TWM609170U - Structure of hollow plastic construction bolt - Google Patents

Abstract

This model relates to the structure of a hollow plastic slab. The main structure includes a slab body, a plurality of communicating grooves, a plurality of openings, and a plurality of waterproof gypsum, and the slab body has a plurality of polypropylene structures, a plurality of stone powder structures, Multiple flame retardant structure, and multiple strengthening agent structure. The above-mentioned board mold body formed by the combination of polypropylene structure, stone powder structure, flame retardant structure, and strengthening agent structure is matched with the waterproof gypsum that seals the communication grooves on both sides of the board mold body to achieve convenient feeding and accurate feeding Uniform, stable and non-deformation effect, and has the functions of flame retardant, heat insulation, sound insulation, waterproof, and recyclability. It can also prevent the cement slurry from flowing into the mold body, thereby avoiding the breeding of insects and molds.

Description

The structure of the hollow plastic mold

The new model provides a hollow plastic plate mold structure, especially a kind of convenient feeding, accurate and uniform feeding, stable and non-deformation, and has the effects of flame retardancy, heat insulation, sound insulation, waterproof, and recyclability, and can also avoid cement The slurry flows into the inside of the mold body, thereby avoiding the structure of the hollow plastic mold that breeds insects and molds.

By the way, during construction of cement buildings, a construction method commonly known as grouting is often used to form beams, columns or walls, etc. When grouting is required, a conventional formwork must be used to surround a space, and cement grout, etc. must be injected into the space. Wait for it to dry and solidify, and then remove the conventional plate mold (commonly known as demoulding) to expose the solidified beams or walls.

Common board molds can be divided into wood board molds, iron board molds and plastic board molds according to their materials. Among them, the wood board mold will absorb water, and the surface will be rough and uneven due to water absorption or seams, which requires an additional leveling process, so it cannot be recycled and reused. When it cannot be used, waste treatment is required. Environmental protection is poor, and the cost is difficult to reduce; because of its heavy weight, iron plate formwork is not conducive to handling and construction, and it is difficult to process according to the needs of the construction site. Therefore, it is only suitable for the situation with a wide site or load-bearing requirements. In general construction, therefore, today's construction industry has gradually tended to use plastic formwork for operations.

However, when the above-mentioned conventional plastic plate molds are used, there are the following problems and deficiencies that need to be improved:

First, the design of a single feed port is not conducive to the addition of multiple raw materials.

Second, the design of a single stirring device cannot evenly combine multiple raw materials.

Third, conventional hollow plastic slab molds are prone to problems such as clogging and weight increase due to the cement slurry flowing into the hollow structure.

Fourth, if the conventional hollow plastic formwork is splashed by moisture, it will easily breed ants, Insects and molds such as termites.

Fifth, when the cement slurry is poured, the die will expand and contract due to the high temperature of the cement slurry, which will cause deformation and affect the cooling and forming of the cement slurry.

Therefore, how to solve the above-mentioned conventional problems and deficiencies is the direction that the applicants of this new model and the related manufacturers engaged in this industry are eager to study and improve.

Therefore, in view of the above-mentioned deficiencies, the applicant of the present model has collected relevant information, evaluated and considered by multiple parties, and has accumulated years of experience in this industry, through continuous trials and modifications, to design such a convenient feeding and accurate feeding Uniform, stable and non-deformation, at the same time, it has the effects of flame retardant, heat insulation, sound insulation, waterproof, and recyclable. It can also prevent the cement slurry from flowing into the mold body, thereby avoiding the breeding of insects and molds. The new type patent of the structure.

The main purpose of the present invention is to seal the connecting grooves through waterproof gypsum so as to prevent cement slurry from flowing into the main body of the formwork, thereby avoiding the breeding of insects and molds.

Another main purpose of the present invention is: through the structural coordination of the connecting groove and the opening, the die body can be stabilized and not deformed when the cement slurry with a higher temperature is poured.

Another main purpose of this model is: through the combination of polypropylene structure, stone powder structure, flame retardant structure, and strengthening agent structure, the model has the characteristics of flame retardancy, heat insulation, sound insulation, waterproof, and recyclability. .

Another main purpose of the present invention is to add the flame retardant structure and the strengthening agent structure to the first screw mixer and the second screw mixer respectively, and then convey them to the third screw mixer to combine with each other, so as to achieve convenient feeding, And the effect of accurate and uniform feeding.

In order to achieve the above purpose, the main structure of the present invention includes: a plate mold body with a plurality of polypropylene structures, a plurality of stone powder structures located on one side of the polypropylene structure, and a plurality of flame retardants located on one side of the stone powder structure Structure, and a plurality of strengthening agent structures located at one side of the flame retardant structure, a plurality of communicating grooves are formed on the die body, and plural openings are formed on both sides of the communicating grooves, so that the die body is in a net state, In addition, a plurality of waterproof gypsums are arranged on both sides of the board mold body, and the waterproof gypsum is attached to the opening to seal the communication groove.

Through the above structure, the user first puts the polypropylene structure into a first screw mixer , Then put the stone powder structure into a second screw mixer, and then transport the flame retardant structure and the strengthening agent structure to a third screw mixer to combine with each other, and then, the flame retardant structure and strengthening The agent structure is placed in a solvent feeding device to be conveyed to the third screw agitator, where it is combined with the polypropylene structure and the stone powder structure to form a finished material.

The material is input into a mesh forming machine for output, and finally cooled and shaped by a cooling device to produce the plate mold body of the new type, and the plate mold body is formed with communicating grooves and openings by the mesh forming machine In order to make the main body of the plate mold appear as a net, finally, the waterproof gypsum is combined on both sides of the main body of the plate mold to close the connecting grooves, and the manufacturing operation of the hollow plastic plate mold is completed. In this way, the effects of convenient feeding, accurate and uniform feeding, stable and non-deformation can be achieved, and at the same time, the cement slurry is prevented from flowing into the interior of the die body, thereby reducing the breeding of insects and mold.

With the above technology, the conventional plastic molds are not conducive to the addition of multiple raw materials, cannot be uniformly combined with multiple raw materials, the hollow structure is blocked, which leads to weight increase, easy breeding of insects and molds, and molds that are prone to deformation. Make breakthroughs to achieve the practical advancement of the above advantages.

1, 1a, 1b, 1c: die body

101, 101a, 101c: polypropylene structure

102, 102a, 102c: stone powder structure

103, 103a, 103c: flame retardant structure

104, 104a, 104c: Strengthening agent structure

105a, 105c: stabilizer structure

11, 11a, 11c: connecting slots

111: opening

12: The first plane

13: The second plane

14a, 14c: Strengthen the edge

2: Waterproof plaster

201: Plaster structure

202: Waterproof glue structure

21: Plaster bonding surface

31: The first screw mixer

32: The second screw mixer

33: The third screw mixer

34: Solvent feeding device

4: Mesh forming machine

5: Cooling device

The first figure is a perspective view of a preferred embodiment of the new model.

The second figure is an exploded view of the preferred embodiment of the new type.

The third figure is a block diagram of the structure of the preferred embodiment of the new invention.

The fourth figure is a schematic diagram of the manufacturing equipment of the preferred embodiment of the new type.

The fifth figure is a schematic diagram (1) of the combination of the preferred embodiment of the new type.

The sixth figure is a schematic diagram (2) of the combination of the preferred embodiment of the new type.

The seventh figure is a schematic view of the forming of the preferred embodiment of the new type.

The eighth figure is a closed schematic diagram of the preferred embodiment of the new invention.

The ninth figure is a schematic diagram (1) of the application of the preferred embodiment of the new invention.

The tenth figure is a schematic diagram (2) of the application of the new preferred embodiment.

The eleventh figure is a three-dimensional perspective view of another preferred embodiment of the new model.

Figure 12 is a three-dimensional view of another preferred embodiment of the new model.

Figure 13 is a perspective view of another preferred embodiment of the present invention.

In order to achieve the above-mentioned purpose and effect, the technical means and structure adopted by the present invention are drawn to illustrate the characteristics and functions of the preferred embodiment of the present invention in detail as follows, so as to fully understand.

Please refer to the first to tenth figures, which are the three-dimensional perspective view to the application diagram (2) of the preferred embodiment of the new model. It can be clearly seen from the figures that the present model includes:

A mold body 1 having a plurality of polypropylene structures 101, a plurality of stone powder structures 102 located on one side of the polypropylene structures 101, and a plurality of flame retardant structures located on one side of the stone powder structures 102 103, and a plurality of strengthener structures 104 located at one side of the flame retardant structures 103;

A plurality of communication grooves 11, each of the communication grooves 11 is arranged horizontally and longitudinally in a staggered manner, and is formed through the die body 1;

A plurality of openings 111, the openings 111 are formed on both sides of each of the communicating grooves 11, so that the die body 1 is in a net state; and

A plurality of waterproof gypsums 2 are provided on both sides of the board mold body 1 and attached to the openings 111 for sealing the communication grooves 11.

Wherein, the board mold body 1 is adjacent to the two sides of each opening 111, and respectively forms a first flat portion 12 and a second flat portion 13, and each of the waterproof plaster 2 is formed with a correspondingly attached to the first flat portion 12 and the plaster bonding surface 21 of the second plane portion 13.

Wherein, the waterproof gypsum 2 has a plurality of gypsum structures 201 and a plurality of waterproof glue structures 202 located at one side of the gypsum structures 201.

Preferably, the flame retardant structure 103 can be one of organic halogen, organic phosphorous or inorganic.

Preferably, the communication slot 11 has a honeycomb shape.

Preferably, the opening 111 can be one of a square, a rectangle, a polygon, or a circle. In this embodiment, a circle is taken as an example.

Preferably, the die body 1 is a rectangular plate as an example.

Preferably, the surface of the die body 1 can be a smooth plane, or it can have textures. In this embodiment, a smooth plane is taken as an example.

Preferably, the waterproof plaster 2 is combined on the die body 1 by coating.

Through the above description, the structure of this technology can be understood, and according to the corresponding cooperation of this structure, the cement slurry can be prevented from flowing into the mold body 1, and the breeding of insects and molds can be avoided at the same time, and the feeding is convenient and accurate. The effect of uniformity, stability and non-deformation, and the detailed explanation will be explained below.

According to the above structure, the user first puts the polypropylene structure 101 into the first screw mixer 31, and at the same time puts the stone powder structure 102 into the second screw mixer 32 for heating and melting (as shown in the fifth figure) At this time, it can be clearly seen from the way that the first screw mixer 31 and the second screw mixer 32 are connected at one end away from the feeding port. Therefore, the combined polypropylene structure 101 and stone powder structure 102 will be separated by the first screw mixer 31 and the second screw mixer 32 enter the third screw mixer 33, and through the third screw mixer 33, the polypropylene structure 101 and the stone powder structure 102 can be combined, and after the combination, the heating action is performed again to make the polypropylene The structure 101 and the stone powder structure 102 are evenly distributed.

Then, the flame retardant structure 103 and the enhancer structure 104 are poured into the solvent feeding device 34 at the same time (as shown in Figure 6, the solvent feeding device 34 of this embodiment is an example of a hydraulic machine), and the solvent is fed The feeding device 34 will hydraulically convey the flame retardant structure 103 and the strengthening agent structure 104 into the third screw agitator 33, so that the flame retardant structure 103 and the strengthening agent structure 104 delivered by the solvent feeding device 34 , Will be combined with the polypropylene structure 101 and the stone powder structure 102 originally located in the third screw mixer 33, and finally heated to form a finished material.

Then the material is conveyed by the third screw mixer 33 into the mesh forming machine 4 to extrude the material (as shown in the seventh figure), and then the formed material enters the cooling device 5 for cooling and shaping. That is, it becomes the plate mold body 1 of the present invention, and by the design of the mesh forming machine 4, the above-mentioned communication groove 11 can be formed in the plate mold body 1. Finally, the post-processing of the mold body 1 is performed, so that the gypsum bonding surface 21 of the waterproof plaster 2 is combined on the first flat portion 12 and the second flat portion 13 on both sides of the mold body 1 (as shown in the eighth figure), By closing the opening 111, the manufacturing operation of the plate mold body 1 of the present invention is completed.

The plate form body 1 of the present invention can not only be used in building construction according to conventional methods, but also can be made into a roof (as shown in the ninth figure) or a bed board (as shown in the tenth figure). The die body 1 has a polypropylene structure 101, a stone powder structure 102, a flame retardant structure 103, and a strengthening agent structure 104. Therefore, it has certain elasticity and can be bent appropriately. After several board mold bodies are bonded to each other with PP adhesive, they can be used as a roof. If the surface of the board mold body 1 is sprayed with polyurea super glue, the board mold body 1 can be durable and not deformed. In turn, the new model becomes a low-cost and durable green roof. In addition, the use of the die body 1 as a bed board can also achieve the effect of green and environmental protection. The tenth and eleventh figures of this embodiment are examples of the application of the new plate mold body 1, but are not limited. Because the plate mold body 1 has a flame retardant structure 103, it can also be used as a partition for decoration. The partition wall can achieve a flame retardant effect in the event of a fire, and it can also be used as a waterproof board. The waterproof effect is achieved through the combination of the polypropylene structure 101 and the stone powder structure 102.

With the above-mentioned structure, not only the advantages of traditional bamboo and wooden building materials and decoration plywood can be maintained, but also the effects of flame retardant, heat insulation, sound insulation, waterproof, recyclable and recyclable, and reinforced structure can be achieved. In addition, it can also avoid The cement slurry flows into the inside of the slab mold body 1, thereby avoiding breeding of insects and molds, and at the same time achieving the effects of convenient feeding, accurate and uniform feeding, improved work efficiency, and stability and non-deformation. Moreover, since the waterproof plaster 2 has a plaster structure 201 and a waterproof glue structure 202, the two cooperate with each other to improve the overall waterproof effect.

In addition, the mold body 1 of the present invention uses the polypropylene structure 101 as the main base material, which can ensure that sharp objects such as iron nails can be driven in when plastic is used, while avoiding breakage and the like.

In addition, the flame retardant structure 103 of the present invention can improve the flame retardancy of flammable or combustibles, prevent materials from being ignited and inhibit the spread of flames, thereby solving the problem that polymer materials are likely to cause fires.

Please also refer to the eleventh figure, which is a three-dimensional perspective view of another preferred embodiment of the new model. When the above-mentioned components are assembled, it can be clearly seen from the figure that this embodiment and the above-mentioned embodiment For similarities and minor differences, in this embodiment, the die body 1a contains a stabilizer structure 105a, and at least one reinforcing edge 14a is formed on both sides of the die body 1a.

Preferably, the reinforcing edge 14a of this embodiment increases the thickness of the two sides of the die body 1a.

After the stabilizer structure 105a is added to the die body 1a, the bonding strength between the polypropylene structure 101a, the stone powder structure 102a, the flame retardant structure 103a, and the strengthening agent structure 104a can be improved to make the overall structure more stable and viscous.

When the cement paste-filled formwork is completed, the formwork needs to be dismantled, and the formwork body 1a is removed. At this time, the formwork body 1a is easy to fall to the floor, which will cause the corners of the formwork body 1a to be impacted. The design of the reinforced edge 14a can reduce the impact force, and the connecting groove 11a is damaged, and at the same time, the overall structural strength is improved.

Please also refer to Figure 12, which is a three-dimensional view of another preferred embodiment of the new model. When the above-mentioned components are assembled, it can be clearly seen from the figure that this embodiment and the above-mentioned preferred embodiment In order to be similar, the only difference is that the surface of the mold body 1b in this embodiment is striped, and the mold body 1b in this embodiment does not have waterproof plaster.

When the user uses the template body 1b of the present invention for building construction, it can be matched with the design of the striped surface on the template body 1b, so that the solidified cement surface will show a stripe pattern, thereby facilitating the subsequent tiling operations. Improve the practical nature of the whole.

When the plate mold body 1b of the present invention is used in a place with a good environment such as dry air and good ventilation, there is no need to coat waterproof gypsum separately, thereby saving manufacturing costs and reducing the time required for manufacturing.

Please also refer to Figure 13 which is a three-dimensional view of another preferred embodiment of the new model. When the above-mentioned components are assembled, it can be clearly seen from the figure that this embodiment is better than the above-mentioned another The embodiments are similar, but the only difference is that in this embodiment, the die body 1c contains a stabilizer structure 105c, and at least one reinforcing edge 14c is formed on both sides of the die body 1c.

As described in another preferred embodiment above, after the stabilizer structure 105c is added to the die body 1c, the bonding strength between the polypropylene structure 101c, the stone powder structure 102c, the flame retardant structure 103c, and the strengthening agent structure 104c can be improved. , Make the overall structure more stable and viscous. When the die body 1c is used, the sides are often damaged due to transportation. Therefore, through the design of the reinforced side 14c, the connecting groove 11c is damaged, and the overall structural strength is improved.

Therefore, the configuration of this embodiment can achieve the effects of saving manufacturing cost, reducing manufacturing time, and improving structural strength at the same time.

However, the above descriptions are only the preferred embodiments of the present model, and are not limited to the patent scope of the present model. Therefore, all simple modifications and equivalent structural changes made by using the description and schematic content of the present model shall be the same. Included in the scope of the patent for this new model, combined to Chen Ming.

Therefore, the structure of the new hollow plastic plate mold can improve the conventional technology. The key lies in :

First, the design of sealing the communication groove 11 through the waterproof plaster 2 can prevent the cement slurry from flowing into the inside of the formwork body 1, thereby preventing the breeding of insects and molds.

Secondly, through the structural cooperation of the communicating groove 11 and the opening 111, the die body 1 can be stabilized and not deformed when the cement slurry with a higher temperature is poured.

Third, the flame retardant structure 103 and the strengthening agent structure 104 are respectively added to the first screw mixer 31 and the second screw mixer 32 to be combined, and then are conveyed to the third screw mixer to combine with each other, thereby achieving convenient feeding, And the effect of accurate and uniform feeding.

Fourth, through the design of the reinforced edge 14a, the connecting groove 11a is prevented from being damaged, and the overall structural strength is improved.

To sum up, the structure of the hollow plastic plate mold of the present invention can indeed achieve its effects and purposes when used. Therefore, the present invention is a new model with excellent practicability. In order to meet the requirements of a new patent application, it is proposed in accordance with the law. For the application, I hope that the review committee will grant this model as soon as possible to protect the applicant's hard research and development. If the review committee of the Bureau has any doubts, please feel free to write instructions. The applicant will do our best to cooperate and feel good.

1: The main body of the die

101: Polypropylene structure

102: Stone powder structure

103: Flame retardant structure

104: enhancer structure

11: Connecting slot

111: opening

12: The first plane

13: The second plane

2: Waterproof plaster

201: Plaster structure

202: Waterproof glue structure

Claims (8)

A hollow plastic plate mold structure, which mainly includes: A mold body having a plurality of polypropylene structures, a plurality of stone powder structures located on one side of the polypropylene structures, a plurality of flame retardant structures located on one side of the stone powder structures, and a plurality of Reinforcer structure on one side of the flame retardant structure; A plurality of communicating grooves, each of the communicating grooves is arranged in a transverse and longitudinal staggered manner, and is formed through the main body of the die plate; A plurality of openings, the openings are formed on both sides of each of the communicating grooves, so that the main body of the die is in a net state; and A plurality of waterproof gypsums, each of the waterproof gypsums is arranged on both sides of the board mold body, and is attached to the openings for sealing the communication grooves. For the structure of the hollow plastic plate mold described in item 1 of the scope of patent application, the plate mold body has a plurality of stabilizer structures located on one side of the strengthening agent structures. For example, the structure of the hollow plastic plate mold described in the first item of the patent application, wherein the plate mold body is adjacent to the two sides of each of the openings, and a first flat part and a second flat part are respectively formed on each of the waterproof plaster A plaster bonding surface corresponding to the first plane portion and the second plane portion is formed. For example, the structure of the hollow plastic slab mold described in item 1 of the scope of patent application, wherein the waterproof gypsum has a plurality of gypsum structures and a plurality of waterproof glue structures located on one side of the gypsum structures. For the structure of the hollow plastic plate mold described in item 1 of the scope of patent application, at least one reinforcing edge is formed on both sides of the plate mold body. A hollow plastic plate mold structure, which mainly includes: A mold body having a plurality of polypropylene structures, a plurality of stone powder structures located on one side of the polypropylene structures, a plurality of flame retardant structures located on one side of the stone powder structures, and a plurality of Reinforcer structure on one side of the flame retardant structure; A plurality of communicating grooves, each of the communicating grooves being arranged in a transverse and longitudinal staggered manner, and formed through the main body of the die plate; and A plurality of openings are formed on both sides of each of the communicating grooves, so that the main body of the die plate is in a net state. Such as the structure of the hollow plastic plate mold described in item 6 of the scope of patent application, wherein the plate mold body has There are a plurality of stabilizer structures located on one side of the strengthener structures. For the structure of the hollow plastic plate mold described in item 6 of the scope of patent application, at least one reinforcing edge is formed on both sides of the plate mold body.

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