CN211775745U - Bathroom concrete turn-ups steel mould with adjustable pull - Google Patents
Bathroom concrete turn-ups steel mould with adjustable pull Download PDFInfo
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- CN211775745U CN211775745U CN202020047567.5U CN202020047567U CN211775745U CN 211775745 U CN211775745 U CN 211775745U CN 202020047567 U CN202020047567 U CN 202020047567U CN 211775745 U CN211775745 U CN 211775745U
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Abstract
The utility model discloses a pull-adjustable toilet concrete flanging steel die, which comprises an outer adjustable channel steel, an inner pull adjustable channel steel and a channel steel fixing base; the inner-drawing adjustable channel steel comprises a fixed main channel steel, a drawing adjustable channel steel and a turning outer-covering channel steel, the drawing adjustable channel steel is arranged in a groove of the fixed main channel steel in a sliding fit mode, and the turning outer-covering channel steel is movably arranged on the drawing adjustable channel steel and used for seamless and smooth splicing between a drawing adjustable channel steel surface and a fixed main channel steel surface; the utility model has the advantages that: the drawing adjustable toilet flanging steel die takes the prefabricated production of components as a production mode, and is characterized by design standardization and component part commercialization, so that the safety and reliability of steel die manufacturing are realized.
Description
Technical Field
The utility model relates to a building templates structure technical field, concretely relates to bathroom concrete turn-ups steel mould with adjustable pull.
Background
The flanging formwork of the traditional toilet is unreasonable in design and has the following defects: 1) the traditional toilet flanging formwork needs to cut a formwork and install a hanging formwork, so that the operation is complex and the efficiency is low; 2) the traditional toilet flanging formwork adopts a wood formwork and square wood, needs mechanical cutting to cause dust and noise pollution, becomes waste after being used, has low turnover utilization rate, wastes materials and is not energy-saving and environment-friendly; 3) the traditional toilet flanging formwork has two modes of primary formwork and secondary formwork, wherein the primary formwork adopts a wood formwork, so that deformation or formwork explosion is easily caused, and the concrete forming verticality, the flatness and the section size are poor; the secondary structure formwork is adopted, and water leakage is often caused due to the existence of seams of new and old concrete.
SUMMERY OF THE UTILITY MODEL
In order to solve the problems existing in the prior art, the utility model provides a bathroom concrete turn-ups steel mould with adjustable pull rational in infrastructure.
The technical scheme of the utility model as follows:
a pull-adjustable toilet concrete flanging steel die is characterized by comprising an outer adjustable channel steel, an inner pull-adjustable channel steel and a channel steel fixing base; the inner-drawing adjustable channel steel comprises a fixed main channel steel, a drawing adjustable channel steel and a turnover outer-covering channel steel, the drawing adjustable channel steel is arranged in a groove of the fixed main channel steel in a sliding fit mode, and the turnover outer-covering channel steel is movably arranged on the drawing adjustable channel steel and used for seamless and smooth splicing between a drawing adjustable channel steel surface and a fixed main channel steel surface; a first end plate is fixedly arranged at the end part of the drawing adjustable channel steel; the external adjustable channel steel comprises a channel steel body, wherein a second end plate is fixedly arranged at one end of the channel steel body, and fixed mounting holes with fixed modulus are formed in the other end of the channel steel body; the inner-drawing adjustable channel steel and the outer-drawing adjustable channel steel are respectively arranged on the channel steel fixing base, and the inner-drawing adjustable channel steel and the outer-drawing adjustable channel steel are adjacent to each other and are respectively connected in a surrounding manner to form an inner closed quadrangle and an outer closed quadrangle, so that a flow channel for flanging pouring is formed between the inner-drawing adjustable channel steel and the outer adjustable channel steel; the turnover outer-coated channel steel comprises a first rotating shaft, a right-angle bending section, a straight section and a second rotating shaft, and the right-angle bending section is hinged with the straight section through the second rotating shaft; the right-angle bending section is hinged with the adjustable drawing channel steel through a first rotating shaft; the channel steel fixing base is of a Z-shaped structure and comprises an upper fixing base, a lower fixing base and a connecting base, wherein a first limiting baffle is arranged at one end of the upper fixing base, and the outer adjustable channel steel is arranged on the upper fixing base and is in limiting fit with the first limiting baffle; the lower fixing seat is provided with a second limiting baffle, and the inner drawing adjustable channel steel is arranged on the lower fixing seat and is in limiting fit with the second limiting baffle.
The toilet concrete flanging steel die with the adjustable drawing is characterized in that sliding grooves are formed in the side face and the bottom face of the fixed main channel steel respectively, sliding rails are arranged at corresponding positions on the drawing adjustable channel steel, and the drawing adjustable channel steel is in sliding fit with the fixed main channel steel through the sliding rails and the sliding grooves.
The drawing adjustable toilet concrete flanging steel die is characterized in that a supporting bulge is further arranged on the straight section of the turnover outer package channel steel.
The utility model provides a bathroom concrete turn-ups steel mould with adjustable pull, a characterized in that, still set up hand in the adjustable channel-section steel of pull and twist fixing bolt to twist fixing bolt through the hand and will turn over an outsourcing channel-section steel and accomodate fixedly.
The drawing adjustable toilet concrete flanging steel die is characterized in that the turnover outer-covering channel steel is arranged in a segmented mode according to modulus, and each turnover outer-covering channel steel is independently arranged on the adjustable drawing channel steel.
The pull-adjustable toilet concrete flanging steel die is characterized in that an inner channel steel pull rod and an outer channel steel pull rod are arranged between the inner pull-adjustable channel steel and the outer adjustable channel steel, and the inner pull-adjustable channel steel and the outer adjustable channel steel are connected and fixed through the inner channel steel pull rod and the outer channel steel pull rod.
The drawing adjustable toilet concrete flanging steel die is characterized in that a third end plate is hinged to the end of the fixed main channel steel.
The pull-adjustable toilet concrete flanging steel die is characterized in that two fixing support legs are arranged at the bottom of the upper fixing seat, and the two fixing support legs and the upper fixing seat jointly form a triangular seat structure.
The utility model provides a bathroom concrete turn-ups steel mould with adjustable pull, its characterized in that, fixed main channel-section steel top surface is equipped with the sliding tray, be equipped with the hand on the sliding tray and twist locking bolt to fix the adjustable channel-section steel of pull through the hand is twisted locking bolt.
The utility model has the advantages that:
1) the factory prefabrication is beneficial to promoting the industrial development of buildings: the adjustable toilet flanging steel die takes the prefabricated production of components as a production mode, and is characterized by design standardization and component part commercialization, so that the safety and reliability of steel die manufacturing are realized.
2) Convenient operation is favorable to saving time: the adjustable toilet flanging steel die is simple, convenient and quick to install and detach; compare in traditional wooden model set up numerous and diverse, fixed the base, transferred steel mould length size, place on the base, hang the pull rod can, save time in a large number.
3) The molding quality of the concrete is ensured: the steel mould is used as a flanging concrete template of the toilet, so that the verticality, the flatness and the size of concrete forming can be ensured, and the steel mould and floor concrete are formed at one time, so that the self-waterproof quality of a concrete structure is ensured.
4) The reproducibility is strong, and the method is beneficial to field popularization and application: because this adjustable bathroom turn-ups steel mould prefabrication degree is higher, and different length size can be adjusted to a pair steel mould, can generally use in the bathroom turn-ups formwork of all kinds of buildings, be favorable to wideling popularize in the job site in future.
Drawings
FIG. 1 is the overall construction structure diagram of the utility model;
FIG. 2 is a schematic view of the cross-sectional structure A-A of the present invention;
FIG. 3 is a schematic view of the front structure of the inner adjustable channel;
FIG. 4 is a schematic side view of the inner adjustable channel;
fig. 5 is a schematic view of a top view structure of the inner adjustable channel steel of the present invention;
FIG. 6 is a drawing-out schematic view of a first section of the inner adjustable channel;
fig. 7 is a schematic view of the front structure of the turnover external channel steel of the utility model in a turnover state;
fig. 8 is a schematic view of the connection between two adjacent inner adjustable channel steels of the present invention;
fig. 9 is a schematic side view of the folding state of the folding external channel steel of the utility model;
fig. 10 is a schematic view of the connection between two adjacent outer adjustable channel steels according to the present invention;
fig. 11 is a schematic structural view of the channel steel fixing base of the present invention;
fig. 12 is a schematic view of the cross-sectional structure B-B of the present invention.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
As shown in fig. 1-12, a pull-adjustable toilet concrete flanging steel die comprises an outer adjustable channel steel 1, an inner pull-adjustable channel steel 2 and a channel steel fixing base 4; wherein, the channel-section steel 2 with adjustable interior pull and the channel-section steel 1 with adjustable outward set up respectively on channel-section steel unable adjustment base 4, and the adjacent each other of channel-section steel 2 with adjustable interior pull and the channel-section steel 1 with adjustable outward enclose respectively and connect two inside and outside closed quadrangles of constitution to form the runner that is used for turning over the limit and pours between channel-section steel 1 with adjustable interior pull and adjustable channel-section steel 2 with outward.
In the embodiment, the external adjustable channel steel 1 comprises a channel steel body 103, a second end plate 101 is welded at one end of the channel steel body 103, a plurality of fixed mounting holes 102 (namely, a plurality of fixed mounting holes are arranged at equal intervals) with fixed modulus are formed in the other end of the channel steel body 103, and the adjacent external adjustable channel steel 1 passes through the second end plate 101 through bolts and is fixed on the fixed mounting holes 102; the second end plate 101 is connected with the fixed mounting holes 102 which are separated by a fixed modulus, so that the purposes of adjusting the length of the steel die and adapting to the length of the turned edges of different concretes are achieved.
In this embodiment, the internally-drawn adjustable channel steel 2 includes a fixed main channel steel 201, a drawn adjustable channel steel 202 and a turnover outsourcing channel steel 203, the side surface and the bottom surface of the fixed main channel steel 201 are respectively provided with a sliding groove 206, a sliding rail 207 is arranged at a position corresponding to the sliding groove 206 on the drawn adjustable channel steel 202, and the drawn adjustable channel steel 202 and the fixed main channel steel 201 are in sliding fit with the sliding groove 206 through the sliding rail 207.
In this embodiment, the sliding groove 215 is formed in the top surface of the fixed main channel 201, the hand-operated locking bolt 212 is arranged on the sliding groove 215, and the adjustable drawing channel 202 is fixed by hand-operated locking bolt 212, so that relative movement between the drawing adjustable channel 202 and the fixed main channel 201 is prevented. Meanwhile, a third end plate 213 is hinged to the end of the fixed main channel steel 201; when the length of the fixed main channel steel 201 is enough, the adjustable drawing channel steel 202 does not need to be drawn out, so that the adjacent fixed main channel steel 201 only needs to be fixed through the third end plate 213; when the length of the fixed main channel steel 201 is not enough, the third end plate 213 is turned over by 180 degrees while the adjustable channel steel 202 is pulled out, so that the interference generated by turning over the external channel steel 203 is prevented.
In this embodiment, the folding outer-wrapping channel steel 203 includes a first rotating shaft 208, a right-angle bending section 211, a straight section 209 and a second rotating shaft 210, and the right-angle bending section 211 and the straight section 209 are rotatably connected through the second rotating shaft 210; the right-angle bending section 211 is rotatably connected with the drawing adjustable channel steel 202 through a first rotating shaft 208; during the use right angle bending section 211 rotates around first pivot 208, right angle bending section 211 can cover the top surface and the side upper portion of pull adjustable channel-section steel 202 like this, rotates straight section 209 around second pivot 210 again, and straight section 209 can cover the side lower part of pull adjustable channel-section steel 202 like this, and wherein straight section 209 bottom stretches out pull adjustable channel-section steel 202, prevents that the concrete from getting into in the clearance between pull adjustable channel-section steel 202 and the channel-section steel unable adjustment base 4 when pouring.
In the embodiment, the turnover external-wrapping channel steel 203 is movably arranged on the adjustable drawing channel steel 202 and used for seamless and smooth splicing between the adjustable drawing channel steel surface 202 and the fixed main channel steel surface 201, so that concrete pouring cannot form height difference, and the flatness of concrete flanging is ensured. The turnover external-coated channel steel 203 is arranged in sections according to modulus, and each section is independently arranged on the adjustable drawing groove 202, namely, each section of turnover external-coated channel steel 203 can be independently turned over to meet the requirements of templates with different lengths; the straight section 209 of the turnover outer-coated channel steel 203 is also provided with a supporting bulge 214 for supporting the straight section 209, so that the turnover outer-coated channel steel 203 is prevented from being extruded and deformed during concrete pouring after the turnover.
Still set up hand in the adjustable pull channel-section steel 202 in this embodiment and twist fixing bolt 204 to will turn over an outsourcing channel-section steel 203 through hand and fix, it is fixed through hand twist fixing bolt 204 when transportation is accomodate to adjustable pull channel-section steel 202, can prevent to turn over and collide between outsourcing channel-section steel 203 and the adjustable pull channel-section steel 202. (the nut of the hand-screwed fixing bolt 204 is a rotating nut fixed on the bolt, the shape is oval, the hole on the turnover outer package channel steel is also oval, the turnover outer package channel steel can be turned out when the oval nut rotates to be consistent with the oval hole, and the fixed turnover outer package channel steel can be stored when the oval nut is perpendicular to the oval hole.)
In the embodiment, the channel steel fixing base 4 adopts a zigzag structure and comprises an upper fixing base 403, a lower fixing base 401 and a connecting base 402, wherein one end of the upper fixing base 403 is provided with a first limiting baffle 405, and the outer adjustable channel steel 1 is arranged on the upper fixing base 403 and is in limiting fit with the first limiting baffle 405; a second limiting baffle 406 is arranged on the lower fixed seat 401, and the inner adjustable channel steel 2 is arranged on the lower fixed seat 401 and is in limiting fit with the second limiting baffle 406; wherein, the bottom of the upper fixing seat 403 is provided with two fixing support legs 407, and the two fixing support legs 407 and the upper fixing seat 403 together form a triangular seat structure, so as to ensure the standing stability of the base (the length direction of the fixing support legs is divided into two sections, thus saving materials); the arrangement of the channel steel fixing base 4 prevents the lower opening from shifting and deforming when the flanged concrete is poured.
Channel-section steel 2 with adjustable interior pull in this embodiment is equipped with pull rod fixed orifices 301 respectively with the 1 upper surface of channel-section steel with adjustable outward corresponding position department, is equipped with inside and outside channel-section steel pull rod 3 between channel-section steel 2 with adjustable outward in the adjustable of interior pull to through inside and outside channel-section steel pull rod 3 with adjustable interior pull 2 with be connected fixedly between channel-section steel 1 with adjustable outward, guarantee in the adjustable channel-section steel of pull 2 with adjustable outward horizontal distance between the channel-section steel 1 unanimous.
The construction steps are as follows:
1) placing a channel steel fixing base 4 around the toilet and binding the channel steel fixing base with a beam longitudinal main rib 6 (binding and placing the channel steel fixing base behind the beam longitudinal main rib 6);
2) the length of the inner adjustable channel steel and the length of the outer adjustable channel steel are adjusted according to the length of the toilet, the adjustable channel steel is placed on a channel steel fixing base, and the adjustable channel steel is fixed with a fixing mounting hole 101 on each adjacent channel steel (separated by a fixed modulus) through a first end plate 205 at the end part of the inner drawing adjustable channel steel and a second end plate 101 at the end part of the outer adjustable channel steel respectively;
3) and hanging an inner channel steel pull rod 3 and an outer channel steel pull rod 3 (a corner pull rod and a middle pull rod) and fixing the upper opening of the channel steel.
4) Pouring toilet flanging concrete;
5) and when the strength of the flanging concrete of the toilet reaches the stripping strength, the inner and outer channel steel pull rods 3 are removed, and the inner and outer adjustable channel steels are removed.
This application convenient operation, but turnover utilization but safe and reliable's bathroom concrete turn-ups steel mould with adjustable novel pull again. The toilet flanging steel die consists of an inner-drawing adjustable channel steel, an outer-adjustable channel steel, a channel steel fixing base and inner and outer channel steel pull rods. The length and the size of the toilet are adjusted through the inner adjustable channel steel and the outer adjustable channel steel, so that the effect that one channel steel can be used for flanging, pouring and supporting a formwork for the toilet with multiple sizes is achieved.
Claims (9)
1. A drawing adjustable toilet concrete flanging steel die is characterized by comprising an outer adjustable channel steel (1), an inner drawing adjustable channel steel (2) and a channel steel fixing base (4); the inner drawing adjustable channel steel (2) comprises a fixed main channel steel (201), a drawing adjustable channel steel (202) and a turning over external channel steel (203), the drawing adjustable channel steel (202) is arranged in a groove of the fixed main channel steel (201) in a sliding fit mode, and the turning over external channel steel (203) is movably arranged on the drawing adjustable channel steel (202) and is used for seamless and smooth splicing between the surface of the drawing adjustable channel steel (202) and the surface of the fixed main channel steel (201); a first end plate (205) is fixedly arranged at the end part of the drawing adjustable channel steel (202); the external adjustable channel steel (1) comprises a channel steel body (103), one end of the channel steel body (103) is fixedly provided with a second end plate (101), and the other end of the channel steel body is provided with fixed mounting holes (102) which are separated by fixed modules; the inner-drawing adjustable channel steel (2) and the outer-drawing adjustable channel steel (1) are respectively arranged on the channel steel fixing base (4), and the inner-drawing adjustable channel steel (2) and the outer-drawing adjustable channel steel (1) are adjacent to each other and are respectively connected in a surrounding manner to form an inner closed quadrangle and an outer closed quadrangle, so that a flow channel for flanging and pouring is formed between the inner-drawing adjustable channel steel (2) and the outer-drawing adjustable channel steel (1); the turnover outer-wrapping channel steel (203) comprises a first rotating shaft (208), a right-angle bending section (211), a straight section (209) and a second rotating shaft (210), and the right-angle bending section (211) is hinged with the straight section (209) through the second rotating shaft (210); the right-angle bending section (211) is hinged with the drawing adjustable channel steel (202) through a first rotating shaft (208); the channel steel fixing base (4) is of a Z-shaped structure and comprises an upper fixing base (403), a lower fixing base (401) and a connecting base (402), a first limiting baffle (405) is arranged at one end of the upper fixing base (403), and the outer adjustable channel steel (1) is arranged on the upper fixing base (403) and is in limiting fit with the first limiting baffle (405); and a second limit baffle (406) is arranged on the lower fixing seat (401), and the inner drawing adjustable channel steel (2) is arranged on the lower fixing seat (401) and is in limit fit with the second limit baffle (406).
2. The drawing adjustable toilet concrete flanging steel die as claimed in claim 1, wherein sliding grooves (206) are respectively formed in the side surface and the bottom surface of the fixed main channel steel (201), sliding rails (207) are arranged at corresponding positions on the drawing adjustable channel steel (202), and the drawing adjustable channel steel (202) and the fixed main channel steel (201) are in sliding fit through the sliding rails (207) and the sliding grooves (206).
3. The drawing adjustable type toilet concrete flanging steel die is characterized in that a supporting bulge (214) is further arranged on the straight section (209) of the folding outer casing channel steel (203).
4. The drawing adjustable toilet concrete flanging steel die is characterized in that a hand-screwed fixing bolt (204) is further arranged in the drawing adjustable channel steel (202), and the folding outer-wrapping channel steel (203) is stored and fixed through the hand-screwed fixing bolt (204).
5. The drawing adjustable toilet concrete flanging steel die is characterized in that the folding outer-casing channel steel (203) is arranged in sections according to modules, and each folding outer-casing channel steel (203) is independently arranged on the drawing adjustable channel steel (202).
6. The drawing adjustable toilet concrete flanging steel die as claimed in claim 1, wherein an inner and outer channel steel pull rod (3) is arranged between the inner drawing adjustable channel steel (2) and the outer adjustable channel steel (1), and the inner drawing adjustable channel steel (2) and the outer adjustable channel steel (1) are connected and fixed through the inner and outer channel steel pull rod (3).
7. The drawing adjustable type toilet concrete flanging steel die is characterized in that a third end plate (213) is hinged to the end of the fixed main channel steel (201).
8. The drawing adjustable toilet concrete flanging steel die as claimed in claim 1, wherein two fixing legs (407) are provided at the bottom of the upper fixing base (403), and the two fixing legs (407) and the upper fixing base (403) together form a triangular base structure.
9. The pull adjustable toilet concrete flanging steel die as claimed in claim 2, wherein a sliding groove (215) is formed in the top surface of the fixing main channel steel (201), a hand-screwed locking bolt (212) is arranged on the sliding groove (215), and the pull adjustable channel steel (202) is fixed through the hand-screwed locking bolt (212).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020047567.5U CN211775745U (en) | 2020-01-10 | 2020-01-10 | Bathroom concrete turn-ups steel mould with adjustable pull |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020047567.5U CN211775745U (en) | 2020-01-10 | 2020-01-10 | Bathroom concrete turn-ups steel mould with adjustable pull |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN211775745U true CN211775745U (en) | 2020-10-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020047567.5U Active CN211775745U (en) | 2020-01-10 | 2020-01-10 | Bathroom concrete turn-ups steel mould with adjustable pull |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN211775745U (en) |
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2020
- 2020-01-10 CN CN202020047567.5U patent/CN211775745U/en active Active
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