TW531455B - Method for regenerating and binding disposed ceramics - Google Patents

Abstract

Disclosed is a method for regenerating and binding disposed ceramics, comprising the steps of: collecting disposed ceramics; crushing the disposed ceramics; drying the crushed, disposed ceramics; screening the ceramic particles; removing sharp corners of the ceramic particles; evenly mixing the ceramic particles with a binding agent to obtain bonded ceramics; waiting for the bonded ceramics to cure to obtain regenerated and bonded ceramics. The regenerated and bonded ceramics are featured with the advantages of high rigidity, impact-proof, safety and water-proof. In addition, the process may be performed along with applying water-proof coating at the same time.

Description

531455

St Abandoned Tao Wan is related to the reuse technology, more specifically, ^, + A is broken down, and then mixed with glue to spread or congratulate the construction surface. V. Description of the invention (1) [Technical field of the present invention, in particular, this combination will be used] [Background of the invention About waste For different times, the current technology is the state of the body. Please refer to the broken glass granules. ^ The preferred material block or brick containing glass by the inventor. The drop guide has a small amount of ceramic material, which is a trend of application, but the effect is not good. Combined method, inborn and use of waste as a waste recycling feature. One will discard most of the small particles. See the first picture, remove the color in the electric furnace-> Mold injection-Born for many years, the main reason is easy to be injured by small external forces The 'round shot' does not refer to buildings, which are rather extensively recycled. The ceramic material covers the floor. As a result of the breakthrough development and reuse of the compound and the structure, actively researching glass re-making, granular breaking glass, the re-processing technology, acute angle ^ sieve, pressing and drying experience, it is considered that the glass is hard to impact or. After suitable for the decoration, and therefore the ceramics and materials are high in hardness, the application of the invention has gradually been paid attention to and its reuse technology has been developed. Glass is used to make glass floor and glass bricks are connected to resin to form flakes or blocks. The technique mainly involves collecting waste glass and selecting small granules with a length of 1 mm to 3 mm. Drying-demoulding-finished product. However, the waste glass is not made into bricks that are insufficient and brittle, and the produced bricks are broken by the pressure, and even the glass that has been sharply removed by the electrolytic furnace is concentrated and reused. Commonly used materials, such as conventional articles, there are more and more waste ceramics. Cement is mixed into reproducts, but it should be more suitable for waste ceramics than waste glass.

V. Description of the invention (2) [Brief description]

The main method I, the combination of the invention, and the company ^ 2 in the recycling and reuse of waste ceramics, and the system: "oral application = law" to make waste ceramics have a high degree of recovery and are not easy to hit Laminated ceramics or glued ceramic paving has the advantages of hard cladding construction; and it can complete the paving outside _ only τ, [Details] Γ salty and waterproof engineering. The present invention is a JL method of a -X. Conjugate. 22, tile, regeneration combination method, conjugate and the following steps: paper; 丨 ,,, and 4 regeneration combination method (as shown in the second picture), the main bcda collects waste ceramics; crushes waste ceramics; will crush The waste ceramics are dried; at the end, the waste ceramics are screened and sorted into ceramics and ceramics particles (00) and ceramics powder (e.g., ceramic powder) (1.) rolling and mixing to remove sharp angles; Pellets (10) or the ratio of ceramic powder to cement (epoxy resin) Ιιι: Hook '4 into cement (£ 30) (as shown in the third picture). (It's mixed η) is the ceramic filling granules (pottery powder): epoxy resin = 1: 0.05 ~ 1: • The first mixed cement ceramic (3 0) is thick gel-like, has plasticity, and will stand still & 0 Mori 'The glued ceramic (3 0) is hardened into a ceramic regenerated combination (4 0)', and the higher the epoxy resin (20) blending ratio, the harder the ceramic regenerated combination (4 0) is. The step of mixing the granules (10) or the ceramic powder with the cement (20)

Page 5 531455 5. In the description of the invention (3), a colorant may also be added to change the color of the cemented ceramic (30), so that the ceramic-regeneration combination (40) has a color change. The construction method of the glued ceramic (30) will be introduced again. Such as the fourth, fifth, and sixth drawings; the first embodiment is a pavement construction, which mainly includes: a. Uniformly spreading a thick gelatinous ceramic (30) on a predetermined construction surface (50); The thick gelatinous ceramic (30) is pressed with a mechanical or hand b knife (51); c · > Chen gelatinous ceramic (3 0) is hardened to a predetermined thickness and area according to the shape of the construction surface. (40), the regenerated conjugate (40) has been adhered and fixed to the construction surface (50) during the hardening process. The regenerated conjugate (40) ^ 2 has a rough surface with ceramic particles (10) forming a special visual effect. The sixth figure = Department = roof of the house ㈤ 'the construction surface such as the wall (91), parking space (92) (2), and the above-mentioned position has the regeneration combination of the present invention, such as the seventh and eighth illustrations. Covered construction, which is applicable to :: =: = 3〇) glued ceramics formed by the second implementation. Apply ^ ^ ^ ^ mixed with oxygen resin (2 0) on the construction surface (50), and wait for # ^^ 5 2) to thickly glue the ceramics. The above spray-molding method is superior: it can be arbitrarily patterned when it is solid ceramic regenerated conjugate (41), and then: Shengfa has a higher creative freedom. Thick gelatinous ceramic can be used. Spray a thin layer of the shape of the composition. The third embodiment of this method should include:

V. Description of the invention (4) a. Fill the mold with thick gelatinous ceramic (30); b Level the glued ceramic (30) in the mold and sharpen the edge. (42) :. (30) Hardening into pottery; regenerating combination d. Demolding the ceramic regenerating combination (42). Description: The combination can be in various forms, such as the regeneration combination method that reviews this case, the regeneration knot itself, and the invention of the subject that uses abandoned Tao Jing as a regeneration combination is well-refined because of its excellent pottery. The combination (40) (4 1) (42) has a hardness called, will be: η: force, and the epoxy resin (20) is used as glue to bind the waste ceramics to each other, so that the regenerated combination (40) will be cracked. Yierdong has good waterproof effect. With 4 o) seamless and empty surfaces, 2 can be used for agricultural Λ-shaped glued pottery ruthenium 3 °) high plasticity of 'any shape of construction workers, and because of this pottery regeneration combination (4〇) (41) roof' face, Parking spaces (such as the sixth figure of the younger brother) ... and other large areas of paving, secondary paving action to complete the construction of the floor tiles and waterproof construction, and one. X .. yvy ^ ^ ^, imprison this + cause pollution, breed bacteria or disease Media problems, strong hardness and high durability. 3. The ceramic particles of the present invention are rolled and agitated to remove sharp angles. Therefore, the glass particles described in the creative background do not have the problem of trace radiation, and it is not harmful to the human body if they are concentrated and used in large quantities. 4. The ceramic regeneration conjugate (40) of the present invention has the easy-to-repair monk-sanitary conjugate (40) (4 1) (4 2), which is seamless and void-free, so there is no stuck product = 531455. V. Description of the invention (5) If the point is broken or damaged, the same glued ceramic (3 0) can be prepared, and the broken surface can be supplemented with thick glued glued ceramic (3 0). When the glued ceramic (3 0) is hardened, the broken surface is repaired. Complete, and the repair surface is completely fused with its surrounding structure, without repair marks. 5. The surface of the ceramic regeneration conjugate (40) of the present invention has the rough visual feeling of three-dimensional convex particles, and has a good anti-slip effect. The rough vision can also show different visual effects on the working surface. To sum up, the invention is novel and progressive, and it complies with the provisions of the Patent Law. It has applied in accordance with the law and looks forward to granting the patent at an early date. The applicant is fortunate!

531455 Schematic description [Schematic description] The first diagram is a flowchart used to make glass bricks from glass. The second figure is a flowchart of the combined method for recycling waste ceramics according to the present invention. The third figure is an enlarged cross-sectional view of the ceramic recycled conjugate of the present invention. The fourth figure is a flow chart of the present invention for performing overlay construction with glued ceramics. The fifth diagram is a schematic diagram of the overlay construction of the present invention. The sixth diagram is a schematic diagram of the completion of the overlay construction of the present invention. The seventh figure is a flow chart of the present invention for performing spray coating construction with glued ceramics. The eighth figure is a schematic view of spray coating construction according to the present invention. The ninth figure is a flow chart of the molding process of the cemented ceramics of the present invention. The tenth figure is a schematic diagram of the appearance of a brick made by the present invention. [Symbol description] Ceramic particles (1 0) Adhesive (epoxy resin) (2 0) Glued ceramic (3 0) Ceramic regeneration combination (4 0) (4 1) (4 2) Construction surface (5 0) Spatula (5 1) Spray gun (5 2) Roof (9 0) Wall (9 1) Flat parking space (9 2)

Claims (1)

531455 VI. Scope of patent application 1. A method of combining and regenerating waste ceramics 5 mainly includes the following steps: a • Collecting waste ceramics b • Hitting the waste ceramics c • Drying the broken waste ceramics d • Screening out ceramics Granules e • Remove the ceramic granules at acute angles f • Mix the ceramic granules and the cement evenly to make the glued ceramic Kj, g • The glued ceramics are left to harden to form a ceramic recycling combination. 2. According to a method of recycling and combining waste ceramics according to item 1 of the scope of the patent application, wherein the adhesive is epoxy resin. 3. According to a method of recycling and combining waste ceramics described in item 2 of the scope of the patent application, wherein the mixing ratio of the ceramic particles to the epoxy resin is 1: 0 · 0 5 ~ 1: 0 · 1 〇4. According to the application The method for regenerating and combining waste ceramics described in the first item of the patent scope, wherein in the step of mixing the ceramic particles with the cement, a colorant is added to change the color of the cemented ceramics. 5. A method for regenerating and combining waste ceramics according to item 1 of the scope of the patent application, wherein the cemented ceramic is coated on a construction surface, and the ceramic regenerated combination is fixedly formed on the construction surface. 6. A method of combining and regenerating waste ceramics, which mainly includes the following steps: a. Collecting waste ceramics; b. Crushing the waste ceramics; c. Drying the crushed waste ceramics; d. Screening out the ceramic powder; Page 10 531455 6. Scope of patent application f. Mix ceramic powder and cement evenly to make cemented ceramics; g. The cemented ceramics are left to harden to form a ceramic regenerated combination. 7. A method for regenerating and combining waste ceramics according to item 6 of the scope of patent application, wherein the adhesive is epoxy resin. 8. According to a method for recycling and recycling waste ceramics according to item 7 of the scope of the patent application, wherein the mixing ratio of the ceramic powder and the epoxy resin is 1: 0 · 0 5 ~ 1: 0 · 1 〇 9. A method for regenerating and combining waste ceramics according to item 6 of the scope of the patent application, wherein in the step of mixing the ceramic powder and the cement, a colorant is added to change the color of the cemented ceramics. 10. A method for regenerating and combining waste ceramics according to item 6 of the scope of the patent application, wherein the cemented ceramics is coated on a construction surface, and the ceramics regeneration combination is fixedly formed on the construction surface. 11. A method for recycling and recycling waste ceramics according to item 6 of the scope of the patent application, wherein the cemented ceramic is sprayed on a construction surface, and the ceramic regeneration combination is fixedly formed on the construction surface. 1 2. —A regenerative combination of waste ceramics, including: Most of the small particles are removed from the acute-angled ceramic granules, and the ceramic granules are mixed with a binder to bond and solidify the ceramic regenerated aggregate to a predetermined shape. 1 3. A regenerated combination of waste ceramics according to item 12 of the scope of the patent application, wherein the adhesive is epoxy resin. 1 4. A regenerated combination of waste ceramics according to item 13 of the scope of the patent application, wherein the mixing ratio of the ceramic particles to the epoxy resin is 1 Page 11 531455 6. Application scope: 0.05 ~ 1: 0.1. 1 5. A regenerative combination of waste ceramics, comprising: a ceramic powder, which is mixed with a cement, and then the ceramic regenerative combination is solidified into a predetermined shape. 16. A regeneration combination of waste ceramics according to item 15 of the scope of the patent application, wherein the adhesive is epoxy resin. 1 7. A regenerated combination of waste ceramics according to item 16 of the scope of the patent application, wherein the mixing ratio of the ceramic particles to the epoxy resin is 1: 0.05 to 1: 0.1.