JP2019159070A - Calendar with date markers and date markers - Google Patents

Abstract

To provide a date marker which can appropriately indicate a date of a calendar and a calendar with a date marker provided with a date marker.SOLUTION: If a date marker 20 is a date marker 20 using an electrostatic adsorption sheet attached by static electricity to the calendar paper 10, the mark on which the date marker 20 is attached does not remain on the calendar paper 10, so that the calendar paper 10 is not damaged by the calendar paper and that the calendar date can be appropriately indicated by using this date marker 20 even when the calendar sheet is switched or changed every day or schedule is changed many times. In particular, since the calendar paper 10 can shift the date marker 20 adhered by static electricity with a fingertip so that the surface of the calendar paper 10 can slide, the date marker 20 can easily change the calendar date indicated by the date marker 20 without having to remove the date marker 20 from the calendar paper 10.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a date marker for indicating a date on a calendar and a calendar with a date marker provided with the date marker.

2. Description of the Related Art Conventionally, there has been known a display tool that is used in close contact with the surface of a calendar in order to indicate the date of the calendar (for example, see Patent Document 1).
This indicator is a sucker-like instrument made of a flexible soft resin material. The indicator is pressed against the surface of the calendar, and the space between the indicator and the calendar is close to a vacuum, so that the calendar It can be adhered to the surface.

  It is also known that an iron plate is attached to the back of the calendar mount, or a ferromagnetic material such as iron powder is added to the calendar mount so that a magnetic indicator is attached to the calendar surface. (For example, refer to Patent Document 2).

JP 2004-212630 A JP 2008-126654 A

  However, in the case of the display device of Patent Document 1, if the resin material is hardened due to deterioration or the like and its flexibility is lowered, the display device may not stick to the surface of the calendar. .

Further, as in the calendar of Patent Document 2, if an iron plate is attached to the back side of the calendar mount, the weight increases, making it unsuitable for a wall calendar.
In addition, when a ferromagnetic material (iron powder) is included in the calendar mount, the cost of the mount increases, which increases the manufacturing cost of the calendar.

Further, when adjusting the position of the display device that indicates the date of the calendar, there is a request that the display device can be moved with a fingertip so as to slide on the paper surface of the calendar. The indicator could not be slid.
Moreover, if it is the display tool made from the magnet of the said patent document 2, although it is possible to slide on the paper surface of a calendar, since the slip is bad, hold | suppress the calendar side with one hand and use the other hand. The display device had to be moved, which was complicated.

  An object of the present invention is to provide a date marker that can suitably indicate the date of a calendar, and a calendar with a date marker including the date marker.

In order to solve the above problems, the invention described in claim 1
A calendar with a date marker, comprising one or more calendar papers on which dates related to the calendar are written, and a date marker removably attached to the calendar paper,
The date marker is an electrostatic adsorption sheet that is adhered to the calendar paper by static electricity.

According to the first aspect of the present invention, the date marker can be attached to the calendar paper, and the date of the calendar can be indicated by the date marker.
In particular, if the date marker uses an electrostatic adsorption sheet that is attached to the calendar paper by static electricity, the trace of the date marker will not remain on the calendar paper, and the calendar paper will not be damaged. Even when the daily marker is switched or the schedule is repeatedly changed using the date marker, the date of the calendar can be suitably indicated.
If the date marker is affixed to the calendar paper by static electricity, the position of the date marker can be adjusted so that the date marker is shifted with a fingertip.

The invention according to claim 2 is a calendar with a date marker according to claim 1,
The date marker is pasted on the surface of the calendar paper so as to be slidable.

According to the second aspect of the present invention, the date marker attached to the calendar paper by static electricity can be slid with the fingertip, and the surface of the calendar paper can be slid. The calendar date pointed to by the date marker can be easily changed without removing it.
For example, even when the date on the calendar sheet is switched from the date on the right end side to the date on the left end side, the date marker can be slid with a fingertip and suitably slid.

The invention according to claim 3 is a calendar with a date marker according to claim 1 or 2,
The date marker is a transparent or translucent electrostatic adsorption sheet that is at least partially colored.

  According to the third aspect of the present invention, even when a date marker is superimposed on a date on the calendar paper and pasted, the date on the calendar can be visually recognized through the date marker.

The invention according to claim 4 is the calendar with a date marker according to claim 3,
The outer edge of the date marker is colored in a frame shape.

  According to the fourth aspect of the present invention, it is possible to indicate that the date of the calendar is surrounded by the colored frame portion of the date marker attached to the calendar paper.

The invention according to claim 5 is a calendar with a date marker according to any one of claims 1 to 4,
The smoothness of the surface of the calendar paper is the Oken type smoothness measured according to JIS P8155 (2010) and is 10 [seconds] or more and 10000 [seconds] or less.

According to the fifth aspect of the present invention, the date marker using the electrostatic adsorption sheet can be adhered to the calendar paper with an electrostatic adsorption force that is neither too strong nor too weak.
When the date marker is electrostatically adsorbed to the calendar paper, the surface of the calendar paper can be suitably slid and moved by moving the date marker with a fingertip.
For example, if the smoothness of the surface of the calendar paper (Oken type smoothness) exceeds 10,000 [seconds] and the surface has a very high smoothness, the date marker sticks strongly to the calendar paper. It may be difficult to change the date on the calendar pointed to by the date marker.
In addition, if the surface of the calendar paper has a smoothness (Oken smoothness) of less than 10 [seconds] and the surface is rough, the date marker sticks to the calendar paper weakly, and the date marker is removed from the calendar paper. May be easy to peel off.

The invention described in claim 6
A date marker that is attached to a calendar sheet that contains a date related to the calendar and that points to the date,
The date marker is a transparent or translucent electrostatic adsorption sheet that is at least partially colored, and is attached to the surface of the calendar paper by static electricity so as to be slidable.

According to the sixth aspect of the invention, the date marker attached to the calendar paper by static electricity can be slid with the fingertip so that the surface of the calendar paper can be slid. The calendar date pointed to by the date marker can be easily changed.
Further, even if a date marker is pasted and pasted on the date on the calendar paper, the date on the calendar can be visually recognized through the date marker, so that the date of the calendar can be suitably indicated.

  According to the present invention, a date marker that can suitably indicate the date of the calendar, and a calendar with a date marker including the date marker can be obtained.

It is a perspective view which shows the calendar with a date marker of this embodiment. It is an enlarged view (a) (b) which shows the date marker stuck on the calendar paper. It is explanatory drawing which shows the aspect which slide-moves the date marker stuck on the calendar paper. It is explanatory drawing which shows an example of a date marker. It is an enlarged view which shows an example of the date marker stuck on the calendar paper.

  Hereinafter, embodiments of a calendar with date markers and date markers according to the present invention will be described in detail with reference to the drawings. However, the embodiments described below are given various technically preferable limitations for carrying out the present invention, but the scope of the present invention is not limited to the following embodiments and illustrated examples.

FIG. 1 is a perspective view showing a calendar 100 with date markers of the present embodiment.
For example, as shown in FIG. 1, the calendar 100 with a date marker includes a plurality of calendar sheets 10 on which dates related to the calendar are written, and a date marker 20 that is detachably attached to the calendar sheet 10. Yes.

The calendar paper 10 is a western paper on which calendar information is printed on the front side.
The upper edge of the plurality of calendar sheets 10 is bound by the binding tool 30.
The calendar with date marker 100 of the present embodiment is, for example, a one-month calendar, and twelve calendar papers 10 from January to December are bound by the binding tool 30 and the calendar for the last month that has been used. The sheets 10 can be separated one by one.

The binding tool 30 is made of, for example, a metal material, a resin material, or a paper material, and holds a plurality of calendar sheets 10 in a detachable manner.
Note that the binding tool 30 is not limited to one that holds the calendar paper 10 so as to be separable, and is, for example, a binding tool that includes a plurality of ring portions, and holds a plurality of calendar papers 10 so as to be rotatable. It may be a binding tool that binds the used calendar paper 10 so as to be movable from the front side to the back side.

The date marker 20 is a display tool attached to the front side of the calendar paper 10 in order to indicate one of the dates on the calendar.
The date marker 20 is a display tool made of an electrostatic adsorption sheet that is adhered to the calendar paper 10 by static electricity.

In the present embodiment, “YUPO electrostatic adsorption (registered trademark) WEST155” manufactured by YUPO CORPORATION was used as the electrostatic adsorption sheet used as the material of the date marker 20.
In addition, since the technique regarding the electrostatic adsorption sheet made by YUPO CORPORATION is disclosed in, for example, Japanese Patent Application Laid-Open No. 2012-145936, it will not be described in detail here.

The date marker 20 of the present embodiment is a transparent or translucent electrostatic adsorption sheet that is colored at least partially, and uses a circular electrostatic adsorption sheet.
If the date marker 20 is made of a transparent or semi-transparent electrostatic adsorption sheet, the date marker 20 can be seen through the date marker 20 even if it is attached to the date portion of the calendar paper 10.

Specifically, as the date marker 20, for example, as shown in FIGS. 1 and 2A, a transparent electrostatic adsorption sheet having a circular shape and having an outer edge colored in a frame shape is used. it can.
In addition, as the date marker 20, for example, as shown in FIG. 2 (b), it is possible to use a semi-transparent electrostatic adsorption sheet colored in a light or medium color and cut into a circular shape. If a semi-transparent electrostatic adsorption sheet colored in dark color is used, it becomes difficult to visually recognize the date on which the date marker 20 overlaps, so the semi-transparent color of the date marker 20 (electrostatic adsorption sheet) is appropriately selected. Have been adjusted.
The date marker 20 here is affixed to the “16” portion of the paper surface of the calendar paper 10 and points to “January 16”.

In particular, the date marker 20 is attached to the surface of the calendar paper 10 by static electricity so as to be slidable.
For example, when the date marker 20 is used to indicate the date of the current day, when the date is changed, for example, as shown in FIG. 3, the date marker 20 is slid so as to be shifted with a fingertip. The date indicated by the date marker 20 can be easily switched.
Note that sliding the date marker 20 is not limited to switching the date of the current day. For example, when the date marker 20 is used as a mark for emphasizing a date that is scheduled to be remembered, the date marker 20 is also moved with the fingertip when the date indicated by the date marker 20 is switched in accordance with the schedule change. It can be slid to move.

As described above, the present inventors have described the conditions under which the surface of the calendar paper 10 can be suitably slid so that the date marker 20 (electrostatic adsorption sheet) attached to the calendar paper 10 due to static electricity is shifted with a fingertip. As shown in Table 1, the smoothness of the surface of the calendar paper 10 is the Oken type smoothness measured according to JIS P8155 (2010). The present inventors have found that the following is preferable.
The smoothness of the surface of the calendar paper 10 is Oken type smoothness measured according to JIS P8155 (2010), and is more preferably 10 [seconds] to 5000 [seconds]. The present inventors have found that it is even more preferable if it is not less than seconds] and not more than 3000 seconds.
In the present embodiment, a “digital type Oken air permeability smoothness tester” manufactured by Asahi Seiko Co., Ltd. was used to measure the smoothness of the surface of the calendar paper 10.
Examples of the paper material having such surface smoothness include high-quality paper, mat-coated paper, and coated paper.
That is, with the calendar paper 10 using such a paper material, the date marker 20 (electrostatic adsorption sheet) attached to the calendar paper 10 can be suitably slid.
The date marker 20 (electrostatic adsorption sheet) was strongly adsorbed on the high gloss synthetic paper with high smoothness, and there was a problem that it was difficult to slide with the fingertip (marker slipperiness “×”).
Further, the fancy paper with low smoothness has a problem that the date marker 20 (electrostatic adsorption sheet) is weakly adsorbed and easily peeled off (adsorption force maintaining ability “×”).

In addition, the present inventors further describe the conditions under which the surface of the calendar paper 10 can be suitably slid so that the date marker 20 (electrostatic adsorption sheet) attached to the calendar paper 10 due to static electricity is shifted with a fingertip. As a result, as shown in Table 1, the surface roughness of the calendar paper 10 has a maximum height SRt [μm] in a three-dimensional roughness measured in accordance with JIS B0601 (2013) of 3 [μm]. As described above, the present inventors have found that the thickness is preferably 30 [μm] or less.
In the present embodiment, “Surfcom 1500DX2” manufactured by Tokyo Seimitsu Co., Ltd. was used to measure the surface roughness of the calendar paper 10.
Examples of the paper material having such a surface roughness include high-quality paper, matte coated paper, and coated paper.
That is, with the calendar paper 10 using such a paper material, the date marker 20 (electrostatic adsorption sheet) attached to the calendar paper 10 can be suitably slid.
The date marker 20 (electrostatic adsorption sheet) was strongly adsorbed to the high gloss synthetic paper having a low surface roughness, and there was a problem that it was difficult to slide the fingertip (marker slipperiness “×”).
Further, for fancy paper having a high surface roughness, the date marker 20 (electrostatic adsorption sheet) is weakly adsorbed and easily peeled off (adsorptive power maintenance ability “×”).

In the present embodiment, as the date marker 20, an electrostatic adsorption sheet cut into a circular shape having a diameter of about 3.0 cm to 4.0 cm is used.
For example, size if 7cm ² ~13cm ² about date markers 20 (electrostatic suction sheet) can be suitably slid to shift the date markers 20 affixed to the calendar sheet 10 with a fingertip.

For example, in the case of the date marker 20 (electrostatic adsorption sheet) having a contact surface of 20 cm ² or more, due to the electrostatic adsorption force that becomes stronger as the size (contact surface) of the electrostatic adsorption sheet increases, The date marker 20 attached to the calendar paper 10 may be difficult to slide.
Further, in the case of the date marker 20 (electrostatic adsorption sheet) having a contact surface of ² cm ² or less, due to the electrostatic adsorption force that becomes weak as the size (contact surface) of the electrostatic adsorption sheet decreases, The date marker 20 may be easily peeled off from the calendar paper 10 in some cases.
On the other hand, if the date marker 20 attached to the calendar paper 10 has the size (contact surface) as described above, the date marker 20 attached to the calendar paper 10 can be easily slid and used suitably. it can.

As described above, in the calendar 100 with the date marker of the present embodiment, the date marker 20 can be attached to the calendar paper 10 and the date of the calendar can be indicated by the date marker 20.
Then, the date marker 20 attached to the calendar paper 10 by electrostatic force (electrostatic adsorption force) can be slid on the surface of the calendar paper 10 so as to be shifted by the fingertip. The date can be switched easily.
Thus, if the date marker 20 is moved every day and pointed to emphasize the date of the day, the date can be confirmed by looking at the calendar 100 with the date marker, so that misunderstandings and misunderstandings about the date can be prevented. .

Note that although the date marker 20 is attached to the calendar paper 10 to make it easier to recognize the date of the day, the present invention is not limited to the above embodiment.
For example, characters and designs may be printed on the date marker 20, and the date marker 20 may be attached to the calendar paper 10 and used in order to emphasize the date of the calendar with the characters and designs.
For example, as shown in FIG. 4, in the case of a date marker 20 made of an electrostatic adsorption sheet printed with “birthday”, the date marker 20 is used as a mark for emphasizing the anniversary date such as the birthday. Can do. Further, if the date marker 20 is made of an electrostatic adsorption sheet printed with “special sale date”, the date marker 20 can be used as a mark for emphasizing the date of the special sale date that is often forgotten.

The characters and designs printed on the date marker 20 (electrostatic adsorption sheet) are arbitrary, such as “vacation”, “salary”, “deadline”, “dining / drinking”, “school / learning”, etc. Various date markers 20 corresponding to various uses such as a schedule to be remembered may be prepared.
That is, the number of date markers 20 attached to the calendar paper 10 is not limited to one, and two or more date markers 20 may be attached to the calendar paper 10 for use.
As described above, even when the date marker 20 is used for schedule management, the date marker 20 can be slid according to the schedule change, and can be removed from the calendar paper 10.

Further, for example, as shown in FIG. 5, the name, telephone number, URL, or logo mark of the company that produced the calendar 100 with the date marker for advertisement is printed on the date marker 20 (electrostatic adsorption sheet). You may make it leave.
Further, when the calendar with date marker 100 is a calendar of an animated character or a popular talent, an illustration of the character or a photograph of the talent may be printed on the date marker 20 (electrostatic adsorption sheet).

In the above embodiment, the date marker 20 having a circular shape has been described as an example. However, the present invention is not limited to this, and the shape of the date marker 20 is arbitrary.
For example, the date marker 20 has a rectangular shape corresponding to the cell of the date on the calendar paper 10, or a shape imitating an outline of a mouse or a cat corresponding to a calendar such as an animation character. May be.
In addition, when setting it as the rectangular date marker 20, it is preferable to form so that it may have a rounded corner | angular part. It is easier to slide the date marker 20 attached to the calendar paper 10 when the corner of the rectangle is rounded than when the corner of the rectangle is sharp. When the date marker 20 of any other shape has a corner, it is preferable to form the rounded shape rather than sharpening the corner.

Further, the calendar with date marker 100 is not limited to a one-month calendar, and the number of months of the calendar printed on one sheet is arbitrary, for example, two months, three months, six months , 12 month calendars may be printed.
In particular, when a calendar for a plurality of months is printed on one surface of the calendar sheet 10, the calendar for the month on which the date marker 20 indicating the date of the day is attached can be recognized quickly.

Further, if the date marker 20 is attached to the calendar paper 10 by static electricity, the date marker 20 is not left on the calendar paper 10 and the calendar paper 10 is not damaged. It can be suitably used repeatedly for switching and repeated schedule changes.
For example, a date marker that has been sealed using an adhesive is known (for example, the technique disclosed in Japanese Utility Model Publication No. 6-81759). Of course, it is difficult to reattach the date marker. For example, if the date marker that has been subjected to the sealing process is re-applied, the traces from which the seal has been peeled off are left on the calendar paper 10 and the paper surface may be damaged.
In addition, even with a date marker using an adhesive material that can be re-applied, the adhesive strength may be reduced due to dust or dirt adhering to the adhesive surface during repeated application. So it is not suitable for repeated use.

  In this embodiment, “YUPO electrostatic adsorption (registered trademark) WEST155” manufactured by YUPO Corporation is used as the electrostatic adsorption sheet as the material of the date marker 20. The electrostatic adsorption sheet is not limited to this, and any electrostatic adsorption sheet can be used as long as it has an equivalent electrostatic adsorption property.

  In addition, it is needless to say that other specific detailed structures can be appropriately changed.

10 Calendar Paper 20 Date Marker 30 Binding Tool 100 Calendar with Date Marker

Claims (6)

A calendar with a date marker, comprising one or more calendar papers on which dates related to the calendar are written, and a date marker removably attached to the calendar paper,
The calendar with date marker, wherein the date marker is an electrostatic adsorption sheet that is adhered to the calendar paper by static electricity.   The calendar with date markers according to claim 1, wherein the date markers are attached so as to be slidable on the surface of the calendar paper.   The calendar with date marker according to claim 1 or 2, wherein the date marker is a transparent or translucent electrostatic adsorption sheet that is at least partially colored.   The calendar with date markers according to claim 3, wherein an outer edge of the date markers is colored in a frame shape.   The smoothness of the surface of the calendar paper is Oken type smoothness measured according to JIS P8155 (2010) and is 10 [seconds] to 10000 [seconds]. The calendar with a date marker as described in any one of 4. A date marker that is attached to a calendar sheet that contains a date related to the calendar and that points to the date,
The date marker is a transparent or translucent electrostatic adsorption sheet that is at least partially colored, and is attached to the surface of the calendar paper by static electricity so as to be slidable.

Images