TWI261534B - Light pervious structure having deodorant and bacteriostasis effects and method for making the same - Google Patents

Abstract

A light pervious structure having deodorant and bacteriostasis effects and method for making same, by enhancing roughness of a photo-catalyst material so as to feature the light pervious structure body with indented and roughened surface. Photo-catalyst material gel film is coated over the indented and roughened surface, where the thickness of the photo-catalyst material gel film is smaller than roughness value of the roughened surface. As such, the photo-catalyst material gel film is adhered to and covered the roughened surface in an undulating manner, thereby increasing the surface area of the light pervious structure body while increasing the functional area where the surface area of photo-catalyst material gel film reacts with ambient air.

Description

1261534

V. DESCRIPTION OF THE INVENTION (1) Technical field of the invention The light-transmitting structure and the large-area surface of the invention are rough and rough surfaces. The present invention is a method for deodorizing and bacteriostatic work, especially a photocatalyst film disposed thereon. Light transmissive body structure. '[Prior Art] A picture of the younger brother and a second photocatalyst 2 0 surface is a smooth surface material 2 〇a, so the contact medium 2 0 a should be 'decomposed air deodorizing and antibacterial function f external surface The external surface area of the organic matter of the light-damaging substance will not make it possible to pass through the stomach which cannot be more effective 1 〇a, and the 1st figure shown in the second B figure is 1 0 0 times before and after the 20% of the Republic of China. The patent <illumination lamp is a kind of glue powder and ultraviolet talent, please refer to the outer surface coating body 1 1 a outer surface coated with photocatalyst wire to irradiate the light to generate photocatalyst antimatter, so that the reaction is attached to the lamp tube Decomposition has a limited photocatalyst harmful substance, and there are many harmful substances map, which is a magnified view of the lamp 0 a, the photocatalyst 2 〇 surface coated with light touches another, please refer to the purified air surface, and the visible light figure shows A, in which the lamp 'and the tube body 10' through the lamp tube thus makes the organic matter in the light. However, when the air is in contact with the medium, that is, 'so when the air is sufficient to cope with the decomposition of the light-dissolving medium, the other 0 times the surface is uncoated, which is an enlarged view of the tube 1 so the surface is complete. 5 6 2 2 3 5 The bulletin body is adhered to the light-emitting phosphor powder, and the light-sensing material of the photo-sensing material 20 a and the part of the inorganic substance emitted by the watch a is a photocatalyst. The convection is fast, and the air in the air is too much. Please refer to the second A. Photocatalyst 2 〇a surface coated with the lamp 10 a plane. As shown by the number, the inner surface of the official pipe is mixed with cloth.

1261534 V. Description of the invention (2) is disposed in the gel body, and the photocatalyst gel is kneaded, so that the ultraviolet fluorescent powder is lighted by the outer surface of the transparent casing, and transmitted through the lamp tube and irradiated The Lu 2 = release more UV gel film to strengthen the photocatalyst gel film ^ ^ g photocatalyst on the outer surface of the photo, but the above-mentioned known harmful substances in the light c gas. It has the following disadvantages: The lamp deodorizing and bacteriostatic device of a certain material still occupies the photocatalyst of the external surface of the tube of the tube of the harmful substance in the air, and can be decomposed by the photocatalyst to decompose harmful substances, so when the air convection is fast 'The limited external surface area of the photocatalyst will not be enough to cope with the excessive harmful substances in the air, and the surface of the tube before and after the coating of the photocatalyst on the surface of the tube and the surface of the photocatalyst are flat. Therefore, the photocatalyst coated with the photocatalyst is coated. There is no increase in the surface of the material, so that the air passing through the tube with the photocatalyst still has many harmful substances, and the helmet i is effectively trapped and decomposed. .../ The reason is that the inventors have carefully observed and studied based on these shortcomings and based on years of experience in manufacturing products, and have devoted themselves to research and application of t-learning, and proposed a rational design and effective improvement of the above two.

this invention. And an object of the present invention is to provide a structure having a deodorizing and bacteriostatic function and a manufacturing method thereof, which increase the surface area of the body of the light transmitting structure by increasing the surface area of the body of the light transmitting structure, thereby increasing the surface area of the body of the light transmitting structure. Thereby increasing the surface area of the gel film on the photopolymer material. According to the purpose of the invention, the present invention is a deodorizing and bacteriostatic function.

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I1H 1261534

The plastic Π φ includes a light-transmitting structure body and at least a photocatalyst material medium anvil. The light-transmitting structure body has a rough surface of irregularities, and the thickness of the reduced film is smaller than that of the rough surface. The gel film is disposed on the rough surface of the unevenness. And a method for manufacturing a light-transmitting structure with a deodorizing and bacteriostatic function, the step of providing a light-transmitting structure body; roughening the predetermined surface of the light-transmitting structure body; and preparing the catalyst material on the light-transmitting structure body surface;

The light is touched by the medium to form a predetermined surface area of the body of the light-emitting structure, and a gel film of the material. Thus, the photocatalyst material gel film is increased to increase the deodorizing and bacteriostatic treatment ability. The following is a detailed description of the invention and the accompanying drawings of the present invention. For reference and explanation, it is not intended to limit the present invention. [Embodiment] Please refer to Chu-Yu, the antibacterial function of the three figures and the fourth figure, the present invention is for the deodorization of cookware

The light-emitting structure comprises a light-transmitting body 丄1 1 and a photocatalyst material gel film 2 〇, wherein the light-transmitting structure 1 has a concave-convex body which can be the body of the light source body 10 . The transparent structure body j has a rough surface and a rough surface, and the photocatalyst material gel film 2 is disposed on the surface of the rough surface 2f, and the photocatalyst material gel film 20 is less than the unclear value, thereby increasing The surface of the surface of the light-transmitting structure body 丄i

Page 7 1261534 V. Description of inventions, and due to the reaction of the catalyst, please refer to the rough processing of the bumps. The material or the like is added to the translucent body 1 1 or as shown in the figure, the 10 μm 0 0 to 0 concavo-convex thick 1 line may be soft light and may be selected from the light plating and brushing (4 ) This increases the area. In the surface of the wheel of the third figure, the chemically convex rough processing light-transmitting light-emitting structure can have irregularities and irregularities, and the light is 2 micrometers to make the surface transparent, reducing glare glass, a concave-convex rough surface of the plastic catalyst material 1 1 rough and rough, the photocatalyst material gel increases the photocatalyst material photocatalyst material gel film 20 convex area and light to the fifth available method surface, by The coarse and convex inner convex material of the outer body body 1 1 is arranged so as to have a transmission effect, and the material is placed on the ring gel film, and then the surface of the film is shown as a gel film, chemical or substance. The inner surface or outer surface of the surface area such as the surface of the surface is treated by a force such as a fluoroic acid. The gel film on the surface of the chain is placed on the light, or the light-transmissive oxygen resin and the photocatalyst which are dried by the photocatalyst are developed along with the concave and convex and the light-transmissive method. The reaction reaction is brushed with sandblasted and ground into irregularities, and the concave and convex portions therein are referred to the thick material of the convex portion pitch 20 for condensation. In addition, the translucent structure is a semi-transparent structure body fiber to the printing ink, and the hollow body body which is immersed in the rough surface environment of the permeabilization to form a material gel is processed once or materially, and the rough surface is processed. The light-transmissive junction has a thick outer four-A diagram and can be a 〇· degree system, which can be a film of 20 0 light structure, so that the material of 1 1 is less than one type of plating, spraying light structure, the light-transmitting conjunct film 2 0 , the surface undulation, the multiple processing method of the gas contact surface 1 thus constitutes the fifth 5 to 0 of the surface of the body. The structure of the leaching body 1 is thus so

Page 8 1261534 V. Description of the invention (5) Therefore, it is added to enhance at least one of the photocatalytic materials, and the shell metal or the transition metal salt is coated with a catalyst, so as to increase the reference to the L-th is the light source of the ring-shaped tube, a snail tube, and may be applied only to the strip or the spacer portion. The ability of the light-transmitting photocatalyst material is selected from the group consisting of Ti 〇 2, the photocatalyst metal salt, the Μ 〇 , C e , photocatalyst The six-figure and the seventh body 10 are wrapped in a lamp tube, and the photocatalyst tube body is coldly coated on the upper semi-annular body 1 1 gel film 2 〇. In addition, the photocatalyst Sn02, WO 3 > gel film 2 precious metal includes N b, V and C r performance. As shown in the figure, the coverings, such as the long cathode tube and the U-gel, are as shown in the eighth figure, and the tube system can be a Fe3〇3 of the area of the luminescent material to produce a catalytic reaction. The SrTiO and Zn0 further comprise a catalytic material, such as Au, pt, Pd, Ag; thus adding at least one of the light-emitting structure body of the light-emitting structure body, the circular bulb, the opening light tube body 1 film When applied to the tube, it is shown as 'or spaced apart and long as shown in the ninth figure. The light-transmissive half cover body outside the source is as shown in FIG. 10 or is an annular light-transmissive cover body which surrounds the outside of the light-emitting source, as shown in FIG. 11 , and is projected to the light-transmitting cover body by light rays. The photocatalyst material gel film, wherein, as shown in FIG. 11A to FIG. 11 f, the annular transparent cover body may have a circular or rectangular cross section, and the inner side surface or the outer side surface thereof may have irregularities. a coarse sugar surface, or a rough surface on the inner side surface and the outer side surface of the annular light-transmitting cover body, and the photocatalyst material gel film 20 is undulated with the rough surface of the uneven surface to make the photocatalyst The thickness of the material gel film 20 is smaller than the roughness of the rough surface. In addition, the light source body 1 of the light-transmitting structure with deodorizing and bacteriostatic function can be applied to the luminaire as shown in the twelfth figure, or applied to the air quiet machine such as the tenth

1261534, invention description (6) three figures 'and can be used in the storage device as shown in the fourteenth figure, and the light source body 1 of the present invention is, for example, + π and the upper one is shown in the eleventh figure, and the other two = 51 five maps, or used in the backlight module, such as the brother 10 /, the figure can not be used in the electric heater as shown in the tenth, please refer to the eighteenth figure, 俜A, #图不. The surface enlargement after rough processing, please also the surface of the body 1 1 rough 氺 駚 駚 駚 駚 矣 矣 矣 矣 矣 本 本 τ τ τ τ τ 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九 十九Enlarged view, it can be seen that the surface convex surface after the rough processing is light-transparent, so the 13 body 1 u surface is added to the concave surface of the concave surface 11 after the rough processing. The photocatalyst material gel film is coated on the uneven surface of the light structure body 11 to form the surface* of the light transmitting structure body 1 . In addition, as shown in the figure, it is shown in the figure that the light-transmitting structure body is outside. ♦ Read the tenth film ρ η, read the gentleman's pick μ, and coat the photocatalyst material gel film 20, And the through-structure body lanthanum is 8 w wavelength light (4), and is catalyzed by illuminating the photocatalyst film=two m cooC4H9/4l, and the light-transmitting structure body has a surface and the other light-transmitting structure body i丄The system is flat 1 1 /, the thick plate shows the light-transmitting structure body 12 with a rough table ^ and the chart of the knot 夂 - + - the same % -, head, ^ eight has a better effect. Please refer to the first tenth figure, the light-transmitting structure body} Puyi Α β media Yamaguchi 4 3 nm wavelength source body, catalyzed decomposition of CH3C〇〇C4H9/4L with luminescence , the public = material gel film 20 body i 丄 粗 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较The light-transmitting structure of the μ and the six-suppressing function and/or the I k method can increase the connection of the light-transmitting structure body, thereby increasing the amount of adhesion to the surface of the light-transmitting structure body due to the surface area contacting the ambient air. , thus enhancing the photocatalyst material

Page 10 1261534 V. Description of invention (7) Area to increase the amount of photocatalyst treated material. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, and the equivalent structural changes in the description and the drawings of the present invention are all included in the present invention. Within the scope of the invention, Chen Ming was given.

Page 11 1261534 BRIEF DESCRIPTION OF THE DRAWINGS The first diagram is a perspective view of a conventional lamp tube. The second diagram is a cross-sectional view of a conventional tube. The second diagram is a conventional tube of a lamp tube that is not coated with a dielectric material. 0 0 0 magnification diagram second B diagram is a conventional technique of lamp tube surface coating catalyst material 1000 times magnification view third diagram is the light source body perspective view of the invention fourth diagram is the light source body of the invention 4 is a partial enlarged view of the fourth diagram, and the fifth embodiment is a fourth enlarged view of the embodiment of the invention. FIG. 7 is a seventh embodiment of the present invention. U-shaped lamp tube application embodiment FIG. 8 is a photocatalyst material gel of the present invention applied only to the upper half of the light source body. FIG. 9 is a photocatalyst material gel of the present invention coated in a strip and strip shape. FIG. 11 is a schematic view showing the combination of the light source body and the light-transmitting half cover body of the present invention. FIG. 11 is a schematic view showing the combination of the light source body and the annular light-transmitting cover body according to the present invention. FIG. 11A to FIG. Figure 10 is a circular and rectangular transparent cover body BRIEF DESCRIPTION OF THE DRAWINGS FIG. 13 is a schematic view of the present invention applied to an air cleaner. FIG. 14 is a schematic view of the present invention applied to a storage device. FIG. 15 is a schematic diagram of the present invention applied to a desk lamp. Figure 6 is a schematic view of the present invention applied to a backlight module

Page 12 1261534 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 17 is a schematic view of the present invention applied to an electric heater. FIG. 18 is a surface after rough surface processing of the light-transmitting structure body of the present invention.

Figure 19 is a perspective view of a surface of a light-transmitting structure body coated with a photocatalyst material gel film of the present invention. The twentieth figure is a light-transmitting structure body having a rough surface and a The light-transmitting structure body with a smooth surface is coated with a photocatalyst material gel film, and emits 3 6 5 nm light to the photocatalyst material gel film, and compares (: 113 (: 00 (: 4119/41) catalytic decomposition comparison diagram) The twenty-first embodiment is a light-transmitting structure body having a rough surface and a light-transmitting structure body having a smooth surface coated with a photocatalyst material gel film, and emitting 5 4 3 nm light to the photocatalyst material. Film and comparison of catalytic decomposition of CH3C00C4H9/4L [reference number in the drawing] Conventional technology lamp tube of the invention 1 0 a light source body 1 0 tube body 11a light transmitting structure body 11 photocatalyst material 2 0 a photocatalyst material Gel film 2 0

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Claims (1)

1261534 6. Patent application scope 1 · A light-transmitting structure with deodorizing and bacteriostatic function, comprising: a light transmitting structure body having a rough surface of irregularities; and at least one photocatalyst material gel film having a thickness smaller than the transparent The rough surface of the rough surface of the light structure body, and the at least one photocatalyst material gel film is disposed on the rough surface of the unevenness. 2. The light-transmitting structure having the deodorizing and bacteriostatic function as described in claim 1, wherein the rough surface of the concave-convex structure of the light-transmitting structure body is formed by external force processing. 3. The light-transmitting structure having the deodorizing and bacteriostatic function as described in claim 1, wherein the rough surface of the concave-convex structure of the light-transmitting structure body is formed by etching. 4. A light-transmitting structure having a deodorizing and bacteriostatic function as described in claim 1 wherein the light-transmitting structure is selected from the group consisting of a transparent body and a translucent body. The light-transmitting structure having the deodorizing and bacteriostatic function as described in claim 1, wherein the material of the light-transmitting structure is selected from at least one of glass, plastic, epoxy resin and fiber. 6) The light-transmitting structure having the deodorizing and bacteriostatic function according to claim 1, wherein the at least one photocatalyst material gel film is disposed on the rough surface of the unevenness, and is selected from the group consisting of plating, immersion plating, One of spraying, plating and brushing. 7. The light-transmitting structure having the deodorizing and bacteriostatic function according to claim 1, wherein the photocatalyst material of the at least one photocatalyst gel film is selected from the group consisting of Ti02, Sn02, W03, Fe203, and SrTiO. And at least one of ZnO Page 14 1261534 VI. Application for patent scope. The light-transmitting structure having the deodorizing and bacteriostatic function as described in claim 1, wherein the at least one photocatalyst gel film further comprises a catalytic material which is at least one of a noble metal and a transition metal salt. The light-transmitting structure having the deodorizing and bacteriostatic function as described in claim 1, wherein the at least one photocatalyst gel film further comprises a catalytic material selected from the group consisting of Au, Pt, Pd, Ag, and Mo. At least one of Ce, Nb, V, and C r . 1 0 · The light-transmitting structure with deodorizing and bacteriostatic function as described in claim 1 of the patent scope, wherein the light-transmitting structure is a kind of coating body of the light source body and a light-transmitting cover body outside the light source body. 1 1 · The light-transmitting structure having the deodorizing and bacteriostatic function as described in claim 1, wherein the light-transmitting structure is a tube of a lamp tube, and the photocatalyst material gel film is coated on the tube One side of the body. 1 2 · A light-transmitting structure having a deodorizing and bacteriostatic function as described in claim 1 wherein the light-transmitting structure is a tube of a tube, and the photocatalyst material gel film is spaced apart and strips At least one of the tubular body is applied to the tubular body in an annular shape. A light-transmitting structure having a deodorizing and bacteriostatic function as described in claim 1, wherein the light-transmitting structure body has a rough outer surface of the unevenness. 1 4 The light-transmitting structure having the deodorizing and bacteriostatic function according to the first aspect of the patent application, wherein the light-transmitting structure body has a rough inner surface of the concave and convex surface〇 Page 15 1261534 VI. Scope of application for patents 1 5 · Light-transmitting structure, inner side surface. 1 6 · such as a light transmitting structure, which further includes a side of a light source body. Patent application No. 1 wherein the light-transmitting structure has a deodorizing and bacteriostatic functional body having a rough outer side of the unevenness and a deodorizing and bacteriostatic functional body described in claim 1 of the patent application, and is placed in the transparent body The light structure can penetrate through the energy. The light can be transparent. The light can be thickened. The light can be thickened. 2 The transparent surface 2 7 · If the light structure 8 • If the light structure 9 • If the light structure is 1 0 0 · — for a permeabilization, the photo-sensing medium 1 is exposed to light. • If the optical structure is utilized 2 • as claimed in the first patent, wherein the light-transmitting structure is patented in the first section 1 wherein the light-transmitting structure is applied Patent range 1 'where the bump is coarse and micron. The deodorizing and bacteriostatic function is a light structure body; the predetermined material of the light structure body is on the light transmissive material to form the gel film. Patent Application No. 2 manufacturing method, wherein the external force and etching at least the deodorizing and bacteriostatic function system described in item 26 of the patent application scope is a light-transmitting half cover. The deodorizing and bacteriostatic work described in the six items is an annular transparent cover. The method for manufacturing the light-transmitting structure on the rough surface of the deodorizing and antibacterial work is the surface of the structure; the predetermined surface of the structural body; and the deodorizing of the predetermined surface of the transparent structure body The bacteriostatic work roughens the pre-formed formation of the light-transmitting structure body. Deodorization and bacteriostatic work described in item 0 Page 16 1261534 VI. Patent Application The light-transmitting structure manufacturing method can cure the photocatalyst material in a dry manner to form a photocatalyst material gel film on a predetermined surface of the light-transmitting structure body. Page 17