CN220241824U

CN220241824U - Flexible floor mould

Info

Publication number: CN220241824U
Application number: CN202223205504.6U
Authority: CN
Inventors: 郑飞虎; 盛宝星; 褚如壮
Original assignee: Zhejiang Anju Zhuyou Technology Co ltd
Current assignee: Zhejiang Anju Zhuyou Technology Co ltd
Priority date: 2022-12-01
Filing date: 2022-12-01
Publication date: 2023-12-26
Anticipated expiration: 2032-12-01

Abstract

The utility model discloses a flexible floor slab mould, which aims to solve the defect that a movable mould form needs to carry out a large number of measurements and is difficult to construct. The utility model comprises mould strips which are paved on a trolley, wherein the mould strips are movably connected with the trolley, adjacent mould strips are combined to form a mould cavity, the mould strips have a plurality of specifications, and the mould strip length differences of the adjacent specifications are the same. The mould strips with equal length differences are preset, so that the current main flow floor size can be covered, and the deployment speed in mass arrangement is improved.

Description

Flexible floor mould

Technical Field

The utility model relates to the field of floor production, in particular to a flexible floor die.

Background

Floor slabs are produced by fixing annular molds on a vehicle table to form a plate-shaped cavity with an open top, and then pouring concrete into the cavity to match with reinforcing steel bars.

Currently, the mold is generally a fixed structure that is difficult to disassemble. The floor slab length and width dimensions required are different for different projects, and the corresponding floor slab mould is correspondingly replaced, so that a large number of moulds with different dimensions are required to be prepared. This causes problems of difficult storage of the mold and low utilization rate.

The patent publication No. CN209521078U, the name of which is a floor slab mold preventing leakage, discloses a floor slab mold preventing leakage, which comprises a mold frame, wherein the mold frame comprises a mold bottom plate, and four side edges of the mold bottom plate are respectively connected with a mold side plate extending vertically upwards; the steel bar fixing assembly is arranged on the side plate of the die and comprises a pair of steel bar fixing plates, the steel bar fixing plates are composed of an upper steel bar fixing plate and a lower steel bar fixing plate, arc-shaped grooves corresponding to the steel bars one by one are formed in the lower steel bar fixing plate, and the lower steel bar fixing plates are connected with the upper steel bar fixing plates through positioning fixing mechanisms. The application is in a mode of fixed size of the die, is unfavorable for the reuse of the die, and has higher cost.

Then, people can choose movable mould form on this basis, like chinese patent publication No. CN214238726U, name is prefabricated coincide floor mould of adjustable length, including front mould, first side form, second side form and back mould, first slide rail has been seted up to the upper end of front mould, the both ends of first side form are all connected with the one end of front mould and back mould through the fixed block, the second slide rail has been seted up to the upper end of back mould, the both ends of second side form are all connected with the other end of front mould and back mould through the fixed block, the upper surface fixed mounting of back mould has left fixing base, the axle center department swing joint of left fixing base has ball, ball is provided with left nut seat near the left end, ball is provided with right nut seat near the right-hand member. The movable die form provided by the application needs to be matched with a large number of measurements and adjustments in the use process, and is not beneficial to large-batch arrangement.

Disclosure of Invention

The utility model overcomes the defect that the movable mould form needs to carry out a large number of measurements and brings difficulty to construct the mould, and provides the flexible floor mould which accelerates the speed of large-scale deployment by prefabricating a plurality of mould strips with the same length specification and interval.

In order to solve the technical problems, the utility model adopts the following technical scheme:

the utility model provides a flexible floor mould, includes the mould strip of tiling on the platform, mould strip swing joint platform, and adjacent mould strip meets and encloses and form the mould chamber, and mould strip has a plurality of specifications, and the mould strip length difference of adjacent specification is the same.

The application forms the mould through the mould strip with platform swing joint. The platform is a platform body slightly higher than the ground, and the top surface of the bearing mould strip is a plane. The movable connection of the mould strip means that the mould strip can be separated from the vehicle platform, and can also be arranged on the vehicle platform and kept relatively static with the vehicle platform. The connection of the end parts of the adjacent mold strips means that the mold strips are abutted on the adjacent mold strips to form a rectangle, and a wide and shallow cavity with an open top is formed through the lamination of the pre-turning table. The floor is formed by cementing this cavity. Flexible production is realized by configuring a plurality of specifications of mold strips. The specification refers herein to die bars of different lengths of the same cross-sectional shape. The die strip length differences between adjacent gauges are the same. Through the suitable interval length of component, the mould strip can cover most user demand, reduces the preparation kind of mould strip, reduces storage pressure. Meanwhile, when the mould strips are arranged in a large batch, the arrangement speed can be increased, besides the mould strips with the proper length, the mould strips can be positioned by a strip with the length equal to the length difference between the adjacent specifications, so that the mould strips are positioned quickly, corresponding measurement is omitted, and the arrangement speed is increased.

Preferably, the molding strip comprises two width side molding strips and two length side molding strips, the lengths of the two length side molding strips are the same, the end parts of the length side molding strips are abutted on the bilateral symmetry positions of the width side molding strips, and the two ends of the other width side molding strip are respectively abutted on the strip bodies of the two length side molding strips. The above structure improves one specific form of the specific enclosing means. The width side die strip corresponds to the die width direction, and the length side die strip corresponds to the die length direction. When the mould strip is paved, firstly, a width side mould strip is paved, the specific position of the mould strip is controlled, the size of the mould strip reaching the outer edge of the platform is consistent, and a space is reserved for a fixing means of the mould strip. And then the ends of the two length side mold strips are abutted against the strip bodies of the width side mold strips, and the two length side mold strips are maintained to be perpendicular to the width side mold strips by utilizing the geometrical shapes of the mold strips. And finally, placing another width side die strip at the other end of the length side die strip according to the required length of the die, and enabling the end parts of the width side die strips to be attached to the strip bodies of the two length side die strips.

Preferably, the mold strip is provided with a horizontal edge, and the horizontal edge is attached to the surface of the trolley. The cross section of the mould strip comprises a horizontal edge arranged along the horizontal direction, and the contact area between the horizontal edge and the vehicle table is enlarged, so that cement leakage in the pouring process is avoided.

Preferably, the mould strip is fixedly connected to the trolley platform through a magnetic box, and the magnetic box is pressed on the horizontal edge. The application adopts a magnetic fixing mode to fix. The magnetic adsorption mode is convenient for fixing and releasing.

Preferably, the two magnetic boxes are fixedly connected at two symmetrical ends of the mould strip, at least one magnetic box is arranged between the two magnetic boxes, and the spacing between the adjacent magnetic boxes is the same. The structure improves the tightness between the mould strip and the vehicle table.

Preferably, the mould strip is provided with a vertical edge, and a plurality of through grooves for passing through the reinforcing steel bars are formed in the vertical edge. In combination with the horizontal edge, the die strip is angle steel and is formed by processing by punching equipment through a groove.

Preferably, the die strip comprises a first type die strip and a second type die strip, the distance between adjacent through grooves in the middle section of the first type die strip is 150mm, and the distance between adjacent through grooves in the middle section of the second type die strip is 180mm. The passing grooves with different pitches correspond to the reinforcing steel bars with different pitches.

Preferably, the spacing between the through grooves of the mold bar near the both ends is smaller than the spacing between the adjacent through sides at the middle position.

Compared with the prior art, the utility model has the beneficial effects that: (1) The mold strips can cover most of the use requirements through the proper spacing length of the components; (2) The existing main flow floor size can be covered by presetting the mould strips with equal length difference, so that the deployment speed in mass arrangement is improved; and (3) the magnetic adsorption mode is convenient for fixing and releasing.

Drawings

FIG. 1 is a schematic diagram of a mold of the present utility model;

FIG. 2 is a front view of a molding;

FIG. 3 is a cross-sectional view taken at A-A of FIG. 2;

FIG. 4 is a schematic view of the structure of the first model molding of the present utility model;

fig. 5 is a schematic view of the structure of the second model molding according to the present utility model.

In the figure:

the mold strip 1, the vertical edge 2, the through groove 3, the horizontal edge 4, the trolley 5, the width edge mold strip 6, the length edge mold strip 7, the first type mold strip 8, the second type mold strip 9 and the magnetic box 10.

Detailed Description

The disclosure is further described below with reference to the drawings and examples.

It should be noted that the following detailed description is illustrative and is intended to provide further explanation of the present application. Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this application belongs.

Examples:

a flexible floor slab mould, as shown in figure 1, comprises mould strips 1 which are tiled on a platform 5. Wherein, the platform 5 is a platform body slightly higher than the ground, the platform is made of magnetic metal, and the top surface of the bearing mould strip 1 is a plane. The mould strip 1 is angle steel. As shown in fig. 3, the molding 1 has a horizontal side 4, and the horizontal side 4 is attached to the surface of the table 5. The cross section of the mould strip 1 comprises a horizontal edge 4 arranged along the horizontal direction, and the contact area between the horizontal edge 4 and a platform 5 is enlarged, so that cement leakage in the pouring process is avoided. The mould strip 1 is provided with a vertical edge 2, and a plurality of through grooves 3 for passing through reinforcing steel bars are arranged on the vertical edge 2. In combination with the horizontal edge 4, the die strip 1 is angle steel and is formed by processing by punching equipment through the groove 3.

The mold strip 1 is movably connected with the vehicle platform 5, and the movable connection of the mold strip 1 means that the mold strip 1 can be separated from the vehicle platform 5 and also can be arranged on the vehicle platform 5 and kept relatively static with the vehicle platform 5. The mould strip 1 is fixedly connected to the platform 5 through a magnetic box 10, and the magnetic box 10 is pressed on the horizontal edge 4. The application adopts a magnetic fixing mode to fix. The magnetic adsorption mode is convenient for fixing and releasing. In some preferred embodiments, two magnetic cassettes 10 are fixedly connected at symmetrical ends of the mold strip 1, and at least one magnetic cassette 10 is disposed between the two magnetic cassettes 10, and the spacing between adjacent magnetic cassettes 10 is the same. The above structure improves the sealability between the molding 1 and the vehicle table 5. The magnetic box is a magnetic block with strong magnetism.

As shown in fig. 2, the mold bars 1 are prefabricated members, and the lengths of the mold bars 1 in adjacent specifications are the same in pitch. The specification here refers to the same cross-sectional shape of the die strip 1 of different lengths. The length intervals of the mould strips 1 between the adjacent specifications are the same. The mould strip 1 comprises a first mould strip 8 and a second mould strip 9, the distance between adjacent through grooves 3 in the middle section of the first mould strip 8 is 150mm, and the distance between adjacent through grooves 3 in the middle section of the second mould strip 9 is 180mm. The passing grooves 3 with different pitches correspond to the reinforcing bars with different pitches. As shown in fig. 4 and 5, the length difference between adjacent specifications in the first model bar 8 is 300mm as an example. The length difference between adjacent specifications in the second model strip 9 is 360mm. Specifically, the first model molding 8 is provided with 6 specific dimensions of 1200, 1500, 1800, 2100, 2400, 2700mm, respectively, and the second model molding 9 is provided with 6 specific dimensions of 1260, 1620, 1980, 2340, 2700, 3060mm, respectively. The distance between the through grooves 3 at two ends of the first model mould strip 8 and the second model mould strip 9 is equal to or smaller than 150mm.

The spacing between the passing grooves of the mold bars near the two ends is smaller than the spacing between the adjacent passing sides at the middle position. By the structure, the periphery of the floor slab formed by the mould strips is always provided with the reinforcing steel bars, so that the strength of the periphery of the floor slab is enhanced.

Adjacent mould strips 1 are jointed and surrounded to form a mould. The connection of the ends of the adjacent mold strips 1 means that the mold strips 1 are abutted on the adjacent mold strips 1 to form a rectangle, and a wide and shallow cavity with an open top is formed by the lamination of the pre-turning table 5. The specific way of producing the closure of the mould strip 1 is as follows: the molding strip 1 comprises two width side molding strips 6 and two length side molding strips 7, the lengths of the two length side molding strips 7 are the same, the end parts of the length side molding strips 7 are abutted on the bilateral symmetry positions of the width side molding strips 6, and the two ends of the other width side molding strip 6 are respectively abutted on the strip bodies of the two length side molding strips 7. The above structure improves one specific form of the specific enclosing means. The width side strips 6 are strips 1 corresponding to the width direction of the die, and the length side strips 7 corresponding to the length direction of the die are strips 1. When the mould strip 1 is paved, firstly, a width side mould strip 6 is paved, the specific position of the mould strip is controlled, the size of the mould strip reaching the outer edge of the platform 5 is consistent, and a space is reserved for a fixing means of the mould strip 1. Then, the ends of the two-length side molding 7 are abutted against the body of the width side molding 6, and the two-length side molding 7 is maintained perpendicular to the width side molding 6 by the geometry of the molding 1 itself. And finally, placing another width side die strip 6 at the other end of the length side die strip 7 according to the required length of the die, and enabling the end parts of the width side die strips to be attached to the strip bodies of the two length side die strips 7.

The present application forms a mold by a molding bar 1 movably connected to a vehicle table 5. The floor is formed by cementing this cavity. Flexible production is achieved by configuring a plurality of specifications of mould strips 1. By means of a suitable distance length of the components, the mould strip 1 can cover most of the use requirements and has a finer granularity.

When the large-scale deployment is performed, a worker can select a die strip with proper specification to form a die, a longer die strip can be formed by connecting a plurality of die strips, and the specific positioning position can be adjusted according to the number of the through grooves, so that corresponding measurement is omitted, and the deployment speed is increased.

The above-described embodiments are merely preferred embodiments of the present utility model, and the present utility model is not limited in any way, and other variations and modifications may be made without departing from the technical aspects set forth in the claims.

Claims

1. The flexible floor slab die is characterized by comprising die strips which are tiled on a trolley, wherein the die strips are movably connected with the trolley, adjacent die strips are combined and enclosed to form a die cavity, the die strips have a plurality of specifications, and the length differences of the die strips with the adjacent specifications are the same;

the mould strip comprises two width side mould strips and two length side mould strips, the lengths of the two length side mould strips are the same, the end parts of the length side mould strips are abutted on the bilateral symmetry positions of the width side mould strips, and the two ends of the other width side mould strip are respectively abutted on the strip bodies of the two length side mould strips.

2. A flexible floor slab mould as claimed in claim 1 wherein the mould strip is provided with a horizontal edge which engages the surface of the platform.

3. A flexible floor slab mould as claimed in claim 2 wherein the mould strip is fixedly connected to the platform by a magnetic cassette which is press-fitted to the horizontal edge.

4. A flexible floor slab mould as claimed in claim 3 wherein two magnetic cassettes are fixedly connected at symmetrical ends of the mould strip, at least one magnetic cassette being provided between two magnetic cassettes, adjacent magnetic cassettes being equally spaced.

5. A flexible floor slab mould as claimed in claim 1 or claim 2 wherein the mould strip is provided with vertical edges provided with a plurality of through slots for passing rebars.

6. A flexible floor slab mould as claimed in claim 1 wherein the mould bars comprise a first mould bar type and a second mould bar type, the spacing between adjacent through slots in the middle section of the first mould bar type being 150mm and the spacing between adjacent through slots in the middle section of the second mould bar type being 180mm.

7. A flexible floor form as claimed in claim 5 wherein the spacing between the channels of the form strip adjacent the ends is less than the spacing between adjacent sides of the intermediate section.