TWM648903U - Building material products that can cover waste - Google Patents

Abstract

A building material product that can cover waste, including a core piece and a covering layer. The core component includes a solid body and a plurality of fillers distributed inside the solid body. The solid body has an outer peripheral surface, and the fillers are taken from waste. The coating layer is fixed on the outside of the solid body and completely shields the filling. By using the fillers inside the solid body of the core piece, contaminated waste can be effectively processed, and by using the coating layer to cover the outer peripheral surface of the solid body and completely shield the fillers, contaminated waste can be prevented. The substance is dissolved by water to achieve better protective effect.

Description

Building materials products that can cover waste

The invention relates to a waste product, in particular to a building material product that can cover waste.

Slag from steel mills, as well as fly ash and bottom slag from incinerators are hazardous wastes. If they are disposed of arbitrarily and pollute rivers and land, they may cause soil and water pollution.

At present, there are manufacturers that pre-process (acid-base neutralization) a predetermined proportion of harmful wastes such as furnace ballast, fly ash, and bottom slag, and then add these wastes to concrete and solidify them into pavements. Bricks, hollow bricks, guardrails and other building materials products.

However, if these pavement bricks, hollow bricks, guardrails and other products are placed outdoors, they may be washed away by rainwater and damaged by external forces over the years, which may cause the harmful substances contained in the furnace ballast, fly ash, and bottom slag to dissolve, and may still cause environmental pollution problems. .

Therefore, the purpose of the present invention is to provide a waste-covering building material product that can solve the existing problems.

Therefore, the new building material product that can cover waste includes a core piece and a covering layer. The core component includes a solid body and a plurality of fillers distributed inside the solid body. The solid body has an outer peripheral surface, and the fillers are obtained from waste. The coating layer is fixed on the outside of the solid body and completely shields the filling.

The function of the present invention is to use the fillers of the core member to effectively solve the problem of waste pollution, and to use the coating layer to cover the outer peripheral surface of the solid body and completely shield the fillers to prevent waste pollution. Dissolved by water to avoid environmental pollution problems.

Before the present invention is described in detail, it should be noted that similar elements are represented by the same numbers in the following description.

Referring to Figures 1 and 2, a first embodiment of the new building material product that can cover waste includes a core component 10, a waterproof layer 20, a coating layer 30, and a positioning element embedded in the core component 10. locator 40, and a signal is connected to the light energy panel 50 of the locator 40. The building material products may be pavement bricks, hollow bricks, guardrails, etc. The drawings of this embodiment take guardrails as an example.

The core member 10 includes a solid body 11 and a plurality of fillers 12 distributed inside the solid body 11 . The solid body 11 has an outer peripheral surface 111, and the filler 12 is obtained from wastes such as slag from a steelmaking plant, fly ash from an incinerator, and bottom slag. The solid body 11 is made of solidified concrete, and is mixed with the fillers 12 when the concrete is not solidified. The moisture content of these fillers 12 is within 10%.

The waterproof layer 20 can be made of waterproof and radiation-resistant materials, such as polyphenylsiloxane, epoxy, polyethylene, polyester, and fluorine-containing resin coatings. The waterproof layer 20 completely shields the filler 12 .

The coating layer 30 can be made of cement and is fixed on the outside of the waterproof layer 20 .

The locator 40 is a Global Positioning System (GPS) and can be fixed on the top of the core member 10 .

The photovoltaic panel 50 is fixed on the top of the covering layer 30 and can convert sunlight into electrical energy and provide the power required for the operation of the locator 40 .

As shown on the left side of FIG. 3 , the core member 10 in this embodiment is pre-molded with a mold 1 . When the concrete of the solid body 11 has not yet solidified, the positioner 40 is placed on the concrete. After the concrete of the solid body 11 is solidified, it can be ensured that the fillers 12 are stably distributed inside the solid body 11 . After the concrete of the solid body 11 is solidified, the positioner 40 is also positioned relative to the core member 10 .

Next, as shown in the middle view of FIG. 3 , the waterproof layer 20 is coated and fixed on the outer peripheral surface 111 of the core member 10 .

Next, as shown on the right side of FIG. 3 , the coating layer 30 is fixed on the outside of the waterproof layer 20 , and the light energy panel 50 is fixed on the top of the coating layer 30 .

Therefore, the filler 12 of the core member 10 is taken from wastes such as slag from the steelmaking plant, fly ash from the incinerator, and bottom slag, which can solve the problems that the slag, fly ash, and bottom slag may cause to the environment. It can reduce the consumption of cement raw materials. The waterproof layer 20 is then used to cover the outer peripheral surface 111 of the solid body 11, and the coating layer 30 is covered outside the waterproof layer 20, so that the filler 12 can be completely covered, and the waterproof layer 20 can be used to have the properties of waterproofing and resistance. The characteristics of radiation and the double-layer protection produced by the coating layer 30 can prevent harmful substances in the filler 12 from dissolving, releasing or being exposed, thereby avoiding environmental pollution problems.

Coupled with the arrangement of the locator 40 and the light energy panel 50, the position of each building material product can be grasped to facilitate regular monitoring and maintenance.

Referring to Figures 4 and 5, a second embodiment of the new waste-coating building materials product also includes a core member 10', a waterproof layer 20', a coating layer 30', and a plastic core embedded in the core. The positioner 40 of the component 10', and a signal connected to the light energy panel 50 of the positioner 40.

As shown on the left side of FIG. 6 , the cladding layer 30 ′ of this embodiment is pre-molded with concrete material. The cladding layer 30 ′ has a main shell base 31 ′ and a cover disposed on the main shell. The top cover 32' of the base 31', and the two locking parts 33'. The main shell base 31' defines an accommodating space 312' with an opening 311' facing upward. The accommodating space 312' is defined by an inner peripheral surface 313'. The main housing 31' also has two lock seats 314' located on both sides of the opening 311', and each lock seat 314' has a lock hole 315'. The top cover 32' has a top surface 321', a bottom surface 322' opposite to the top surface 321', and two through holes penetrating the top surface 321' and the bottom surface 322' and respectively corresponding to the keyholes 315'. 323'. The top cover 32' is closed to the opening 311' of the accommodation space 312'. The fasteners 33' respectively pass through the corresponding through holes 323' and are locked in the corresponding lock holes 315', so that the top cover 32' can be fixed to the main shell base 31'. The positioner 40 is pre-embedded between the bottom surface 322' and the top surface 321' of the top cover 32'. The light energy panel 50 is fixed on the top surface 321' of the top cover 32'.

As shown on the left side of Figure 6, the main shell base 31' in this embodiment is pre-molded with concrete material.

As shown in the middle figure of Figure 6, a waterproof layer 20' can be coated on the inner peripheral surface 313'.

As shown on the right side of FIG. 6 , after the waterproof layer 20 ′ dries up, the uncured concrete is mixed with most of the fillers 12 ′, and poured into the accommodation space 312 through the opening 311 ′. 'Inside, the top cover 32' is finally placed on the opening 311' of the main shell base 31'. Through the solidification of concrete, a solid body 11' can be formed, and the fillers 12' are distributed inside the solid body 11' to form the core member 10'. At the same time, the top cover 32' and the solid body 11' are also fixed, and the positioner 40 and the light energy panel 50 can also be fixed relative to the main housing 31'.

Therefore, the second embodiment of the present invention can also achieve the same purpose and effect as the first embodiment.

To sum up, this new type of building material product that can cover waste has a simple overall structure and is easy to manufacture. It can effectively solve the problem of contaminated waste and can indeed achieve the purpose of this new type.

However, the above are only examples of the present invention, and should not be used to limit the scope of the present invention. All simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this new patent.

1: Mold 10: Core parts 11:Solid body 111: Outer peripheral surface 12: Filling 20:Waterproof layer 30: Cladding layer 10’: Core piece 11’:Solid body 12’: stuffing 20’: waterproof layer 30’: Cladding 31’: Main shell seat 311’:Open your mouth 312’: Accommodation space 313’: Inner peripheral surface 314’:Lock seat 315’: Keyhole 32’:Top cover 321’:Top surface 322’: Bottom 323’:Perforated 33’: Locking hardware 40:Locator 50:Light energy panel

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a perspective assembly view of a first embodiment of the new waste-coating building material product according to the present invention; Figure 2 is a combined cross-sectional view of the first embodiment; Figure 3 is a schematic diagram of the first embodiment; Figure 4 is a perspective exploded view of a second embodiment of the new building material product that can cover waste; Figure 5 is an assembled cross-sectional view of the second embodiment; and Figure 6 is a schematic diagram of the second embodiment.

10: Core parts

11:Solid body

111: Outer peripheral surface

12: Filling

20:Waterproof layer

30: Cladding layer

40:Locator

50:Light energy panel

Claims (7)

A building material product that can cover waste, including: A core piece includes a solid body and a plurality of fillers distributed inside the solid body, the solid body has an outer peripheral surface, and the fillers are obtained from waste; and A coating layer is fixed on the outside of the solid body and completely covers the filling. The building material product that can cover waste as described in claim 1 also includes a waterproof layer between the outer peripheral surface of the core member and the covering layer, and the waterproof layer is made of waterproof and radiation-resistant materials. The building material product that can cover waste as described in claim 2, wherein the solid body of the core member is made of solidified concrete, and is mixed with the fillers when the concrete is not solidified. The building material product that can cover waste as described in claim 3, wherein the core piece is molded in advance with a mold, and the waterproof layer and the coating layer are sequentially fixed on the outside of the core piece. The building material product capable of covering waste as described in claim 2, wherein the covering layer has a main shell base and a top cover covering the main shell base, and the main shell base defines an opening toward There is an accommodating space on the top, and the top cover is closed on the opening of the accommodating space. The building material product that can cover waste as described in claim 5, wherein the containing space of the coating layer is defined by an inner peripheral surface, and the waterproof layer is coated on the inner peripheral surface. The building material product that can cover waste as described in claim 2 also includes a locator fixed relative to the core component, and a light energy panel signal connected to the locator. The light energy panel is fixed to the package. Cladding.

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