 14 is fixed at the bottom of the bottom die plate 16, bottom die flange plates 15 are fixed on two sides of the bottom die plate 16, a bottom die vertical support 17 is fixed at the lower part of the bottom die reinforcing support 14, and a bottom die cross support 19 and a bottom die longitudinal support 20 are fixed at the bottom end of the bottom die vertical support 17; a plurality of hinging seats 13 for hinging and installing the left end mould 4 and the right end mould 11 are fixed on the bottom mould reinforcing support 14 at the two ends of the bottom mould plate 16. And end mold supporting supports 12 are respectively fixed at two ends of the bottom mold cross support 19, and when the left end mold 4 and the right end mold 11 are turned over to open the mold, the end mold supporting supports 12 support the left end mold 4 and the right end mold 11.
The left end die 4 comprises a left end die plate 26, the back of the left end die plate 26 is provided with an end die reinforcing back bar 28, the upper end of the left end die plate 26 is provided with an end die pull rod seat 27 for mounting an end die pull rod 5, and the end die pull rod 5 is connected with the blocking die 6; the lower end of the left end template 26 is provided with a hinge lug 30 used for being connected with the bottom die 1; the left end formwork 26 is provided at both left and right ends with end formwork flange plates 29 for connection with the side formwork 7. The structure of the right end die 11 is similar to that of the left end die 4, but the upper end of the right end die 11 is not provided with an end die pull rod seat 27, and the height is lower. And two ends of a blocking template of the blocking template 6 are fixedly provided with a blocking template flange plate 31 used for being connected with the side mold 7, the top end of the blocking template is fixedly provided with an end mold pull rod seat 27, and the end mold pull rod seat 27 is used for installing an end mold pull rod 5.
The side die 7 is in a T shape; the side die 7 comprises a side die flange plate 21, a side die reinforcing support 22 and a side die plate 23, the side die plate 23 is in a T shape, the side die reinforcing support 22 is fixed on the outer side of the side die plate 23, and the side die flange plate 21 is respectively fixed at the left end, the right end and the lower end of the side die plate 23 and is respectively used for being connected with the left end die 4, the right end die 11 and the bottom die 1. The upper end of the side template 23 is fixed with a side template pull rod seat 8 for mounting a side template pull rod 9.
Two sides of the bottom die 1 are respectively provided with a side die 7, the two side dies 7 are supported and arranged on the bottom die 1 through a V-shaped wheel sliding mechanism 10, and the lower parts of the side dies 7 are connected with the bottom die 1 through flange surfaces by bolts; and a side die pull rod 9 is arranged above the space between the two side dies 7 through a side die pull rod seat 8. The left end die 4 is arranged at the left end between the two side dies 7, two end faces of the left end die 4 are connected with the side dies 7 through flanges and bolts, and the lower end of the left end die 4 is hinged with the bottom die 1 through a pin shaft 3; the right end die 11 is arranged at the right end between the two side dies 7, two end faces of the right end die 11 are connected with the side dies 7 through flanges and bolts, and the lower end of the right end die 11 is hinged with the bottom die 1 through a pin shaft 3; the lower extreme of left end mould 4 and die block 1 between still install tensioning screw 2, the lower extreme of right-hand member mould 11 and die block 1 between still install tensioning screw 2, adjust tensioning screw 2 and can laminate the lower extreme of left end mould 4 and the lower extreme of right-hand member mould 11 with die block 1. The blocking die 6 is installed on the left sides of the two side dies 7 in a crossing mode, the blocking die 6 is connected with the side dies 7 through flanges and bolts, and the end die pull rod 5 is installed between the blocking die 6 and the left end die 4 through an end die pull rod seat 27. The V-shaped wheel sliding mechanism 10 comprises a V-shaped wheel sliding rail 18, a V-shaped wheel 32 and a V-shaped wheel seat 33, one end of the V-shaped wheel sliding rail 18 is fixed on the bottom die 1, and the other end is provided with a limiting plate 35; the V-shaped wheel seat 33 is fixed on the side die 7, and the V-shaped wheel 32 is arranged on the V-shaped wheel slide rail 18 through the V-shaped wheel seat 33; two ends of the V-shaped wheel seat 33 are respectively fixed with a reverse hook 34, the reverse hook 34 is buckled on the V-shaped wheel slide rail 18, and the reverse hook 34 can slide on the V-shaped wheel slide rail 18 along with the V-shaped wheel seat 33. The bottom die 1, the left end die 4, the retaining die 6, the side die 7 and the right end die 11 are combined to form a groove which can be used for pouring the culvert channel side wall with the cross section similar to the T shape.
Example 3
An assembled prefabricated culvert channel side wall template system comprises a bottom template 1, a left end template 4, a retaining template 6, a side template 7 and a right end template 11; the bottom die 1 comprises a bottom die plate 16, a bottom die reinforcing support 14 is fixed at the bottom of the bottom die plate 16, bottom die flange plates 15 are fixed on two sides of the bottom die plate 16, a bottom die vertical support 17 is fixed at the lower part of the bottom die reinforcing support 14, and a bottom die cross support 19 and a bottom die longitudinal support 20 are fixed at the bottom end of the bottom die vertical support 17; a plurality of hinging seats 13 for hinging and installing the left end mould 4 and the right end mould 11 are fixed on the bottom mould reinforcing support 14 at the two ends of the bottom mould plate 16. And end mold supporting supports 12 are respectively fixed at two ends of the bottom mold cross support 19, and when the left end mold 4 and the right end mold 11 are turned over to open the mold, the end mold supporting supports 12 support the left end mold 4 and the right end mold 11.
The left end die 4 comprises a left end die plate 26, the back of the left end die plate 26 is provided with an end die reinforcing back bar 28, the upper end of the left end die plate 26 is provided with an end die pull rod seat 27 for mounting an end die pull rod 5, and the end die pull rod 5 is connected with the blocking die 6; the lower end of the left end template 26 is provided with a hinge lug 30 used for being connected with the bottom die 1; the left end formwork 26 is provided at both left and right ends with end formwork flange plates 29 for connection with the side formwork 7. The structure of the right end die 11 is similar to that of the left end die 4, but the upper end of the right end die 11 is not provided with an end die pull rod seat 27, and the height is lower. And two ends of a blocking template of the blocking template 6 are fixedly provided with a blocking template flange plate 31 used for being connected with the side mold 7, the top end of the blocking template is fixedly provided with an end mold pull rod seat 27, and the end mold pull rod seat 27 is used for installing an end mold pull rod 5.
The side die 7 is in a T shape; the side die 7 comprises a side die flange plate 21, a side die reinforcing support 22 and a side die plate 23, the side die plate 23 is in a T shape, the side die reinforcing support 22 is fixed on the outer side of the side die plate 23, and the side die flange plate 21 is respectively fixed at the left end, the right end and the lower end of the side die plate 23 and is respectively used for being connected with the left end die 4, the right end die 11 and the bottom die 1. The upper end of the side template 23 is fixed with a side template pull rod seat 8 for mounting a side template pull rod 9.
Two sides of the bottom die 1 are respectively provided with a side die 7, the two side dies 7 are supported and arranged on the bottom die 1 through a V-shaped wheel sliding mechanism 10, and the lower parts of the side dies 7 are connected with the bottom die 1 through flange surfaces by bolts; and a side die pull rod 9 is arranged above the space between the two side dies 7 through a side die pull rod seat 8. The left end die 4 is arranged at the left end between the two side dies 7, two end faces of the left end die 4 are connected with the side dies 7 through flanges and bolts, and the lower end of the left end die 4 is hinged with the bottom die 1 through a pin shaft 3; the right end die 11 is arranged at the right end between the two side dies 7, two end faces of the right end die 11 are connected with the side dies 7 through flanges and bolts, and the lower end of the right end die 11 is hinged with the bottom die 1 through a pin shaft 3; the lower extreme of left end mould 4 and die block 1 between still install tensioning screw 2, the lower extreme of right-hand member mould 11 and die block 1 between still install tensioning screw 2, adjust tensioning screw 2 and can laminate the lower extreme of left end mould 4 and the lower extreme of right-hand member mould 11 with die block 1. The blocking die 6 is installed on the left sides of the two side dies 7 in a crossing mode, the blocking die 6 is connected with the side dies 7 through flanges and bolts, and the end die pull rod 5 is installed between the blocking die 6 and the left end die 4 through an end die pull rod seat 27. The V-shaped wheel sliding mechanism 10 comprises a V-shaped wheel sliding rail 18, a V-shaped wheel 32 and a V-shaped wheel seat 33, one end of the V-shaped wheel sliding rail 18 is fixed on the bottom die 1, and the other end is provided with a limiting plate 35; the V-shaped wheel seat 33 is fixed on the side die 7, and the V-shaped wheel 32 is arranged on the V-shaped wheel slide rail 18 through the V-shaped wheel seat 33; two ends of the V-shaped wheel seat 33 are respectively fixed with a reverse hook 34, the reverse hook 34 is buckled on the V-shaped wheel slide rail 18, and the reverse hook 34 can slide on the V-shaped wheel slide rail 18 along with the V-shaped wheel seat 33. The bottom die 1, the left end die 4, the retaining die 6, the side die 7 and the right end die 11 are combined to form a groove which can be used for pouring the culvert channel side wall with the cross section similar to the T shape.
A built-in partition mold similar to a T shape is arranged between the left end mold 4 and the right end mold 11, the left end and the right end of the built-in partition mold are respectively contacted with the left end mold 4 and the right end mold 11, and the bottom end of the built-in partition mold is contacted with the bottom mold 1; the built-in diaphragm comprises a built-in diaphragm reinforcing support 24 and a built-in diaphragm plate 25, the built-in diaphragm reinforcing support 24 is fixed on the outer side of the built-in diaphragm plate 25, a side die pull rod seat 8 is fixed at the upper end of the built-in diaphragm plate 25, and the side die pull rod seat 8 is used for installing a side die pull rod 9, so that the built-in diaphragm plate 25 is fixedly connected with a side die 7. By adjusting the position of the built-in partition, culvert channel side walls of different models can be prefabricated. When pouring is carried out, an ejector rod is arranged between the outer side of the built-in partition template 25 and the side mold 7 to limit the built-in partition template, so that the built-in partition template is prevented from moving outwards when pouring is carried out.
The above description is not intended to limit the present application, and the present application is not limited to the above examples, and those skilled in the art should understand that they can make various changes, modifications, additions or substitutions within the spirit and scope of the present application.
Claims (10)
1. The utility model provides a prefabricated culvert passageway side wall template system of assembled, its characterized in that: comprises a bottom die (1), a left end die (4), a blocking die (6), a side die (7) and a right end die (11); the side die (7) is in a T shape; two sides of the bottom die (1) are respectively provided with a side die (7), the two side dies (7) are supported and arranged on the bottom die (1) through a V-shaped wheel sliding mechanism (10), and the lower parts of the side dies (7) are connected with the bottom die (1) through flange surfaces by bolts; the left end die (4) is arranged at the left end between the two side dies (7), two end faces of the left end die (4) are connected with the side dies (7) through flanges and bolts, and the lower end of the left end die (4) is hinged with the bottom die (1) through a pin shaft (3); the right end die (11) is arranged at the right end between the two side dies (7), two end faces of the right end die (11) are connected with the side dies (7) through flanges and bolts, and the lower end of the right end die (11) is hinged with the bottom die (1) through a pin shaft (3); the blocking die (6) is installed on the left sides of the two side dies (7) in a crossing mode, the blocking die (6) is connected with the side dies (7) through flanges and bolts, and an end die pull rod (5) is installed between the blocking die (6) and the left end die (4) through an end die pull rod seat (27); the bottom die (1), the left end die (4), the retaining die (6), the side die (7) and the right end die (11) are combined to form a groove which can be used for pouring the culvert channel side wall with the T-shaped section.
2. The prefabricated culvert channel side wall formwork system of claim 1, wherein: the lower extreme of left end mould (4) and die block (1) between still install taut screw rod (2), the lower extreme of right end mould (11) and die block (1) between still install taut screw rod (2).
3. The prefabricated culvert channel side wall formwork system of claim 1, wherein: and a side die pull rod (9) is arranged above the space between the two side dies (7) through a side die pull rod seat (8).
4. The prefabricated culvert channel side wall formwork system of claim 1, wherein: the bottom die (1) comprises a bottom die plate (16), a bottom die reinforcing support (14) is fixed at the bottom of the bottom die plate (16), bottom die flange plates (15) are fixed on two sides of the bottom die plate (16), a bottom die vertical support (17) is fixed at the lower part of the bottom die reinforcing support (14), and a bottom die transverse support (19) and a bottom die longitudinal support (20) are fixed at the bottom end of the bottom die vertical support (17); a plurality of hinged seats (13) for hinging and installing the left end mould (4) and the right end mould (11) are fixed on the bottom mould reinforcing support (14) at the two ends of the bottom mould plate (16).
5. The prefabricated culvert channel side wall formwork system of claim 4, wherein: and end mould supporting supports (12) are respectively fixed at two ends of the bottom mould cross support (19).
6. The prefabricated culvert channel side wall formwork system of claim 1, wherein: the side die (7) comprises a side die flange plate (21), a side die reinforcing support (22) and a side die plate (23), the side die plate (23) is similar to a T shape, the side die reinforcing support (22) is fixed on the outer side of the side die plate (23), and the side die flange plate (21) is respectively fixed at the left end, the right end and the lower end of the side die plate (23) and is respectively used for being connected with the left end die (4), the right end die (11) and the bottom die (1); the upper end of the side mould plate (23) is fixed with a side mould pull rod seat (8) for installing a side mould pull rod (9).
7. The prefabricated culvert channel side wall formwork system of claim 1, wherein: a built-in partition mold in a T shape is arranged between the left end mold (4) and the right end mold (11), the left end and the right end of the built-in partition mold are respectively contacted with the left end mold (4) and the right end mold (11), and the bottom end of the built-in partition mold is contacted with the bottom mold (1); the built-in diaphragm comprises a built-in diaphragm reinforcing support (24) and a built-in diaphragm plate (25), the built-in diaphragm reinforcing support (24) is fixed on the outer side of the built-in diaphragm plate (25), a side die pull rod seat (8) is fixed at the upper end of the built-in diaphragm plate (25), and the side die pull rod seat (8) is used for installing a side die pull rod (9) to fixedly connect the built-in diaphragm plate (25) and the side die (7).
8. The prefabricated culvert channel side wall formwork system of claim 1, wherein: the left end die (4) comprises a left end die plate (26), the back of the left end die plate (26) is provided with an end die reinforcing back bar (28), the upper end of the left end die plate (26) is provided with an end die pull rod seat (27) for installing an end die pull rod (5), and the end die pull rod (5) is connected with the blocking die (6); the lower end of the left end template (26) is provided with a hinge lug (30) used for being connected with the bottom die (1); the left end and the right end of the left end template (26) are provided with end template flange plates (29) used for being connected with the side template (7).
9. The prefabricated culvert channel side wall formwork system of claim 1, wherein: the V-shaped wheel sliding mechanism (10) comprises a V-shaped wheel sliding rail (18), a V-shaped wheel (32) and a V-shaped wheel seat (33), one end of the V-shaped wheel sliding rail (18) is fixed on the bottom die (1), and the other end of the V-shaped wheel sliding rail (18) is provided with a limiting plate (35); the V-shaped wheel seat (33) is fixed on the side die (7), and the V-shaped wheel (32) is arranged on the V-shaped wheel slide rail (18) through the V-shaped wheel seat (33); two ends of the V-shaped wheel seat (33) are respectively fixed with a reverse hook (34), the reverse hooks (34) are buckled on the V-shaped wheel slide rail (18), and the reverse hooks (34) can slide on the V-shaped wheel slide rail (18) along with the V-shaped wheel seat (33).
10. The prefabricated culvert channel side wall formwork system of claim 1, wherein: and two ends of a blocking template of the blocking template (6) are fixedly provided with a blocking template flange plate (31) used for being connected with the side mold (7), the top end of the blocking template is fixedly provided with an end mold pull rod seat (27), and the end mold pull rod seat (27) is used for installing an end mold pull rod (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120430443.XU CN214832035U (en) | 2021-02-28 | 2021-02-28 | Prefabricated culvert passageway side wall template system of assembled |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120430443.XU CN214832035U (en) | 2021-02-28 | 2021-02-28 | Prefabricated culvert passageway side wall template system of assembled |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214832035U true CN214832035U (en) | 2021-11-23 |
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ID=78884128
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120430443.XU Active CN214832035U (en) | 2021-02-28 | 2021-02-28 | Prefabricated culvert passageway side wall template system of assembled |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214832035U (en) |
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2021
- 2021-02-28 CN CN202120430443.XU patent/CN214832035U/en active Active
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