CN114263087A - Curb base template splicing and moving device and using method - Google Patents
Curb base template splicing and moving device and using method Download PDFInfo
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- CN114263087A CN114263087A CN202210013170.8A CN202210013170A CN114263087A CN 114263087 A CN114263087 A CN 114263087A CN 202210013170 A CN202210013170 A CN 202210013170A CN 114263087 A CN114263087 A CN 114263087A
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Abstract
The invention provides a curb base template splicing and moving device which comprises a template frame, a template shaping mechanism, template supporting steel rods, a pipeline positioning and moving support and a template traveling mechanism, wherein the template frame is provided with a plurality of positioning holes; the template framework comprises a periphery shaping framework, a back edge and template fixing and adjusting bolts, the template shaping mechanism comprises template framework connecting bolts at the same side of the base and template framework connecting mechanisms at two sides of the base, the template is supported with steel brazes and arranged at the inner side of the template framework, and the pipeline positioning movable support consists of a pipeline positioning support and a support adjusting mechanism; the invention provides a kerbstone base template splicing and moving device and a use method thereof.
Description
Technical Field
The invention relates to the technical field of curb base templates, in particular to a curb base template splicing and moving device and a using method thereof.
Background
The kerbstone base is a linear concrete structure from the top of a roadbed to the bottom of the kerbstone, the process is mostly adopted in the current municipal road engineering, and the process has the main functions of serving as a lateral template for water-stable construction and ensuring quality control indexes such as linear, compaction, thickness and the like of the water-stable construction; the carrier of pre-buried pipelines can be considered, the processes of pipeline excavation, backfilling, compaction and the like are omitted, the construction is convenient, and the method is widely applied to municipal roads at present.
The curb base template is mostly made of wood templates and is easy to damage in the mounting and dismounting process; more than two thirds of time is spent on constructing the curb base for manufacturing, installing and disassembling the template, so that the construction is slow and the construction efficiency is low; the width of the kerbstone base is generally the sum of the widths of the kerbstones and the back concrete, the pipeline arrangement space is narrow, the vibration space around the pipeline is limited, and the quality of the concrete which is difficult to vibrate is difficult to ensure; the existing construction process of the embedded pipeline base has the problem that the pipeline is easy to float and shift in the construction process.
Disclosure of Invention
In order to overcome the technical problems that in the prior art, a template is easy to damage, the speed of manufacturing, mounting and dismounting the template is low, vibration is difficult, and pipelines are easy to float and shift, the invention provides the kerbstone base template splicing and moving device, wherein a template frame is made of steel, and the template is convenient to manufacture; the pipeline positioning device controls the installation precision of the pipeline position, and the position of the pipeline positioning bracket is adjusted by an adjusting bolt in the construction process to ensure the concrete vibration quality of the lower part of the pipeline; the universal wheels are arranged on the outer side of the template frame, and the template is activated through the adjusting bolts when moving, so that the assembled template can be moved to a construction area.
In order to solve the technical problems, the invention adopts the following technical scheme: a kerbstone base template splicing and moving device comprises a template frame, a template shaping mechanism, template supporting steel rods, a pipeline positioning and moving support and a template traveling mechanism;
the template frame comprises a peripheral shaping frame, a back edge and template fixing and adjusting bolts, a template insertion opening is reserved above the peripheral shaping frame, and template fixing and adjusting bolt holes are formed in the peripheral shaping frame and the back edge;
the template shaping mechanism comprises template frame connecting bolts at the same side of the base and template frame connecting mechanisms at two sides of the base, the template frame connecting mechanisms at two sides of the base are composed of a scale adjusting plate and scale adjusting plate positioning bolts, and scale adjusting plate positioning bolt chutes are reserved on the scale adjusting plate;
the template supporting steel brazes are arranged on the inner side of the template frame; the upper row and the lower row of the template frame are reserved with template supporting steel drill holes, and the positions of the template supporting steel drill holes in the upper row and the lower row are consistent;
the pipeline positioning movable support is composed of a pipeline positioning support and a support adjusting mechanism, and the pipeline positioning support is a square grid-shaped framework;
the support adjusting mechanism is composed of a support adjusting rod sleeve, a support adjusting rod, a bowl buckle, a stay wire scroll, a stay wire guide shaft and a stay wire scroll limiting rod, wherein the support adjusting rod sleeve is arranged on the template frame;
the template travelling mechanism is composed of universal wheels, universal wheel height adjusting bolts and a universal wheel protective shell, the universal wheel height adjusting bolts are arranged on the universal wheel protective shell, and the universal wheels are arranged on the lower portions of the universal wheel height adjusting bolts.
Further, the periphery shaping frame comprises a bottom frame, two end frames and a top frame, adjusting plate positioning bolt holes are reserved in the bottom frame and the top frame, the same-side template frame connecting bolt holes are reserved in the two end frames, the bottom frame, the two end frames and the top frame are all channel steel, and the back ridge is an angle steel.
Furthermore, template fixing and adjusting bolt holes are reserved at the back edges, templates are reserved on the bottom framework and the top framework for supporting steel drill holes, and the positions of the supported steel drill holes of the templates on the bottom framework and the top framework are correspondingly consistent.
Furthermore, the stay wire guide shafts are positioned on two sides above the stay wire reel, the stay wire guide shafts wind stay wires in two directions on the stay wire reel, and a stay wire reel limiting rod is arranged at every 45 degrees in the rotation direction of the stay wire reel.
Further, the support adjusting rod is connected with the pipeline positioning support through the bowl buckle, the support adjusting rod sleeve and the support adjusting rod are arranged in a vertical double-layer mode, the support adjusting rod penetrates through the support adjusting rod sleeve, pull rings are arranged at two ends of the support adjusting rod on the lower layer and used for stay wire installation, and stay wires are made of the stay wires.
Furthermore, the support adjusting rod sleeve and the top frame are connected in a welding mode.
Furthermore, the stay wire reel, the stay wire guide shaft and the stay wire reel limiting rod are arranged outside the template frame, the relative positions of the support adjusting rod sleeve and the support adjusting rod are adjusted through rotating the stay wire reel, so that the distance between the pipeline positioning support and the template frame is adjusted, and the support adjusting rod sleeve and the support adjusting rod are arranged in a vertical double-layer mode.
Furthermore, the universal wheel protective housing is connected with the template framework in a welding mode and is positioned at two ends of the template framework.
Further, the material of template frame and scale adjustment board is one of steel, aluminum alloy or combined material.
A use method of a kerbstone base template splicing moving device comprises the following steps:
(1) inserting a template: welding and forming a template frame by using the peripheral shaping frame and the back edge, and reserving a template inserting opening above the peripheral shaping frame for inserting the template;
(2) fixing the template: after the template is inserted into the template frame, adjusting the template fixing and adjusting bolts to be screwed, connecting and fixing the template at the same side by adopting template frame connecting bolts at the same side, and fixing the template;
(3) positioning and installing the template: a scale adjusting plate positioning bolt penetrates through a scale adjusting plate positioning bolt sliding groove, the scale adjusting plate is fixed on the template frames on the two sides of the base, scales are arranged on the scale adjusting plate, the template frames can accurately position and install the template through scale control, and the width of the cross section is ensured;
(4) fixing the construction position of the template frame: after the positions of the peripheral points of the template curb base are measured, inserting template supporting steel rods into template supporting steel rod holes, and fixing a template frame at a construction position;
(5) pipeline installation: the support adjusting rod penetrates through the support adjusting rod sleeve, and pull wires are arranged at two ends of the lower support adjusting rod through pull rings;
(6) pre-burying a pipe: firstly, moving the edge of a template of a pipeline positioning support, then pouring concrete, adjusting the position of a support adjusting rod by rotating the pull reel to adjust the relative position of the support adjusting rod and a support adjusting rod sleeve after pouring is finished, and finally, adding a sleeve into the pull reel to extend a handle of the pull reel to be clamped into a pull reel limiting rod so as to fix the position of the pipeline;
(7) removing the mold: the method comprises the steps of dismantling a pull wire in a pipeline positioning moving support and withdrawing the pull wire, adjusting a support adjusting rod and the pipeline positioning support, cutting off a part of the pipeline positioning support, which is higher than a base on the inner side of the pipeline positioning support in the near-road direction, keeping the part of the pipeline positioning support which is higher than the base on the outer side, pulling out a template to support a steel chisel, loosening template frame connecting mechanisms on two sides of the base in a template shaping mechanism, adjusting a universal wheel to be below a template frame by rotating a universal wheel height adjusting bolt, moving an assembled complete template to two directions, separating the template from a curb base, and moving the template frame to the next working face.
Compared with the prior art, the invention provides a kerbstone base template splicing and moving device and a use method thereof, and the device has the beneficial effects that:
1. the template frame is made of steel, the template inserting hole is formed in the frame, the template is convenient to manufacture, the template corners are made of steel, the problem that the loss of the template in the process of disassembly and transportation is high can be effectively solved, and the template is convenient and fast to replace after being damaged.
2. The template frame is manufactured in a stereotyped mode, the connection mode among the templates is bolt connection, the assembly speed is high, specialized woodwork is not needed, the installation can be carried out only by measuring personnel measuring four corner coordinates, the templates on the two sides of the base are connected by the scale adjusting plates, the installation precision is high, and the technical requirement is low; after the kerbstone base is poured, the kerbstone base can be wholly moved to the next working face through the traveling mechanism, and the formwork erection and installation speed can be greatly increased by omitting a formwork assembling process.
3. Pipeline support and template are fixed firm, can effectively solve the pipeline and float the aversion problem, and the rotatory stay wire spool of accessible adjusts support regulation pole and template interval to change the pipeline position and guarantee pipeline lower part concrete vibration space, solve the problem of pipeline lower part vibration difficulty.
Drawings
The invention will be further described with reference to the following drawings and detailed description:
fig. 1 is a curb base formwork splicing moving device according to an embodiment of the present invention;
FIG. 2 a single template frame;
FIG. 3 is a scale adjusting plate in the template setting mechanism;
FIG. 4 is a template travel mechanism;
fig. 5 is an enlarged view at a.
In the figure: 100-a template frame; 101-a bottom frame; 102-a two-end frame; 103-a top frame; 104-dorsal bar; 105-a template insertion opening; 106-template fixing adjusting bolt holes; 107-template fixing adjusting bolts; 108-connecting bolt holes on the same side template frame; 109-adjusting plate positioning bolt holes; 110-supporting a steel drill hole on the template;
201-connecting bolts of the formwork frames on the same side; 202-template frame attachment mechanism; 203-scale adjusting plate; 204-a scale adjusting plate positioning bolt sliding groove; 205-positioning bolt of scale adjusting plate;
300-erecting a steel chisel on the template;
400-pipeline positioning mobile support; 401-a pipeline positioning stand; 402-a carriage adjustment mechanism; 403-support adjustment rod sleeve; 404-a bracket adjusting rod; 405-bowl buckle; 406-a pull wire; 407-a pull-wire reel; 408-a wire-pulling guide shaft; 409-stay wire reel limiting rod;
501, universal wheels; 502-universal wheel height adjustment bolts; 503-protective case for universal wheel.
Detailed Description
In order to make the technical solutions and advantages of the present invention more apparent, the present invention is further described in detail with reference to the following specific embodiments.
The embodiment of the application provides a template frame 100, template frame 100 is used for the template to assemble, including bottom frame 101, both ends frame 102, top frame 103, the stupefied 104 of the back of the body, each component connected mode is the welding, and bottom frame 101, both ends frame 102, top frame 103 are the channel-section steel, and the stupefied 104 of the back of the body is the angle steel, and template inserted hole 105 is reserved to top frame 103 for the template inserts.
The template shaping mechanism comprises a template frame connecting bolt 201 on the same side of the base and a template frame connecting mechanism 202 on two sides of the base, wherein the template frame connecting mechanism 202 on two sides of the base comprises a scale adjusting plate 203 and a scale adjusting plate positioning bolt 205.
Template fixing and adjusting bolt holes 106 are reserved on the outer sides of the bottom frame 101, the two end frames 102, the top frame 103 and the back ridge 104, template fixing and adjusting bolts 107 are installed at the positions of the template fixing and adjusting bolt holes 106, and the template fixing and adjusting bolts 107 are screwed after the template is inserted into the template frame 100; the template is fixed, the template is produced for factory setting, the reserved template insertion hole 105 can be inserted after cutting, and the template manufacturing speed is high.
Connecting bolt holes 108 of the same-side template frames 100 are reserved in the two end frames 102 and used for connecting the same-side template frames 100, and the template frames 100 are inserted into templates and then are connected and fixed through connecting bolts 201 of the same-side template frames 100.
Adjusting plate positioning bolt holes 109 are reserved in top frame 103, scale adjusting plate positioning bolt sliding grooves 204 are reserved in scale adjusting plate 203, a graduated scale is arranged on scale adjusting plate 203, scale adjusting plate positioning bolts 205 are adopted to penetrate through scale adjusting plate positioning bolt sliding grooves 204, scale adjusting plate 203 is fixed on template frames 100 on two sides of a base, scales are arranged on scale adjusting plate 203, the inner side reading of one position of template frame 100 is 0, and the section width is ensured by controlling the positioning and installation accuracy of template frame 100 through scales.
The bottom frame 101 and the top frame 103 are both reserved with template supporting steel drill holes 110, the positions of the template supporting steel drill holes 110 on the bottom frame 101 and the top frame 103 are correspondingly consistent, after the positions of the peripheral points of the template curb base are measured, template supporting steel drills 300 are inserted into the template supporting steel drill holes 110, and the template frame 100 is fixed at the construction position.
The pipeline positioning moving bracket 400 comprises a pipeline positioning bracket 401 and a bracket adjusting mechanism 402, the pipeline positioning bracket 401 is a square grid frame processed according to the pipeline layout design requirement, the bracket adjusting mechanism 402 is composed of a bracket adjusting rod sleeve 403, a bracket adjusting rod 404, a bowl buckle 405, a pull wire 406, a pull wire reel 407, a pull wire guide shaft 408 and a pull wire reel limiting rod 409, the bracket adjusting rod sleeve 403 is installed on the template frame 100, the bracket adjusting rod 404 is installed above the template frame 100 through the bracket adjusting rod sleeve 403, the bracket adjusting rod 404 is connected with the pipeline positioning bracket 401 through the bowl buckle 405, the bracket adjusting rod 404 is connected with the pull wire reel 407 through the pull wire 406, the pull wire reel 407, the pull wire guide shaft 408 and the pull wire reel limiting rod 409 are installed in the middle of the template frame 100 and are parallel to the template, the pull wire guide shaft 408 is positioned at two sides above the pull wire reel 407, the pull wire guide shaft 408 winds the pull wires in two directions on the pull wire reel 407, a stay wire reel limiting rod 409 is arranged at every 45 degrees around the rotation direction of the stay wire reel.
The support adjusting rod sleeve 403 is connected with the top frame 103 in a welding mode, the support adjusting rod sleeve 403 and the support adjusting rod 404 are arranged in a vertical double-layer mode, the support adjusting rod 404 penetrates through the support adjusting rod sleeve 403, pull rings are arranged at two ends of the lower support adjusting rod 404 and used for installing a pull wire 406, the pipeline positioning support 401 and the support adjusting rod 404 are connected through a bowl buckle 405, and therefore the installation verticality of the pipeline positioning support 401 is guaranteed, and pipeline installation accuracy is guaranteed.
After the template and pipeline positioning bracket 401 is installed, the embedded pipe is inserted, the pipeline positioning bracket 401 moves the edge of the template, so that the lower part and two sides of the pipeline can be vibrated conveniently after concrete is poured, and after the concrete is poured, the stay wire reel 407 is rotated to adjust the relative positions of the bracket adjusting rod 404 and the bracket adjusting rod sleeve 403, so that the distance between the pipeline and the template is changed; after the position of the adjusting rod 404 of the adjusting bracket is adjusted, the stay wire reel 407 is clamped into the stay wire reel limiting rod 409 by adding a sleeve to extend the stay wire reel handle, so that the position of the pipeline is fixed.
After the time of stripping the concrete, removing the pull wire 406 in the pipeline positioning movable support 400 and withdrawing the pull wire, connecting the support adjusting rod 404 with the bowl buckle 405 of the pipeline positioning support 401 and removing the support adjusting rod, cutting off the part of the pipeline positioning support 401, which is higher than the base, close to the inner side of the road, and keeping the pipeline positioning support 401, which is higher than the base, at the outer side for paving and hanging the water-stable asphalt; the formwork is pulled out to support the steel chisel 300, the formwork frame connecting mechanisms 202 on the two sides of the base in the formwork shaping mechanism are loosened, the universal wheel 501 is adjusted to be below the formwork frame 100 by rotating the universal wheel height adjusting bolts 502, and the assembled complete formwork is moved to two directions, so that the formwork is separated from the curb base and is moved to the next working surface.
Template running gear includes universal wheel 501, universal wheel height control bolt 502, universal wheel protective housing 503 is the welding with template frame 100 connected mode, be located the template frame both ends outside, reserve the universal wheel height control bolt hole on the universal wheel protective housing 503, universal wheel height control bolt 502 passes through the universal wheel height control bolt hole and installs on universal wheel protective housing 503, universal wheel height control bolt 502 sub-unit connection universal wheel 501, through adjusting universal wheel height control bolt 502 and then adjust the universal wheel 501 height.
The working principle of the invention is as follows:
inserting a template: welding a forming template frame 100 by using a peripheral forming frame and a back edge 104, and reserving a template inserting opening 105 above the peripheral forming frame for inserting a template;
fixing the template: after the template is inserted into the template frame 100, adjusting the template fixing and adjusting bolts 107 to be screwed down, and fixing the template;
positioning and installing the template: connecting and fixing the same-side template frame by using a same-side template frame connecting bolt 201; a scale adjusting plate positioning bolt 205 penetrates through a scale adjusting plate positioning bolt sliding groove 204, the scale adjusting plate 203 is fixed on the template frames 100 on the two sides of the base, scales are arranged on the scale adjusting plate 203, the template frames 100 can accurately position and install templates through scale control, and the width of the section is ensured;
fixing the construction position of the template frame: after the positions of the peripheral points of the template curb base are measured, template supporting steel brazes 300 are inserted into the template supporting steel brad holes 110, and the template frame 100 is fixed at a construction position;
installing a pipeline positioning bracket: the support adjusting rod 404 penetrates through the support adjusting rod sleeve 403, pull wires 406 are installed at two ends of the lower support adjusting rod 404 through pull rings, and the pipeline positioning support 401 is connected with the support adjusting rod 404;
pre-burying a pipe: penetrating a pipe into a pipeline positioning support 401, moving the pipeline positioning support 401 to the edge of a template, pouring concrete, adjusting the position of the pipeline positioning support 401 by rotating a stay wire reel 407 to adjust the relative position of a support adjusting rod 404 and a support adjusting rod sleeve 403 after pouring is finished, adding a sleeve into the stay wire reel 407, and clamping a handle of an extension stay wire reel into a stay wire reel limiting rod 409 so as to fix the position of the pipeline;
removing the mold: the pull wire 406 and the support adjusting rod 404 in the pipeline positioning moving support 400 are dismantled and retracted, the part of the pipeline positioning support 401, which is higher than the base, on the inner side of the near road is cut off, the part, which is higher than the base, on the outer side is reserved (used for paving and hanging the asphalt pavement), the template supporting steel rod 300 is pulled out, the template frame connecting mechanisms 202 on the two sides of the base in the template setting mechanism are loosened, the universal wheel 501 is adjusted to be below the template frame 100 by rotating the universal wheel height adjusting bolts 502, the assembled template set is moved to two directions, so that the template is separated from the curb base, and the template frame 100 is moved to the next working face.
It should be understood that the detailed description and specific examples, while indicating the invention, are given by way of illustration only, since various other embodiments will become apparent to those skilled in the art upon reference to the following detailed description.
Claims (10)
1. A kerbstone base template splicing and moving device is characterized by comprising a template frame (100), a template shaping mechanism, a template supporting steel chisel (300), a pipeline positioning and moving support (400) and a template travelling mechanism;
the template frame (100) comprises a periphery shaping frame, a back ridge (104) and template fixing and adjusting bolts (107), template insertion holes (105) are reserved above the periphery shaping frame, and template fixing and adjusting bolt holes (106) are formed in the periphery shaping frame and the back ridge (104);
the template shaping mechanism comprises template frame connecting bolts (201) on the same side of the base and template frame connecting mechanisms (202) on two sides of the base, the template frame connecting mechanisms (202) on two sides of the base are composed of a scale adjusting plate (203) and scale adjusting plate positioning bolts (205), and scale adjusting plate positioning bolt sliding grooves (204) are reserved on the scale adjusting plate (203);
the template support steel brazes (300) are arranged on the inner side of the template frame (100); the upper row and the lower row of the template frame (100) are reserved with template supporting steel drill holes (110), and the positions of the template supporting steel drill holes (110) in the upper row and the lower row are consistent;
the pipeline positioning moving bracket (400) consists of a pipeline positioning bracket (401) and a bracket adjusting mechanism (402), wherein the pipeline positioning bracket (401) is a square lattice frame;
the support adjusting mechanism (402) is composed of a support adjusting rod sleeve (403), a support adjusting rod (404), a bowl buckle (405), a pull wire (406), a pull wire reel (407), a pull wire guide shaft (408) and a pull wire reel limiting rod (409), the support adjusting rod sleeve (403) is installed on the template frame (100), the support adjusting rod (404) penetrates through the support adjusting rod sleeve (403) to be installed above the template frame (100), the support adjusting rod (404) is connected with the pipeline positioning support (401) through the bowl buckle (405), the support adjusting rod (404) is connected with the pull wire reel (407) through the pull wire (406), and the pull wire reel (407), the pull wire guide shaft (408) and the pull wire reel limiting rod (409) are installed in the middle of the template frame (100) and are parallel to the template;
the template travelling mechanism is composed of a universal wheel (501), a universal wheel height adjusting bolt (502) and a universal wheel protective shell (503), the universal wheel height adjusting bolt (502) is arranged on the universal wheel protective shell (503), and the universal wheel (501) is arranged on the lower portion of the universal wheel height adjusting bolt (502).
2. The kerb base formwork splicing and moving device according to claim 1, wherein the periphery shaping frame comprises a bottom frame (101), two end frames (102) and a top frame (103), adjusting plate positioning bolt holes (109) are reserved in the bottom frame (101) and the top frame (103), formwork frame connecting bolt holes (108) on the same side are reserved in the two end frames (102), the bottom frame (101), the two end frames (102) and the top frame (103) are all channel steel, and the back ridges (104) are angle steel.
3. A kerbstone base template splicing and moving device according to claim 2, wherein the back edges (104) are reserved with template fixing and adjusting bolt holes (106), the bottom frame (101) and the top frame (103) are both reserved with template supporting steel brazing holes (110), and the positions of the template supporting steel brazing holes (110) on the bottom frame (101) and the top frame (103) are correspondingly consistent.
4. The kerbstone base formwork splicing movement device according to claim 1, wherein the wire guide shafts (408) are located on two sides above the wire reel (407), the wire guide shafts (408) wind wires in two directions on the wire reel (407), and a wire reel limiting rod (409) is arranged every 45 degrees in the rotation direction around the wire reel (407).
5. The kerbstone base formwork splicing movement device according to claim 4, wherein the support adjusting rod (404) is connected with the pipeline positioning support (401) through a bowl buckle (405), the support adjusting rod sleeve (403) is arranged in a double-layer manner perpendicular to the support adjusting rod (404), the support adjusting rod (404) penetrates through the support adjusting rod sleeve (403), pull rings are arranged at two ends of the lower support adjusting rod (404) for installation of a pull wire (406), and the pull wire (406) is made of a steel wire pull wire.
6. A kerbstone foundation form splicing movement apparatus of claim 5, wherein the bracket adjustment rod sleeve (403) is welded to the top frame (103).
7. The kerbstone base formwork splicing moving device according to claim 4, wherein the wire reel (407), the wire guide shaft (408), and the wire reel limiting rod (409) are disposed outside the formwork frame (100), the relative positions of the bracket adjusting rod sleeve (403) and the bracket adjusting rod (404) are adjusted by rotating the wire reel (407), so as to adjust the distance between the pipeline positioning bracket (401) and the formwork frame (100), and the bracket adjusting rod sleeve (403) and the bracket adjusting rod (404) are arranged vertically and bilaterally.
8. The kerbstone base formwork splicing movement device of claim 1, wherein the universal wheel protection housings (503) are connected with the formwork frame (100) in a welding manner and are located at two ends of the formwork frame (100).
9. A kerbstone base formwork splicing movement apparatus of claim 1, wherein the formwork frame (100) and the scale adjustment plate (203) are made of one of steel, aluminum alloy or composite material.
10. Method for splicing a mobile device using a kerb base formwork according to claim 1, characterized in that it comprises the following steps:
(1) inserting a template: welding and forming a template frame (100) by using a peripheral shaping frame and a back edge (104), and reserving a template insertion opening (105) above the peripheral shaping frame for inserting a template;
(2) fixing the template: after the template is inserted into the template frame (100), adjusting a template fixing and adjusting bolt (107) to be screwed down, and fixing the template;
(3) positioning and installing the template: connecting and fixing the same-side template frame by using a same-side template frame connecting bolt (201); a scale adjusting plate positioning bolt (205) penetrates through a scale adjusting plate positioning bolt sliding groove (204), the scale adjusting plate (203) is fixed on the template frames (100) on the two sides of the base, scales are arranged on the scale adjusting plate (203), the template frames (100) can accurately position and mount templates through scale control, and the section width is ensured;
(4) fixing the construction position of the template frame: after the point positions around the template curb base are measured, template supporting steel brazes (300) are inserted into template supporting steel brad holes (110), and a template frame (100) is fixed at a construction position;
(5) installing a pipeline positioning bracket: the support adjusting rod (404) penetrates through the support adjusting rod sleeve (403), pull wires (406) are installed at two ends of the lower support adjusting rod (404) through pull rings, and the pipeline positioning support (401) is connected with the support adjusting rod (404);
(6) pre-burying a pipe: the method comprises the steps that a pipe penetrates into a pipeline positioning support (401), the pipeline positioning support (401) is moved to the edge of a template, then concrete is poured, after pouring is finished, the position of the pipeline positioning support (401) is adjusted by adjusting the relative position of a support adjusting rod (404) and a support adjusting rod sleeve (403) through rotating a stay wire reel (407), finally a sleeve is added on the stay wire reel (407), and a handle of the extension stay wire reel is clamped into a stay wire reel limiting rod (409), so that the position of the pipeline is fixed;
(7) removing the mold: the method comprises the steps of dismantling a pull wire (406) and a support adjusting rod (404) in a pipeline positioning moving support (400) and withdrawing the pull wire and the support adjusting rod, cutting off a part of the pipeline positioning support (401) which is higher than a base on the inner side of the near road, reserving a part which is higher than the base on the outer side, pulling out a template to support a steel chisel (300), loosening template frame connecting mechanisms (202) on the two sides of the base in a template shaping mechanism, adjusting a universal wheel (501) to be below a template frame (100) by rotating a universal wheel height adjusting bolt (502), moving an assembled complete set of templates to two directions, enabling the template to be separated from a curb base, and moving the template frame (100) to the next working face.
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| CN202210013170.8A CN114263087B (en) | 2022-01-07 | 2022-01-07 | Curb base template splicing and moving device and using method |
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| CN202210013170.8A CN114263087B (en) | 2022-01-07 | 2022-01-07 | Curb base template splicing and moving device and using method |
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