JP2012218430A - Economical monthly calendar utilizing rear surface of calendar paper - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an economical monthly calendar utilizing rear surfaces.SOLUTION: When a first H-1 is turned, June is up, and a second H-2 is turned, July-December are displayed. At the end of one year, it can be re-used or discarded as combustible refuse as it is with no classification. 5 sheets are needed including a cover for printing every three months only on the front surface of one sheet. However, 3 sheets are sufficient including the cover by utilizing the front and rear surfaces of sheets in units of 3 months and sheet reduction corresponding to about 40% is possible, which leads to saving corresponding to about 40% and contributes to ecological measures. This ecologization also allows reduction of other sheet-number types.

Description

The present invention relates to reduction and saving of material paper resources, etc. by printing the month, day, day of the week, etc. on the reverse side of the monthly calendar paper, and also to CO2 reduction and ecologicalization at the time of waste incineration. It is a calendar that can contribute to the purpose.

When the month changes, the conventional monthly calendar is cut to a desired size and reused as memo paper or other resources. However, the others are currently incinerated for disposal.
Regarding [Patent Document 1] and [Non-Patent Document 1], using an unfamiliar personal computer, we narrowed down from patent electronic library to library top page, IPDL, publicity text search, patent map guidance, classification code, etc. It was not found.

Although not limited to calendar paper, importing raw materials requires the reduction of raw material resources. Then, while the regulation of total emission amount of CO2 generated at the time of incineration was required, it was an issue to solve the reason why reduction might be essential.

Means to solve the problem

In order to solve this problem, the invention of claim 1 is characterized in that printing is also used on a back surface portion without printing. Therefore, in comparison between printing only on the front side and printing on the back side of the present invention, it is possible to reduce the number of sheets by about 40% and save about 40% by attaching to one calendar. Therefore, the amount of disposal can be reduced, which can contribute to the reduction of CO2 emission during incineration.

The shape of the invention of claim 2 can be a vertical type and a horizontal type, and it is considered best to use a single sheet type, a three sheet type, a four sheet type, and a seven sheet type calendar paper.
If the cover sheet is omitted, a two-sheet type can be created.

Effect of the invention

I think that the improvement of reduction cannot be done forever unless a measure of bold use of the back surface like the present invention is taken to solve the problem. For example, in the case of the single-sheet type shown in FIG. 1, when printing the month of 12 months on one surface with the same character size, 6 months on the front surface of the present invention and 6 months on the back surface. Compared with printing, paper equivalent to about 40% can be reduced, leading to an ecological saving of paper equivalent to about 40%.
And this ecology is all applied to the 1, 2, 3, 4, and 7 sheet type of the present invention.
In addition, as a monthly calendar, you can enter a long-term plan for 6 months if you turn the 1-sheet type in Fig. 4 and 4 months in the same way as if you turn the 1-sheet type in the 4-sheet type in Fig. 3, and the record remains. I am pleased.

BEST MODE FOR CARRYING OUT THE INVENTION

The hot melt construction method that does not use metals or plastics is considered the best for joining when overlapping as an aspect of the invention. As a result, at the end of December of the final month, it is easy to dispose of waste by eliminating the trouble of sorting the garbage. Therefore, the calendar papers are stacked in order in accordance with the month, and the position when the hole shown in FIG. 5 (b) is formed is opened above the center of the lowermost end of the calendar paper with an interval shown in FIG. The holes are for hanging nails and hooks, and the holes in Fig. 6 are for hanging on the wall before using the calendar. Center up, down, left and right. A is a paper slightly thicker than the calendar paper, and is joined by crimping or the like so that the front and back surfaces are sandwiched with the calendar paper from the position slightly above the folding line in FIG. However, when considering the cost, etc., the number of sheets is small and the weight of the calendar is light, so I think that other methods may be used to stop the stapler in two places, or to bond with an adhesive. The reason is that if one sheet is turned at the first use, the hot melt method and other joints are hidden.

I think that the monthly calendar that uses the back side according to the present invention can be industrially mass-produced and has industrial applicability. I think that the price of current calendars using high-quality paper can be adapted to the decrease in purchasing motivation of calendars, especially due to the reduction and saving of material resources.
Therefore, I wonder if we can expect an increase in purchase motivation.

According to the present invention, the number of months for 12 months is printed on both the front surface of one calendar paper and the back surface without printing, and the back of the calendar paper is printed for January to June. Is printed from July to December. According to the present invention, the calendar sheet is a three-sheet type in which the number of months is printed on the front cover portion and the back surface of the first sheet and on the front and back surfaces of other sheets. The company name, etc., is printed on the front surface H-1 of the first sheet as a cover, and January to March are printed on the back surface U-1. Printing from April to June on the second surface H-2 and printing from July to September on the backside U-2. It is a figure which printed on the surface H-3 of the 3rd sheet for October to December, and has no printing on the back surface. According to the present invention, four calendar sheets are printed in the same manner as FIG. Company name, etc. is printed on the front surface H-1 of the first sheet as a cover, January and February on the back surface U-1, March and April on the second surface H-2, and 5 on the back surface U-2. Moon and June July and August are printed on the third surface H-3, September and October are printed on the back U-3 November and December are printed on the fourth surface H-4, and the fourth surface The back of H-4 is a diagram without printing. FIG. 3 is a flow diagram of FIG. K after joining the calendar paper in the three-sheet type of FIG. When using, turn up the first cover of H-1 and put a nail, hook, etc. in the hole (b) in FIG. As a result, January through June are displayed. After the end of June, the second sheet of H-2 is turned up and placed in the same hole, and July through December are displayed. After the end of December, there is no need to separate them and they can be reused as recyclables or discarded as burnable garbage. After printing on the back side of the cover page and the front and back sides of other papers, which are not shown in the drawing description, the 7-sheet type and the 4-sheet type shown in FIG. Since it was a flip of the same procedure, I left it out. It is the figure of April to June which took the present invention and the three-sheet type H-2 of FIG. 2 as an example. It is the figure which showed the position when drilling the hole of (b) in Fig. 5 and the distance from the lower part of the outer diameter of the drilled hole (b) to the bottom edge of the calendar paper, and (b) of Fig. 5. It is the figure finished by the hot-melt construction method common to the calendar paper and the number of sheets of the present invention.

20 calendar paper
10 calendar month number description part H-1 The first surface (the cover part H is the first letter of the surface)
H-2 2nd surface H-3 3rd surface H-4 4th surface U-1 1st back surface (the back of H-1 U is the acronym on the back surface)
U-2 Second back surface U-3 Third back surface Therefore, H-1 and U-1 become one sheet because of printing on the front surface and back surface, and H-2, U-2, H- The same applies to 3 and U-3.
Further, the back side of H-3 in FIG. 2 and H-4 in FIG. 3 is not printed.
A ▲ i ▼ Hot melt method paper K slightly thicker than the calendar paper that is sandwiched from about 3mm above and to the left and right ends from the top of the paper K Broken line ▲ b ▼ Nail for wall hanging or 6mm in diameter with hook hole
▲ C ▼ Flow line symbol for turning up the H-1 calendar paper ▲ D ▼ Transition symbol for moving the H-1 up from the joined cover part ▲ E ▼ Flip up the H-2 calendar paper Flow line symbol of time ▲ F ▼ Transition symbol to move up H-2 ▲ G ▼ A hole that is hung on the wall before using the calendar. Open to the site.
The length from the bottom end of the hole diameter to the bottom end of the center of the paper is 8mm.

Claims (2)

It is characterized by printing the month, day, day of the week, etc. on both the back side of the cover where nothing is printed on the monthly calendar paper and the back side of other paper, and by reducing the number of papers Eco-calendar for the purpose of reducing the amount of CO2 in incineration as a waste disposal and eco-friendly resource saving. Month numbers can be printed either vertically or horizontally, and it is best to use 1-, 3-, 4-, or 7-calendar calendar paper.
If the cover sheet is omitted, a two-sheet type can be created.

Images