JP2011036841A

JP2011036841A - Photocatalyst form

Info

Publication number: JP2011036841A
Application number: JP2009196000A
Authority: JP
Inventors: Isao Minami; 勲南
Original assignee: Minami Seiki Co Ltd
Current assignee: Minami Seiki Co Ltd
Priority date: 2009-08-06
Filing date: 2009-08-06
Publication date: 2011-02-24

Abstract

<P>PROBLEM TO BE SOLVED: To provide a product form which is suitable for photocatalyst paper in order to overcome the problem that sufficient photocatalytic effects cannot be obtained by altering only paper to a photocatalyst paper with the form having the conventional form as it is when the paper articles such as photocatalyst calendar and the like are prepared. <P>SOLUTION: For example, in the case of a conventional table ▵ stand, the photocatalyst form is expanded because the area of a white background portion effective for the photocatalyst is small if the form is used as it is. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

本発明は、光触媒紙を卓上カレンダー、卓上△スタンド、窓かけフォーム、及びそれに類する色々な紙製品に利用しようとするものである。The present invention intends to use the photocatalytic paper for a desktop calendar, a desktop Δ stand, a windowed foam, and various other paper products.

光触媒紙を従来の卓上及び壁掛けフォームに応用する場合、光触媒紙に従来と同様の印刷を施したのでは、光触媒の効果は極めて少ない。何故ならば光触媒紙の印刷面は光触媒効果が印刷により消えてしまい光触媒効果が発揮される白地部分が少なくなるのが普通である。When the photocatalyst paper is applied to conventional desktop and wall-mounted foams, the effect of the photocatalyst is very small if the photocatalyst paper is printed in the same manner as in the past. This is because the photocatalytic effect on the printing surface of the photocatalytic paper usually disappears due to printing, and the white background where the photocatalytic effect is exerted is reduced.

従来の欠点を解決し光触媒効果を発揮する光触媒フォーム等を提供するのが本発明の課題である。It is an object of the present invention to provide a photocatalytic foam that solves the conventional drawbacks and exhibits a photocatalytic effect.

Means to solve the problem

課題を解決するには、フォームに於ける印刷部分と光触媒効果の発揮される白地の部分とを明確に分離し、かつ使用上の便利性を維持することが重要である。In order to solve the problem, it is important to clearly separate the printed portion of the form from the white portion where the photocatalytic effect is exhibited, and to maintain the convenience in use.

The invention's effect

従来技術に比べて
１．１枚の光触媒紙から成っても、白地部分が大きく十分な光触媒効果がある。
２．カードポケットが広告面下部に在るのでこれを利用して写真、絵葉書等を添付すれば卓上の額やファイルとして便利でき便利である。
３．卓上型だけでなく、まどかけ型も可能なのでより空気・環境浄化に役立つ。
４．製品の組み立て分解が簡単である。Even if it consists of 1.1 sheets of photocatalytic paper compared to the prior art, the white background is large and has a sufficient photocatalytic effect.
2. Since the card pocket is at the bottom of the advertisement, using this to attach a photo, postcard, etc. is convenient and convenient as a tabletop frame or file.
3. Not only the desktop type, but also the blind type is possible, so it is more useful for air and environmental purification.
4). Easy product assembly and disassembly.

BEST MODE FOR CARRYING OUT THE INVENTION

図１、２、３、 1, 2, 3,

１枚の長方形の光触媒紙１に於て図１のように平行な横ミシン目２−１，２−２，２−３，２−４，２−５を施して、全体を６区画１−１，１−２，１−３，１−４，１−５，１−６に分割し、１−１の面積を最大とし、１−２，１−５の２区画の面積いずれも１−１の約１／２以下とし、その他の区画１−３，１−４，１−６は何れも高さの低い小区画とする。
図２では、１−３，１−４の小区画を２つ折して２枚重ねとし、その両端の小部分に糊３をほどこして接着し、１−３，１−４から成る小ポケット４をつくる。
図３は、この△型光触媒フォームの組み立て側面図であってミシン目２−５を最大区画１−１の中央にあてがって下端区画１−６の両端をクリップ５によって結合するれば、卓上型光触媒フォームが完成し、区画１−１の外側白紙部分を日光６に当てれば光触媒効果によって周囲の空気が浄化される。A single rectangular photocatalyst paper 1 is subjected to parallel perforations 2-1, 2-2, 2-3, 2-4, 2-5 as shown in FIG. It is divided into 1, 1-2, 1-3, 1-4, 1-5, 1-6, the area of 1-1 is maximized, and the areas of the two sections 1-2, 1-5 are both 1- 1 or less, and the other sections 1-3, 1-4, and 1-6 are all small sections having a low height.
In FIG. 2, the small sections 1-3 and 1-4 are folded in two to form two sheets, glue 3 is applied to the small portions at both ends, and a small pocket 4 made of 1-3 and 1-4 is attached. Make.
FIG. 3 is an assembled side view of this Δ type photocatalyst foam. When the perforation 2-5 is applied to the center of the maximum section 1-1 and both ends of the lower end section 1-6 are joined by the clips 5, a desktop type is shown. When the photocatalyst foam is completed and the outer blank paper portion of the section 1-1 is exposed to sunlight 6, the surrounding air is purified by the photocatalytic effect.

図４、５ 4 and 5

図４に於いてタテ長の光触媒紙の両端に巾の狭いフラップを設け、その他の部分に等間隔にミシン目を施して、ジグザグ状に折ってまどかけ光触媒フォームの本文区画とし、この本文の内側に所要の印刷を施し、外側は白紙のままとし上下フラップの部分に粘着テープ、又はフックに引っ掛けるための吊るし孔を施し、図５のように窓ガラス面８、又は窓の上下のレール部分を利用して取付ければ光触媒フォームとの間にＷ形の空間９−１，９−２，９−３…を生じ光触媒フォームの外側白地面に日光６が当たることによってＷ形空間内の空気浄化され、更に室内の空気と循環することによって空気浄化が促進される。また夏季にはこのジグザグ光触媒フォームは日よけとしての役割果たすことがもできることを特徴とする窓掛け光触媒フォームIn FIG. 4, vertical flaps of photocatalyst paper are provided with narrow flaps at both ends, and perforations are provided at other intervals at equal intervals, folded in a zigzag shape to form a photocatalyst foam text section. Apply the required printing on the inside, leave the outside blank and leave the upper and lower flaps with adhesive tape or hanging holes to hook on the hooks, as shown in FIG. 5, the window glass surface 8 or the upper and lower rail parts of the window Are attached to the photocatalyst foam to form W-shaped spaces 9-1, 9-2, 9-3... And the sunlight 6 hits the white ground outside the photocatalyst foam. Air purification is promoted by purifying and circulating with indoor air. In the summer, this zigzag photocatalyst foam can also serve as a sunshade.

：本発明に於ける光触媒フォーム正面図: Photocatalyst foam front view in the present invention ：本発明に於ける光触媒フォーム側面図: Photocatalyst foam side view in the present invention ：本発明に於ける光触媒フォームの組立図: Assembly drawing of photocatalyst foam in the present invention ：本発明に於けるまどかけ光触媒フォームの見取り図: Outline drawing of the photocatalyst foam in the present invention ：本発明に於けるまどかけ光触媒フォームの側面図: Side view of the photocatalyst foam for use in the present invention

１：光触媒紙
１−１，１−２，１−３：光触媒紙の分割された区画
１−４，１−５，１−６
２−１，２−２，２−３：ミシン目
２−４，２−５
３：接着剤
４：小ポケット
５：クリップ
６：太陽光線（日光）
７：まどかけ用光触媒フォーム
８：まどガラス
９−１，９−２：まどガラスと、まどかけ用光触媒フォームとの間のＷ空間1: Photocatalyst paper 1-1, 1-2, 1-3: Divided sections 1-4, 1-5, 1-6 of photocatalyst paper
2-1, 2-2, 2-3: perforations 2-4, 2-5
3: Adhesive 4: Small pocket 5: Clip 6: Sunlight (sunlight)
7: Photocatalyst foam for madokade 8: Mado glass 9-1, 9-2: W space between the glazed glass and the photocatalyst foam for madokado

Claims

5 rows of perforations are made in the vertical direction of one thick rectangular sheet of photocatalytic paper, divided into 6 sections, the area of No1 section is maximized, No2 and No5 sections are about half the area of No1, No3 , No4, and No6 are small sections with low height, No3 and No4 sections are folded in two, and two sheets are overlapped, and glue is applied to the small portions at both ends, and the lower portions of sections No4 and No5 are pocketed. Fold it into a triangle shape with the lower half of No1 section, No2 section and No5 section as three sides, and clip both ends of No6 section and No1 section with clips, and the upper half of No1 section protrudes from the △ shape and the whole mold △ also becomes a blank daylight receiving surface that is not printed on the outside of the largest section No1, and if it is exposed to sunlight, the air near it is purified by the photocatalytic effect and can be easily separated by removing the clip. Photocatalyst form, characterized in that possible.

Make multiple rows of perforations perpendicular to the longitudinal direction of the thick photocatalyst paper, fold it in a zigzag shape, print a calendar, etc. on the front side of the photocatalyst paper, leave the back side blank, and adjust the width of both ends of the multiple sections. A narrow section is used as a flap, and a double-sided adhesive tape or the like is attached to the flap as a photocatalyst window pasting foam.
When attached along the top or bottom of the window glass or along the horizontal direction, a W-shaped air layer is formed between the window glass and the photocatalyst blind foam, and when light hits the white background of the photocatalyst paper from the outside, A photocatalyst foam characterized in that clean air obtained by purifying the air by the effect of the photocatalyst circulates in the room.