TWI628338B - Stiffening plate / tube method - Google Patents

Abstract

The invention relates to a method for manufacturing a stiffening plate/tube, comprising: a step of manufacturing a stiffening net body: heating the plastic material and mechanically pressing out the strip-shaped plastic strip to the container, and the strip-shaped plastic strip is a plurality of strip-shaped plastic strips before cooling a stiffening net body stacked in an irregular shape; a manufacturing step of the stiffening plate/tube: cutting the aforementioned stiffening net body into a required size and putting it into a mold, and pouring the concrete into the mold to cover the stiffened net body, After solidification, a stiffened plate/tube of a predetermined size is obtained, so that the obtained stiffened plate/tube has the advantages of light weight and good mechanical properties.

Description

Stiffening plate / tube method

The invention relates to a method for manufacturing a stiffening plate/tube, which is obtained by the good mechanical properties of the stiffening mesh body, and the obtained stiffening plate/pipe body has the advantages of light weight, high safety and self-adjusting thickness.

For the construction of traditional building structures such as beams, columns, slabs, walls, cement pipes, etc., it is necessary to first arrange the steel structure and then erect the formwork, enclose it in the formwork, and then apply cement grout. After the cement is solidified, the mold is molded and the beam is molded. The appearance of columns, slabs, walls, etc. In general, the use of traditional reinforced concrete construction is not only slow construction, but also the loss rate of the template. Another way of building is to build the structure of beams, columns, slabs and walls through the brickwork. However, this construction method is also slow and the overall weight of the building is heavy.

In general, the cement pipe for sewer works or drain pipes is first erected in the formwork. After being formed with the concrete, the cement pipe has a certain weight and is difficult to handle.

It is understood that the buildings in the traditional way of reinforced concrete or brick-laying bricks are covered with concrete to protect steel bars or bricks. Therefore, once a strong earthquake is encountered, the concrete on the outer layer will be first cracked and peeled off, and more severely deformed. Even the breakage caused the collapse of the building, so the traditional building structure is almost difficult to withstand a large earthquake like the 921 scale.

The main object of the present invention is to provide a method for manufacturing a stiffened plate/tube, which is extruded into a container and stacked into an irregular stiffened mesh body, and then the stiffened mesh body is placed in a molding die and injected into the concrete covering. The stiffening mesh body gets a stiffener/tube.

Another object of the present invention is to provide a stiffening plate/tube structure which has the advantage of being lightweight and can reduce the man-hours spent on construction by pre-manufacturing.

The method for manufacturing the stiffening plate/tube which can achieve the above purpose comprises: a manufacturing step of a stiffening net body: heating the plastic material and mechanically pressing out the strip of plastic strip to the container, and the strip of plastic strip is cooled before being The strips of plastic strips are stacked into an irregularly shaped stiffened net body; a step of manufacturing a stiffened plate/tube: cutting the aforementioned stiffened net body into a required size and placing it in a mold, and injecting the concrete into the mold The stiffened mesh body is solidified to obtain a stiffened plate/tube of a predetermined size.

The structure of the stiffening plate/tube obtained by the above manufacturing method is characterized in that the stiffening plate/tube is provided with a plurality of stiffening net bodies, and the mesh body is covered with concrete to form an integrated structure.

By the above description, the functions that can be obtained by the present invention are briefly described as follows:

A. The stiffener/tube can absorb the upright load (and the weight of the building) of the building and has an interlocking effect with the concrete through the stiffening net body, and has good mechanical properties.

B. The stiffener/tube has a stiffened mesh body therein, so that the overall weight of the stiffener/tube body is reduced, which has the advantage of being easy to handle, and its light weight can reduce the overall weight of the building and improve safety.

C. The stiffener/tube is made through the container, the thickness can be customized according to the requirements, and the manufacturer can pre-manufacture the stiffener/tube. The builder can adjust the assembly according to the requirements, compared with the way the concrete construction method needs to be used for concrete drying. The present invention can reduce construction time and safety, fast.

D. Among them, the manufacturing container of the stiffening plate/tube can be provided with a combined end of different shapes, which is convenient for the construction personnel to install the stiffening plate/tube according to the shape of the building or the project, and further, when the stiffening plate/tube is generated, the pre-prepared Pour into the concrete and then fill in the stiffened net body, then pour the concrete into the hardened net body, so that the stiffening net body is indeed in the center of the baffle to achieve the effect of absorbing stress.

Manufacturing steps for S1‧‧‧ stiffening nets

10‧‧‧Plastic materials

11‧‧‧ plastic strip

12‧‧‧ Container

13‧‧‧Strengthen net body

S2‧‧‧ stiffener manufacturing steps

20‧‧‧Mold

21‧‧‧Concrete

30‧‧‧ stiffener

30’‧‧‧ stiffener

Figure 1 is a manufacturing flow diagram of the present invention.

Figure 2 is a schematic view of the manufacture of the stiffened mesh body.

Figures 3 and 4 show the structure of the stiffening mesh.

Figures 5 and 6 are schematic views of the manufacture of the stiffener.

Figure 7 is a perspective view of the structure of the stiffener.

Figure 8 is a cross-sectional view showing the structure of the stiffening tube.

Figure 9 is a perspective view of the stiffening tube.

In order to enable the reviewing committee to have a better understanding and recognition of the features and features of the present invention, the following preferred embodiments are illustrated with the following description:

Referring to Figures 1 to 9, the method for manufacturing a stiffener/tube body and the finished structure thereof, the method for manufacturing the stiffener/tube body mainly comprises: a step of manufacturing a stiffened mesh body S1: heating the plastic material 10 through Mechanically extruding the strip-shaped plastic strip 11 to the container 12, and stacking the strip-shaped plastic strips 11 into an irregular shaped stiffening net body 13 before cooling the strip-shaped plastic strip 11; Step S2 of manufacturing a stiffening plate: cutting the aforementioned stiffening net body 13 into a required size and putting it into a mold 20, pouring the concrete 21 into the mold 20 to cover the net body, and solidifying to obtain a predetermined size of the reinforcing body. Board 30.

The structure of the stiffening plate/tube obtained by the above manufacturing method is characterized in that a plurality of stiffening net bodies 13 are arranged in the stiffening plate body 30, and the stiffening net body 13 is covered with the concrete 21 to form an integrated structure.

By way of the above description, the mode of use of the present invention and the efficacies that can be obtained are briefly described as follows:

(1) Please refer to Figures 1 to 4. First, the plastic material 10 is subjected to a heating and melting operation. The plastic material 10 can be selected from a high-strength plastic material 10, which has good absorption stress and improves the supporting force of the building. Then, the melted plastic material 10 is extruded through the machine to form a strip of plastic strips 11 and placed in a container 12. The strips of plastic strips 11 are stacked before the strips of plastic strips 11 to form an irregular stiffened net body 13, the third The fourth figure is the structure of the stiffening net body 13. These stiffening net bodies 13 can be applied to a retaining wall such as a hillside, and the soil can be grasped by the good mechanical property to achieve the effect of soil and water conservation.

(2) Please refer to Figures 5 to 9, since the stiffening net body 13 has light weight and good mechanical properties, the stiffened net body 13 is cut and placed in a container 12 to infuse the concrete 21 The container 12 is covered with a stiffened mesh body 13 and solidified to obtain a stiffened plate/tube 30, 30' of a predetermined size.

(3) The stiffening plates/tubes 30, 30' absorb the upright load (and the weight of the building) of the building and are interlocked with the concrete 21 through the stiffening mesh body 13, and have good mechanical properties.

(4) The stiffening plate/tube 30, 30' has a stiffened mesh body 13 therein, and therefore, the stiffening plate/tube 30, The 30' overall weight is reduced, it has the advantage of easy handling, and its light weight can reduce the overall weight of the building and improve safety.

(5) The stiffening plates/tubes 30, 30' are made through the container 12, and the thickness can be customized according to requirements, and the manufacturer can pre-manufacture the stiffening plates 30, 30', and the construction personnel can adjust the assembly according to the requirements, and the construction method is used. In contrast to the manner in which concrete drying is required, the present invention can reduce construction time and be safe and fast.

(6) wherein the manufacturing mold 20 of the stiffening plate/tube 30, 30' can be provided with a combined end of different shapes, which is convenient for the construction personnel to install the stiffening plate/tube 30, 30' according to the shape of the building, and then reproduce When the plate/tube 30, 30' is stiffened, the concrete 21 can be poured in advance and then filled into the stiffening net body 13, and then poured into the concrete 21 to wrap the stiffening net body 13 so that the stiffening net body 13 is indeed in the center of the baffle. , to achieve the effect of absorption stress.

(7) Further, as described above, as shown in Figs. 8 and 9, the cement pipe used for engineering can also be manufactured by the manufacturing method of the present invention, and the manufacturing mold 20 has a tubular shape and is poured into the concrete 21 Refilling the stiffening net body 13 and pouring the concrete 21 to wrap the stiffening net body 13 so that the stiffening net body 13 is indeed in the inner wall of the cement pipe to form a stiffening pipe 30', which has the effect of reducing weight and absorbing The effect of stress.

In summary, the present invention mainly inserts the irregularly stiffened net body 13 into a container 12 by plastic strips, and then puts the stiffened net body 13 into a molding die 20, and injects the concrete 21 to cover the stiffening net. The body 13 obtains a stiffening plate/tube 30, 30'; and its constituent structure has not been seen in various books or publicly used, and it is in line with the requirements of the invention patent application, and the 钧局明鉴, as soon as the patent is granted, is a prayer.

It should be noted that the above is the technique immediately applied to the specific implementation of the present invention. The principle of the invention, if changed according to the concept of the present invention, does not exceed the spirit of the specification and the drawings, and should be incorporated in the scope of the present invention.

Claims (2)

The invention relates to a method for manufacturing a stiffening plate/tube, comprising: a step of manufacturing a stiffening net body: heating the plastic material and mechanically pressing out the strip-shaped plastic strip to the container, and the strip-shaped plastic strip is a plurality of strip-shaped plastic strips before cooling a stiffening net body stacked in an irregular shape; a manufacturing step of the stiffening plate/tube: cutting the aforementioned stiffening net body into a required size and putting it into a mold, and pouring the concrete into the mold to cover the stiffened net body, After solidification, a stiffened plate/tube of a predetermined size is obtained. The method of manufacturing a stiffening plate according to claim 1, wherein the mold can be provided with differently shaped joint ends, so that the obtained stiffened plates have different shapes.