CN212957648U

CN212957648U - Novel template structure for building pouring

Info

Publication number: CN212957648U
Application number: CN202021486582.6U
Authority: CN
Inventors: 魏兆龙
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-07-24
Filing date: 2020-07-24
Publication date: 2021-04-13
Anticipated expiration: 2030-07-24

Abstract

The utility model discloses a novel template structure for building pouring, including pouring template B and reinforcement locking device, it installs two upper ends of pouring template B, two to consolidate locking device all be connected with between the both sides around pouring template B and pour template A, connect on the template of pouring that the equipment is good through increasing a neotype reinforcement locking device, and pour the template and be through pouring template A and two and pour template B and divide about and four directions each other laminating fixedly around and form into the frame of pouring that the rectangle uses when assembling, and consolidate locking device then can pour template B to two and produce inward pulling force when adjusting and using, thereby make two pour template B closely laminate with two template A of pouring respectively, thereby prevent to pour template A and two and pour template B and assemble the rectangle that forms that the form of pouring template B is inside because it is inseparable enough to be connected between four and produce the leakage to pour template B and leak concrete The situation of (1) occurs.

Description

Novel template structure for building pouring

Technical Field

The utility model belongs to the technical field of the building is relevant, concretely relates to novel building is pour and is used template structure.

Background

The building formwork is a temporary supporting structure, which is made according to the design requirement, makes the concrete structure and the member shaped according to the specified position and the geometric dimension, keeps the correct position, and bears the self weight of the building formwork and the external load acting on the building formwork, and carries out the formwork engineering, which is the purpose of ensuring the quality and the construction safety of the concrete engineering, accelerating the construction progress and reducing the engineering cost.

The existing template technology for building pouring has the following problems: after the existing formwork for building pouring is assembled into the pouring frame by using a plurality of independent formworks, because the plurality of independent formworks are fixed by bolts after the assembly is finished, the formed pouring frame can only be fixed and a good sealing effect cannot be formed, and thus after concrete is poured into the pouring frame, because the concrete is fluid when being just poured, the concrete in the pouring frame can easily leak out through a pouring frame gap formed by the formworks, so that the forming quality of the concrete can be influenced, and the resource waste can also be caused.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a novel template structure for building pouring to solve and to propose in the above-mentioned background art because a plurality of solitary templates all fix through the bolt after the equipment finishes, only can play the fixed action and can not form good sealed effect to the frame of pouring that forms like this, it is the fluid when just pouring because the concrete, so the inside concrete of frame of pouring then can leak the problem of going out through the frame of pouring gap department that the template formed easily this moment.

In order to achieve the above object, the utility model provides a following technical scheme: a novel template structure for building pouring comprises pouring templates B and a reinforcing and anti-loosening device, wherein the reinforcing and anti-loosening device is installed at the upper ends of the two pouring templates B, the pouring templates A are connected between the front side and the rear side of the two pouring templates B, the two pouring templates A are provided with connecting triangular plates A close to the outer walls of the two sides, the bottoms of the four connecting triangular plates A are connected with mounting and fixing pieces A extending outwards, the two pouring templates B are provided with connecting triangular plates B close to the outer walls of the two sides, the bottoms of the four connecting triangular plates B are connected with mounting and fixing pieces B extending outwards, the vertical inner parts of the four mounting and fixing pieces A and the four mounting and fixing pieces B are provided with mounting holes, the reinforcing and anti-loosening device comprises an L-shaped clamping plate, a reinforcing screw rod A, a connecting screw sleeve, a middle spacer and a reinforcing screw rod B, the middle spacer is arranged in, the reinforcing screw rod A and the reinforcing screw rod B that outwards stretch out run through respectively inside the connection swivel nut circumference of well septum left and right sides, reinforcing screw rod A's left end and reinforcing screw rod B's right-hand member all are connected with the L type splint that open side down, two L type splint cup joint respectively two and pour template B center department upper end outsidely.

Preferably, the outer walls of the pouring template A and the pouring template B are both smooth outer walls, the length of the pouring template A is smaller than that of the pouring template B, and the height and the thickness of the pouring template A are equal to those of the pouring template B.

Preferably, the pouring template A and the connecting triangular plate A are fixedly connected with the pouring template B and the connecting triangular plate B through screws, and the connecting triangular plate A and the mounting and fixing piece A are fixedly connected with the connecting triangular plate B and the mounting and fixing piece B through welding.

Preferably, after the pouring template A and the pouring template B are assembled, the outer walls of the bottoms of the pouring template A, the pouring template B, the connecting triangular plate A, the mounting and fixing piece A, the connecting triangular plate B and the mounting and fixing piece B are kept on the same horizontal plane.

Preferably, the shape, size and structural composition of the reinforcing screw A and the reinforcing screw B are the same, and the threads on the outer walls of the reinforcing screw A and the reinforcing screw B are screwed with the threads on the inner wall of the connecting threaded sleeve.

Preferably, the connection threaded sleeve synchronously pushes the reinforcing screw A and the reinforcing screw B outwards through threads when rotating clockwise alone, and synchronously pulls the reinforcing screw A and the reinforcing screw B inwards through threads when rotating anticlockwise alone.

Compared with the prior art, the utility model provides a novel template structure for building is pour possesses following beneficial effect:

1. the utility model discloses an increase a neotype reinforcement locking device and connect on the template of pouring of assembling, and pour the template and divide about and four directions of front and back are laminated fixedly each other and form the frame of pouring that forms the rectangle to use through two template A and two template B of pouring respectively when assembling, and this neotype reinforcement locking device then connects in two upper ends of pouring template B, and consolidate locking device and then can produce inside pulling force to two template B of pouring when adjusting well and using, thereby make two template B of pouring closely laminate with two template A respectively, thereby prevent to pour concrete to two template A of pouring and two template B of pouring that the equipment formed rectangle of template B of pouring inside because connect between four closely and produce the condition of leaking and take place, thereby make behind the concrete can be fine remain the frame of pouring that two template A and two template B of pouring assembled assemble take place The inside of the frame is solidified and molded;

2. the concrete use mode and principle of the reinforcing and anti-loosening device of the utility model are as follows, when the building template is required to be assembled and the concrete is poured, the left and right directions of two pouring templates B are required to be vertically jointed on the pouring surface, then the two pouring templates A are respectively placed between the front and back sides of the two pouring templates B, when the two pouring templates A and the two pouring templates B are respectively fixed, the two pouring templates A and the two pouring templates B are required to be tightly jointed together and then the four are fixed, after the four are installed and fixed, the reinforcing and anti-loosening device is required to be sleeved outside the upper end of the center of the two pouring templates B to reinforce the formed pouring frame, the L-shaped clamp plate at the left end of the reinforcing screw A and the L-shaped clamp plate at the right end of the reinforcing screw B are required to be sleeved outside the upper ends of the center of the two pouring templates B respectively during the use, then the connecting threaded sleeve is grasped and the connecting threaded sleeve is rotated anticlockwise independently, the reinforcing screw A and the reinforcing screw B are synchronously pulled inwards through threads when the connecting threaded sleeve rotates anticlockwise, so that the use length of the whole reinforcing and anti-loosening device is shortened, when the use length of the reinforcing and anti-loosening device is adjusted to be smaller than the distance between the outer walls of the two pouring templates B, the L-shaped clamp plate at the left end of the reinforcing screw A and the L-shaped clamp plate at the right end of the reinforcing screw B are respectively sleeved outside the upper ends of the centers of the two pouring templates B, so that the two pouring templates B are connected through the two L-shaped clamp plates to generate inward pulling force on the two pouring templates B after the reinforcing and anti-loosening device is shortened, and the two pouring templates B are respectively and more firmly and tightly attached to the two pouring templates A through the pulling force, and gaps at the joints of the four pouring templates B are in a sealing state, therefore, the concrete can not leak after being poured into the pouring frame formed by the pouring template A and the pouring template B, and the pouring quality of the concrete is improved.

Drawings

The accompanying drawings are included to provide a further understanding of the invention, and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention, and together with the description, do not constitute a limitation of the invention, in which:

fig. 1 is a schematic view of an overall three-dimensional structure of a novel form structure for building pouring provided by the utility model;

fig. 2 is a schematic three-dimensional structure view of a single component of a novel form structure for building pouring provided by the utility model;

fig. 3 is a schematic view of the internal plane structure of the reinforcing and anti-loosening device provided by the utility model;

in the figure: 1. pouring a template A; 2. pouring a template B; 3. reinforcing the anti-loosening device; 4. connecting a set square A; 5. installing a fixing sheet A; 6. mounting holes; 7. connecting a set square B; 8. installing a fixing sheet B; 9. an L-shaped splint; 10. reinforcing the screw A; 11. connecting a threaded sleeve; 12. a middle spacer; 13. and (5) reinforcing the screw B.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-3, the present invention provides a technical solution: the utility model provides a novel template structure for building pouring, including pouring template B2 and reinforcement locking device 3, reinforcement locking device 3 installs the upper end at two pouring template B2, all be connected with pouring template A1 between two pouring template B2 front and back both sides, two pouring template A1 are close to and all are provided with connection set-square A4 on the both sides outer wall, four connection set-square A4 bottoms all are connected with outside installation stationary blade A5, two pouring template B2 are close to and all are provided with connection set-square B7 on the both sides outer wall, four connection set-square B7 bottoms all are connected with outside installation stationary blade B8 that stretches out, after the equipment is accomplished between pouring template A1 and the pouring template B2, pouring template A1, pouring template B2, connection set-square A4, installation set-square A5, connection set-square B7 and the bottom outer wall of stationary blade installation B8 all keep on same horizontal plane, the installation stationary blade A56 on pouring template A82 1 and the installation stationary blade B2 all laminate on the same horizontal plane at the during the equipment On the surface, a mounting fixing piece A5 and a mounting fixing piece B8 are respectively fixed on the fixing surface through wall-through bolts, so that a rectangular pouring frame is formed between two pouring templates A1 and two pouring templates B2, the bottoms of the rectangular pouring frames are attached to the mounting surface, and concrete is prevented from leaking out from gaps at the lower end of the pouring frame, mounting holes 6 are formed in the vertical inner parts of four mounting fixing pieces A5 and four mounting fixing pieces B8, the outer walls of a pouring template A1 and a pouring template B2 are smooth outer walls, the length of the pouring template A1 is smaller than that of a pouring template B2, the heights and the thicknesses of the pouring template A1 and the pouring template B2 are equal, the pouring template A1 is fixedly connected with a connecting triangular plate A4, the pouring template B2 is fixedly connected with the connecting triangular plate B7 through screws, the connecting triangular plate A4 is fixedly connected with the mounting fixing piece A5, and the connecting triangular plate B7 is fixedly connected with a mounting fixing piece B539B 8 through welding, after the installation fixing pieces A5 and the installation fixing pieces B8 are used for installing and fixing the pouring template A1 and the pouring template B2 through wall-penetrating bolts, the connecting triangular plate A4 and the connecting triangular plate B7 can play a role in reinforcing the installation fixing pieces A5 and the pouring template A1, and reinforcing the installation fixing pieces B8 and the pouring template B2 respectively.

A novel template structure for building pouring is disclosed, a reinforcing and anti-loosening device 3 comprises L-shaped clamp plates 9, a reinforcing screw A10, a connecting threaded sleeve 11, a middle spacer 12 and a reinforcing screw B13, the middle spacer 12 is arranged in the center of the connecting threaded sleeve 11, the reinforcing screw A10 and the reinforcing screw B13 which extend outwards penetrate through the circumferences of the connecting threaded sleeves 11 on the left and right sides of the middle spacer 12 respectively, the left end of the reinforcing screw A10 and the right end of the reinforcing screw B13 are both connected with the L-shaped clamp plates 9 with downward openings, the two L-shaped clamp plates 9 are respectively sleeved outside the upper ends of the centers of two pouring templates B2, the shapes, sizes and the structures of the reinforcing screw A10 and the reinforcing screw B13 are the same, the threads on the outer walls of the reinforcing screw A10 and the reinforcing screw B13 are both screwed with the threads on the inner wall of the connecting threaded sleeve 11, when the connecting threaded sleeve 11 rotates clockwise independently, the reinforcing screw A10 and the reinforcing screw B13 can be, when the connecting screw sleeve 11 rotates anticlockwise independently, the reinforcing screw A10 and the reinforcing screw B13 are pulled inwards synchronously through threads, after the two pouring templates A1 and the two pouring templates B2 are assembled, the reinforcing and anti-loosening device 3 needs to be sleeved outside the upper ends of the centers of the two pouring templates B2 to reinforce the formed pouring frame, when the connecting screw sleeve 11 is used, the L-shaped clamp plate 9 at the left end of the reinforcing screw A10 and the L-shaped clamp plate 9 at the right end of the reinforcing screw B13 need to be sleeved outside the upper ends of the centers of the two pouring templates B2 respectively, then the connecting screw sleeve 11 is grasped and rotated anticlockwise independently, when the connecting screw sleeve 11 rotates anticlockwise, the reinforcing screw A10 and the reinforcing screw B13 are pulled inwards synchronously through threads, so that the use length of the whole reinforcing and anti-loosening device 3 is shortened, when the use length of the reinforcing device 3 is adjusted to be smaller than the distance between the outer walls of the two pouring templates B2, at this time, because the L-shaped clamp plate 9 at the left end of the reinforcing screw a10 and the L-shaped clamp plate 9 at the right end of the reinforcing screw B13 are respectively sleeved outside the upper ends of the centers of the two casting templates B2, when the reinforcing and anti-loosening device 3 is shortened, an inward pulling force is generated on the two casting templates B2 through the connection of the two L-shaped clamp plates 9, so that the two casting templates B2 are respectively and firmly attached to the two casting templates a1 through the pulling force, gaps at the connection of the four casting templates B2 are in a sealed state, and thus concrete leakage is not generated after the concrete is cast into a casting frame formed by the casting templates a1 and the casting templates B2, and the casting quality of the concrete is improved.

The utility model discloses a theory of operation and use flow: after the utility model is installed, when the template for building pouring is used for concrete pouring molding in assembly, two pouring templates B2 are vertically attached to the pouring surface in the left and right directions, then two pouring templates A1 are respectively placed between the front and back sides of two pouring templates B2, and when two pouring templates A1 and two pouring templates B2 are respectively fixed, two pouring templates A1 and two pouring templates B2 are required to be closely attached together and then can be fixed, because the fixing piece A5 on the pouring template A1 and the fixing piece B8 on the pouring template B2 are both attached to the fixing surface, then the fixing piece A5 and the fixing piece B8 are respectively fixed on the fixing surface through wall penetrating bolts, so that a rectangular pouring frame is formed between the two pouring templates A1 and the two pouring templates B2, and then the concrete is poured into the rectangular pouring frame, the novel reinforcing and anti-loosening device 3 is additionally arranged to be connected to the assembled pouring formworks, the two pouring formworks A1 and the two pouring formworks B2 are respectively attached and fixed in the left direction, the right direction, the front direction and the rear direction to form a rectangular pouring frame for use when the pouring formworks are assembled, the novel reinforcing and anti-loosening device 3 is connected to the upper ends of the two pouring formworks B2, inward pulling force can be generated on the two pouring formworks B2 when the reinforcing and anti-loosening device 3 is adjusted and used, the two pouring formworks B2 are respectively attached to the two pouring formworks A1 tightly, and therefore the phenomenon that leakage is generated due to the fact that the four pouring formworks are connected with each other insufficiently and tightly inside the rectangular pouring frame formed by the two pouring formworks A1 and the two pouring formworks B2 after concrete is poured is assembled is prevented.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a novel template structure for building pouring, includes pouring template B (2) and reinforcement locking device (3), its characterized in that: consolidate locking device (3) and install in the upper end of two template B (2) of pouring, two all be connected with between template B (2) front and back both sides and pour template A (1), two all be provided with on template A (1) is close to the both sides outer wall and connect set-square A (4), four connect set-square A (4) bottom and all be connected with outside installation stationary blade A (5) that stretch out, two pour template B (2) and all be provided with on being close to the both sides outer wall and connect set-square B (7), four connect set-square B (7) bottom and all be connected with outside installation stationary blade B (8) that stretch out, four installation stationary blade A (5) and four vertical inside of installation stationary blade B (8) all are provided with mounting hole (6), consolidate locking device (3) including L type splint (9), reinforcement screw rod A (10), Connect swivel nut (11), well spacer (12) and reinforcement screw B (13), well spacer (12) set up inside connecting swivel nut (11) center department, the connection swivel nut (11) circumference of well spacer (12) left and right sides is inside to run through respectively and has outside reinforcement screw A (10) and reinforcement screw B (13) that stretch out, the left end of reinforcement screw A (10) and the right-hand member of reinforcement screw B (13) all are connected with L type splint (9) that open side down, two L type splint (9) cup joint respectively two and pour template B (2) center department upper end outsidely.

2. The novel template structure for building pouring according to claim 1, characterized in that: the outer walls of the pouring template A (1) and the pouring template B (2) are smooth outer walls, the length of the pouring template A (1) is smaller than that of the pouring template B (2), and the height and the thickness of the pouring template A (1) are equal to those of the pouring template B (2).

3. The novel template structure for building pouring according to claim 1, characterized in that: pour template A (1) and connect set square A (4) and pour template B (2) and be connected between set square B (7) all through screw fixed connection, connect set square A (4) and installation stationary blade A (5) and connect between set square B (7) and the installation stationary blade B (8) all through welded fixed connection.

4. The novel template structure for building pouring according to claim 1, characterized in that: after the pouring template A (1) and the pouring template B (2) are assembled, the outer walls of the bottoms of the pouring template A (1), the pouring template B (2), the connecting triangular plate A (4), the mounting and fixing piece A (5), the connecting triangular plate B (7) and the mounting and fixing piece B (8) are kept on the same horizontal plane.

5. The novel template structure for building pouring according to claim 1, characterized in that: the reinforcing screw A (10) and the reinforcing screw B (13) are identical in shape, size and structural composition, and threads on the outer walls of the reinforcing screw A (10) and the reinforcing screw B (13) are screwed with threads on the inner wall of the connecting threaded sleeve (11).

6. The novel template structure for building pouring according to claim 1, characterized in that: the reinforcing screw A (10) and the reinforcing screw B (13) can be synchronously pushed outwards through threads when the connecting threaded sleeve (11) rotates clockwise alone, and the reinforcing screw A (10) and the reinforcing screw B (13) can be synchronously pulled inwards through the threads when the connecting threaded sleeve (11) rotates anticlockwise alone.