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Vertical adjustable modulus prefabricated staircase forming equipment and its step height adjustment method

A technology for forming equipment and stairs, applied in the direction of molds, etc., can solve the problems of scrapped molds, unable to realize flexible production, and large variation range, and achieve the effect of convenient disassembly.

Active Publication Date: 2022-02-01
重庆市涪陵区大业建材有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

At present, there are many changes in the modulus of the stairs. For example, due to the change of the floor height, the stair step height needs to be changed within 150-200mm. It can be seen that the change range is large.
The use of precast concrete staircase molding equipment in the prior art has three prominent disadvantages: (1) the fixed modulus is used, the scope of application is small, and flexible production cannot be realized; (2) the mold customization cycle is long, and the unit cost is high. The amortization of molds in the cost of stairs is large; (3) Usually a batch of molds are customized for a project, and the molds are scrapped after the project is completed, which is a big waste and fails to achieve energy conservation and environmental protection

Method used

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  • Vertical adjustable modulus prefabricated staircase forming equipment and its step height adjustment method
  • Vertical adjustable modulus prefabricated staircase forming equipment and its step height adjustment method
  • Vertical adjustable modulus prefabricated staircase forming equipment and its step height adjustment method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0062] The base frame 4 is provided with a fixed side form 1, a movable side form 2 and a stair step module 3, the fixed side form 1 is connected with the base frame 4 by bolts, the movable side form 2 is slidably connected with the base frame 4, and the stair step module 3 is connected with the fixed side Die 1 connection. The stair step module 3 comprises a first step end mold 3-1, a second step end mold 3-2 and a plurality of step molds 3-3 between the two; the step mold 3-3 comprises a first end face 3-31, Step surface 3-32 and second end face 3-33 (height), the first step end die 3-1 and the first end face 3-31 of adjacent step die 3-3 offset, the second step end die 3-2 and The second end surfaces 3-33 of adjacent step molds 3-3 are in contact, and the first end surfaces 3-31 of two adjacent step molds 3-3 are in contact with the second end surfaces 3-33. A movable end template 5 , a fixed end template 6 and a bottom template 7 are arranged between the movable side form...

Embodiment 2

[0072] To adapt to the production requirements of different stepping stairs for the convenience of stepping mold 3-3 disassembly, a quick dismounting module 15 is provided between the slide block 8-2 and the stepping mold 3-3. The quick dismounting module 15 includes a connecting seat and a taper pin 15-1, the connecting seat is made up of a rotating plate 15-3 and a rotating seat 15-2, and the rotating plate 15-3 and the rotating seat 15-2 are provided with cones. The hole that type pin 15-1 matches. Rotating plate 15-3 is connected with slide block 8-2 bolts, and rotating seat 15-2 is connected with bolts respectively with the first step end mold 3-1, the second step end mold 3-2 and a plurality of step molds 3-3. When dismounting, the step mold 3-3 is lifted, and after taking off the taper pin 15-1, the step mold 3-3 can be removed; when increasing the step mold 3-3, first connect the rotating plate The slide block 8-2 of 15-3 is installed on the slide rail 8-1, then the s...

Embodiment 3

[0075] The chute synchronizer 10 also includes a bearing 10-4 and a clamping plate 10-5 of a U-shaped structure, and the clamping plate 10-5 is clamped on the edges of the two matching step molds 3-3 and the first step end mold 3 -1. The edge where the second step end mold 3-2 and the step mold 3-3 fit together. To increase the contact area of ​​the stepping mold 3-3, ensure that the stepping mold 3-3 is evenly stressed, and prevent the stepping mold 3-3 from being slightly deformed. The bearing 10-4 is sleeved on the sliding pin shaft 10-1 and matched with the limiting chute 10-3, and a bushing 10-6 is arranged between the bearing 10-4 and the end cover 10-2.

[0076] A guide chute 10-7 is provided on the second end face 3-33 of the step mold 3-3, and a guide chute 10-7 is also provided on the end face of the first step end mold 3-1 and the step mold 3-3. 7. The guide chute 10-7 and the limiting chute 10-3 are arranged symmetrically. The first end face 3-31 of the stepping ...

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PUM

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Abstract

The invention relates to a vertical adjustable module prefabricated stair forming equipment and a step height adjustment method. The vertical adjustable module prefabricated stair forming equipment includes a fixed side mold, a movable side mold and a stair step module, and also includes a guide device, Drive control module, chute synchronizer, detection control module, bottom mold lifting module, quick mold opening and closing device, mechanical locking device, quick disassembly and assembly module; a vertical adjustable module prefabricated staircase forming equipment using this solution It has the stepless adjustable modulus of stair mold step height, stair width, and stair step number. One piece of equipment can meet the production requirements of various types of stairs, and realize flexible and automated production of prefabricated components, while greatly improving production efficiency. It also has the advantage of significantly reducing the production cost of prefabricated stairs.

Description

technical field [0001] The invention relates to a vertical adjustable modulus prefabricated staircase forming equipment and a step height adjustment method thereof Background technique [0002] Prefabricated buildings are developing rapidly at this stage, especially the demand for concrete prefabricated stairs is growing rapidly. Most of the traditional prefabricated staircase production equipment adopts the fixed mold form. The stair tread height, stair width, and stair step cannot be adjusted. A stair with a specification must be customized to correspond to the corresponding mold; some can only be used in a small range. Adjust the height of the stair treads. At present, the modulus of stairs changes a lot. For example, due to the change of floor height, the stair step height needs to change within 150-200mm, which shows that the range of change is relatively large. The use of precast concrete staircase molding equipment in the prior art has three prominent disadvantages:...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): B28B7/22B28B7/02
CPCB28B7/225B28B7/02
Inventor 王栋高飞王涛姜凯旋汪煜
Owner 重庆市涪陵区大业建材有限公司
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