JP2013252653A - Wall calendar - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a wall calendar displaying calendars of several months, easy to change display of the calendar every month, and easy to see with rich design properties.SOLUTION: By hanging calendar sheets on a hook provided in a mount, display change of a calendar for every month is easily performed, and by sorting date and months, viewing of the calendar is facilitated. Holes provided through the calendar sheets have slits to make the sheets hardly removed from the hook. At the same time, variety is provided in a shape of the calendar sheet and in a display mode, thereby providing the wall calendar having pictures easy to be viewed and design flexibility.

Description

  The present invention relates to a wall calendar that can be turned every month or every month.

Conventional wall calendars include daily, weekly, monthly, two-month, three-month or one-year wall calendars, and each calendar sheet contains the date, day of the week, month, year, picture and photo. ing. Here, I will describe the monthly calendar and the monthly calendar.
Many conventional general wall calendars have a calendar paper (12 sheets or 6 sheets) for one year bound to the top of the paper with a hanging tool.
In another conventional general wall calendar, one year of calendar paper (12 or 6 sheets) is bound with a ring-shaped metal on the top of the paper.
Since the calendar for the month-turning calendar is not displayed, the scheduled date for the next month cannot be viewed on the calendar, which is very inconvenient. Also, it was inconvenient because the date of the previous month could not be seen as well. In order to eliminate these inconveniences, for example, as shown in FIG. 19, a calendar has been developed which displays a date for several months by folding a continuous calendar sheet every month. (See Patent Document 1)
Alternatively, a calendar that has been posted for three months and has a polygonal line between each month has been proposed. (See Utility Model Reference 1)

JP 2002-103849 A. Registered Utility Model No. 3090192.

<1> In the conventional general wall-mounted calendar, the upper part of the paper is bound by a hanging tool. Every time the moon changes, it takes time-consuming work, such as holding the hanging tool with one hand, stripping off the paper with one hand, and throwing away the stripped calendar paper into the trash. In addition, it was inconvenient because the dates for several months could not be seen.
<2> In another conventional general wall calendar, the upper part of the paper is bound with a ring-shaped metal. Every time the moon changed, the calendar was removed from the wall, the calendar paper on the front was turned with one hand, the paper on the front was turned to the back, and the calendar was hung on the wall again. In addition, it was inconvenient because the dates for several months could not be seen.
<3> The calendar using the continuous calendar paper (see Patent Document 1) is easy to see and convenient when posted on the wall, but the production cost of the base plate and the calendar paper with continuous creases is It's expensive, and changing the calendar display every month is a lot of work because the paper is folded.
<4> The above-described calendar for another three months (see Utility Model Document 1) is also inconvenient because it is expensive to produce continuous calendar paper and is limited to changing the calendar display every two months. .

In order to solve the above-described problems, the wall calendar according to the present invention is composed of a calendar hanging mount and a plurality of calendar sheets to be hung on a hook provided on the mount. The hook is formed by separating and cutting up a cut line provided on the mount, and the calendar paper has one or a pair of left and right holes for hanging on the hook.
Alternatively, the hole has a slit that guides the hook above the hole.

Since the wall hanging calendar of the present invention is as described above, the following effects can be obtained.
<1> Since the wall-mounted calendar of the present invention is composed of a mount with a cut line and a calendar paper with a hole, the production cost is low.
<2> It is convenient to display a calendar for several months.
<3> The replacement of the paper on the calendar surface is simply an operation of picking the paper, removing it from the hook, and hooking it on the upper or lower hook as it is.
<4> Further, the month display and date display of the calendar can be arranged in order. In other words, the upper date is the past and the lower date is the future date, or vice versa.
<5> In the case of a calendar where pictures and photos are posted every month in order to express the feeling of the seasons and changes, only one picture or photo can be displayed while displaying dates for several months. It is possible to provide a wall calendar that is not complicated and uncomfortable.
<6> Since the calendar paper is supported by being hooked, it is possible to use a calendar paper having an unconventional shape. For example, a circular or heart-shaped calendar paper can be used. Therefore, a calendar with excellent design can be produced.
<7> Since the hole provided in the calendar paper has a slit shape, the calendar paper does not easily shake and does not easily come off the mount, and is easy to see and use.
<8> By using the presser piece, the calendar paper does not come off the mount and is easy to use.

DESCRIPTION OF EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a first embodiment of a wall calendar 1 according to the present invention, in which (A) is a front view and (B) is a side view.
The wall-mounted calendar of Example 1 is composed of a calendar-suspending mount 2 and a plurality of calendar papers 4 that are hung on hooks 3 provided on the mount 2,
The hook 3 of the mount 2 is formed by being separated and raised at a cut line 5 portion, and the calendar paper 4 has a pair of left and right holes 6 for hanging on the hook 3.
Specifically, the mount 2 includes a device 22 for suspending the mount 2 on the wall, and a pair of left and right hooks 31 (left hook 31 and right hook 32) formed by separating and cutting at the cut line 5 portion. Two or more stages are provided in the vertical direction (a total of three stages including a pair of left and right hooks 33 and 34 in the middle stage and a pair of left and right hooks 35 and 36 in the lower stage).
The calendar paper 4 has a pair of left and right holes 6 above the calendar paper 6. Here, above the calendar paper 6 means above the center of gravity of the calendar paper. Left and right refer to the left and right of the center line of the calendar paper (the vertical line passing through the center of gravity in the usage situation). A pair refers to a pair of two holes in which the size of the left and right holes, the distance between the left and right holes, and the vertical positional relationship between the left and right holes are constant. Each of the plurality of calendar sheets 4 in the embodiment has the same pair of left and right holes 6.
(Detailed explanation of the cut line 5 will be given later.)

The wall-mounted calendar of the first embodiment is a wall-mounted calendar that is formed by hanging 12 or more (one year or more) calendar sheets 4 per month on the mount 2. In FIG. 1, three calendar sheets 4 are displayed, but the other nine or more calendar sheets 4 are hidden behind the front calendar sheet and cannot be seen.
The size of the mount 2 in Example 1 is about a thick cardboard, about 20 cm in width, and about 50 cm in length, and the size of the calendar paper 4 represents a wall-mounted calendar of about A4 size.
The individual members will be described below.

The material of the mount 2 is paper, and may be a thin plastic (hereinafter referred to as a mount). The length of the mount may be about 20 cm to 1 m. The width of the mount may be about 5 cm when the hooks 3 are provided in a vertical row (Example 2). The width of the mount may be about 50 cm when a pair of left and right hooks are provided (Example 2).
The material paper needs to be strong and strong enough to suspend the calendar paper 4 on the device 22 for hanging the mount 2 on the wall and the hook 3 portion, and is preferably a slightly hard paper such as drawing paper instead of thin paper.
Since the mount functions just by providing the cutting line 5 and the device 22 for suspending the mount on the wall on a flat plate, rectangular paper or plastic, it can be easily manufactured at a very low cost.

The device 22 for suspending the mount 2 of the first embodiment on the wall is a method of making a hole in the mount 2 and suspending it with a string. .

Further, the device 22 for suspending the mount 2 on the wall may be a method in which a hole is simply provided above the mount 2 and is directly suspended from a nail or a ridge on the wall by using the hole (shown in FIG. 8, Example 2). In that case, materials and parts other than the mount are not required, and the mount 2 can be easily manufactured at a very low cost.

The mount 2 is provided with a pair of left and right hooks 3 that are formed by separating the cut line 5 and starting up. Here, the left and right hooks 3 are preferably positioned one by one on the left and right of the center of gravity line 21 of the mount 2 (a vertical line passing through the center of gravity in use).
In addition, the pair of left and right hooks 3 has a constant distance and a vertical positional relationship between the two left and right hooks 3, and the two hooks 3 having this relationship are called a pair of hooks 3.
In other words, the pair of left and right hooks 3 in the middle stage and the pair of left and right hooks 3 in the lower stage have the same distance and vertical positional relationship between the pair of left and right hooks 3 in the upper stage and the two left and right hooks 3.
Since the calendar paper 4 has a pair of left and right holes 6 for hooking on the pair of left and right hooks 3 described above, the distance between the left and right holes and the vertical positional relationship are the same as those of the hooks. (Depending on the size of the hole 6, there may be an error in the above-mentioned distance and vertical positional relationship.)
The hook 3 is used to hang a plurality of calendar papers 4 on the mount 2, and depending on the thickness of the calendar paper, the length of the hook 3 (the length protruding forward from the surface of the mount 2) is about 1 to 3 cm. Is enough.
The vertical distance between the pair of left and right hooks 3 and the other pair of left and right hooks 3 in the vertical direction is approximately equal to the vertical length of the calendar paper 4 to be used. When the vertical interval is shorter than the vertical length of the calendar paper 4, the calendar paper 4 to be displayed overlaps, but this may be used as long as the date, characters, and pictures printed on the paper can be seen.
Conversely, unnecessary letters and pictures may be hidden by overlapping the calendar sheets 4.

The first embodiment is an example using a calendar sheet for each month, in which a month display 13, a day display 12, and a date display 11 are described. The wall-mounted calendar of the present invention is effective even when the date for two months is displayed on one calendar sheet.
The material of the calendar paper 4 is a thin plastic such as paper or paper. (Hereinafter, this is expressed as paper). The size is easy to handle from A5 size to A3 size. As for the paper quality, when the calendar paper 4 is hung on the hook 3, the following is preferable so that the upper part does not sag or bend.
When the calendar paper has a pair of left and right holes (in the case of Example 1), the paper quality may be thin and soft like newspaper. When the calendar paper has one hole 6 (in the case of Example 2), the paper quality of the calendar paper is preferably a paper having a hardness or a thickness that prevents the upper and left corners from hanging down.
Further, since the hole 6 formed in the calendar paper 4 is hung on the hook 3 and used, the strength of the paper is required so that the periphery of the hole 6 is not torn and the hole 6 is not spread.

The shape of the hole 6 is elliptical in the first embodiment. The shape of the hole may be any shape as long as the upper side is narrow, such as a circle or a triangle. However, if the top of the hole is flat or trapezoidal, the hook will hang on the flat part on the top side of the hole, and the calendar paper is easy to move horizontally on the hook. .
The size of the hole 6 needs to be large enough for the hook 3 to enter. In order to facilitate the operation of hanging the calendar paper 4 on the hook, the larger the hole, the better, as long as the date, characters and pictures on the calendar paper surface are obstructed. However, if the hole is too large, the calendar paper tends to come off the hook, which is inconvenient in places with wind or the like.
The hole 6 provided in the calendar paper 4 must be above the center of gravity of the calendar paper 4 in order to be stable against gravity. If the hole 6 is provided below the center of gravity, the calendar paper rotates around the hook by gravity, or the upper side of the calendar paper falls to the front. To prevent this, the hook hole is placed above the calendar paper.
Further, the horizontal positions of the pair of left and right holes are preferably arranged one by one on the left and right sides of the center of gravity line 71 of the calendar paper 4. As for the position in the vertical direction, the two left and right holes may be displaced in height.

When the calendar paper 4 has a pair of left and right holes 6, the position of the holes correlates with the position of the hook provided on the mount, so when determining the detailed position, assume the overall display status and design of the wall calendar. It is necessary to decide.

  Example 1 represents the use of the wall calendar 1 of the present invention. The calendar paper 4 is printed with a date for each month. In the state of the first embodiment, there is a calendar paper for April on the upper hook 41, and a calendar paper 44 for January to March is hiding on the back side. A calendar paper for May is hung on the middle hook 42, a calendar paper for June is hung on the lower hook 43, and a calendar paper 44 for July to December is hiding on the back side. This is a wall-mounted calendar constructed by hanging the calendar paper 4 for one year on the mount 2 using the holes 6 of the calendar paper 4 on the hooks 3 of the mount 2.

First, 12 calendar sheets for one year are aligned so that January is the front and December is the back, and they are hooked on the hooks 35 and 36 which are the lower hooks 43.
At the start of calendar use in January, the January calendar paper 4 is hung on the hooks 31 and 32 which are the upper hooks 41, and the February calendar paper 4 is hooked on the hooks 33 and 34 which are the middle hooks 42. On the lower hook 43, the March calendar paper is hung and appears on the surface. On the lower hook 43, calendar paper from April is hidden behind the calendar paper for March.

In this state, the mount of the present invention having a pair of left and right hooks with two or more hooks 3 in the vertical direction can display three calendar sheets 4 and see the dates for three months at a time. It can be used conveniently. (In addition, if the date for two months is printed on a single calendar sheet, the date for six months can be seen, which is easy to use.)
After a month, “pick the calendar paper on the middle hook 42 and hang it on the upper hook 41”, “pinch the calendar paper on the lower hook 43 and hang it on the middle hook 42”. With these two operations, the date for the next three months can be displayed.
These two actions are the conventional wall calendar that peels off the paper every month: "Press the paper with one hand", "Remove the paper with the other hand", "Discard the removed paper in the trash" It is easier than the operation.
Or, the operation of the wall calendar of the present invention is obviously easier than the operations of the general calendar for wall calendars, such as "take the whole calendar", "turn the paper", and "hang the calendar again on the wall" It is.
Further, a calendar using the continuous calendar paper (see Patent Document 1) needs to fold or spread the calendar paper. The wall calendar of the present invention, which can easily change the calendar display simply by picking calendar paper and hanging it on a hook, is clearly easier to use.

Further, when a schedule or record is entered and used in the wall calendar 1 of the present invention, the following effects are obtained.
<1> Since the calendar paper 4 can be easily detached from the hook 3 and hung, the calendar paper can be easily placed on a desk and a schedule or record can be written.
<2> Since the schedules and records of the months that are not on the surface of the calendar are also hidden behind the calendar, you can easily view them by flipping the front calendar paper.
<3> At the end of the year or the end of the year, calendar paper for one year is left on the upper hook, which is convenient for viewing and saving records.
<4> By making the holes 6 provided in the calendar paper 4 symmetrically and writing the calendar for the second half of the year on the back side of the calendar paper for the first half of the year, the amount of the calendar paper can be halved. Therefore, it is economical and the number of paper sheets can be halved when stored as recording paper.

Further, as in the first embodiment, the method of moving the calendar paper from the lower level to the upper level always arranges the months from the top to the bottom (upper is April, the lower is June), and further the date is arranged. Can also be arranged from top to bottom (upper is for 1 day, lower is for 30 days). In other words, the arrangement of the month and the arrangement of the days can be unified with the past in the upper part and the future in the lower part.
Since the month changes and the calendar paper is moved, there is no change in the order of arrangement, so the wall calendar of the present invention can be said to be an easy-to-read calendar.

Conversely, a method may be used in which twelve calendar sheets are first overlapped on the uppermost hook and then the calendar sheets are moved downward one by one. In that case, the calendar of the date of February is arranged in the upper part of the date of January.

  FIGS. 2 to 7 show the shape of the hook 3 formed by separating the cut line 5 and the cut line 5 portion provided on the mount 2 of the wall calendar of the present invention, bending the folding line 61, and starting up. It is an example.

FIG. 2 is a front view of a hook shape specific example 1 in which a trapezoidal cut line 5 is provided on a mount 2.
FIG. 3 is a side view of the hook 3 formed by separating and cutting up the cut line 5 portion of FIG.

FIG. 4 is a front view of a hook specific example 2 in which an upper semicircular cut line 5 is provided on the mount 2.
FIG. 5 is a side view of the hook 3 formed by separating and cutting up the cut line 5 portion of FIG.

FIG. 6 shows a specific example 3 of the hook shape, and is a front view in which a hammer-type cut line 5 is provided on the mount 2.
FIG. 7 is a side view of the hook 3 formed by separating and cutting up the cut line 5 portion of FIG.

If the hook 3 provided on the mount 2 matches the hole 6 provided on the calendar paper 4 with the shape, size, interval, and vertical position of the hole, a cut line having a shape other than the above specific example can be used at the cut line portion. It may be formed by separating and starting up.
The hook needs to have a protruding length and strength to the front so that a plurality of calendar sheets can be hung on top of each other. The mount 2 and the hook 3 need to be as hard and thick as general drawing paper.
As described above, the hook 3 formed by being separated and raised at the cut line portion only has a cut in the paper or plastic mount 2, so that the mount can be manufactured at a very low cost. Also, anyone can easily start the work by separating the cut line 5 part, and it is a one-time work at the start of the use of the calendar, so it does not take time and effort.

FIG. 8 is a front view (A) and a side view (B) of the second embodiment of the present invention.
The wall-mounted calendar of Example 2 is composed of a calendar-suspending mount 2 and a plurality of calendar sheets 4 that are hung on hooks 3 provided on the mount 2,
The hook 3 of the mount 2 is formed by being separated and raised at the cut line 5 portion, and the calendar paper 4 has a single hole 6 for hanging on the hook 3.
In the second embodiment, in a state where the mount 2 is suspended by the device 22 that suspends the mount 2 on the wall, one hook 3 is placed on the center of gravity line 21 of the mount 2 in two or more stages (in FIG. 8, the hook 37 and the hook 38 shows a wall calendar 1 composed of the mount 2 provided in three stages (38, hook 39) and a plurality of calendar papers 4 having one hole 6 on the hook 3 on the upper side.

If the hook 3 deviates from the center line of the mount 2, the mount 2 may be twisted or distorted, so it is important to align it on the center line 22. However, it is not a problem that the hook 3 is detached from the center of gravity line 21 of the mount 2 to such an extent that the mount is thick and hard and does not twist.

The plurality of calendar papers 4 described in the second embodiment are provided with a single hole 6 for hanging on the hook 3 above the paper. The position of the hole 6 is arranged on the center line 71 of the calendar paper. Conversely, in this case, since the calendar paper 4 is hung using the hole 6, it can be said that the hole 6 is naturally on the center of gravity line of the calendar paper. What is important is that the line connecting the hole 6 and the center of gravity of the calendar paper 4 is a vertical line so that the date, pictures and the like are not inclined.
Placing the hook 3 on the center of gravity line of the mount 2 and the hole 6 on the center of gravity line of the calendar paper 4 is because the date or picture is not inclined, and the date or picture is not unsightly. There is no problem even if the holes or holes may be off the respective center of gravity.

The detailed description of the wall calendar in the second embodiment of the present invention in FIG. 8 is the same as that of the first embodiment except for the following matters.
The difference is that the hooks 3 provided on the mount 2 are arranged in a vertical row, and the number of holes 6 in the calendar paper 4 is one.
The difference is that when a piece of calendar paper 4 is hung on the hook 3, the hook 3 and the hole 6 are in a one-to-one relationship, so the work of hanging the calendar paper on the hook is greatly simplified and easier. Can do.

As in the second embodiment, the horizontal width of the mount can be made very narrow by arranging the hooks vertically aligned on the center of gravity line 21 of the mount 2, that is, on a straight line, and the amount of material for manufacturing the mount Can be reduced to less than half compared with the first embodiment, and the cost can be reduced.
As described above, if the width of the mount is 3 cm, the width of the cut line is also required to be 3 cm, and if it is left as an edge on both sides of the cut line, a total of 5 cm is required. .
When JIS A-standard paper is used, if A3 (297 mm x 420 mm) is divided into four parts vertically, a board with a width of 75 mm or less and a length of 420 mm or less is obtained by dividing 297 mm into four equal parts and is easy to manufacture. .
When JIS B standard paper is used, if B3 (364mm x 515mm) is divided vertically into four, 364mm is divided into four equal parts, and a board with a width of 91mm or less and a length of 515mm or less is economical and easy to manufacture. .
As a result, the mount having a width of 5 cm or more and 91 mm or less is easy to manufacture, and the cost is low. Regarding the length of the mount, the user can easily connect with a stapler or the like, and it is better to pursue the design as a wall calendar including the calendar paper, in particular, rather than the cost at the time of manufacture.
In addition, it is possible to give a picture and decoration also to the surface of the mount 2.

FIG. 9 is a partial front view (A) and side view (B) of the third embodiment of the wall calendar 1 of the present invention. For the sake of explanation, only one calendar paper 4 is hung on the hook 3 of the mount 2. In the third embodiment, the hole 6 of the calendar paper 4 represents the wall calendar 1 having the slit 7 for guiding the inserted hook 3 upward of the hole 6.

FIG. 10 is an enlarged explanatory view of a part A showing a state before the hook arranged below the mount 2 in FIG. 9 is separated and raised at the cut line 5 part, and a specific example of the shape of the hook 4 is represented.
In the hook shape specific example 4 (FIG. 10), the direction of the fold line 61 when the cut line 5 is separated and raised to form the hook, and the direction of gravity 62 when the mount 2 is suspended from the wall. And parallel. Further, the hook 3 is formed by setting the length 63 of the fold line 61 to 2 cm or more.
Since the hook 3 is made of paper, it is easy to bend or bend. Therefore, the direction of the fold line 61 is parallel to the gravity direction 62 when the calendar is in use in order to use the paper thickness, which is the strong direction of the paper, in the vertical direction without using the paper planarly. Thus, the cut line 5 is provided and the hook 3 is formed.
The hook formed in the hook shape specific example 4 is coupled with a slit 7 provided in a hole 6 in the calendar paper, which will be described later, to reduce the swing of the calendar paper and to reduce the calendar paper from falling off the hook. Bring effect.
As described above, the hook 3 is assumed to be a state in which a maximum of 12 calendar papers 4 (for one year) are overlaid. The thickness of the 12 sheets and the protruding length of the hook are combined, and the protruding length that protrudes to the front surface of the mount requires a minimum of about 1 cm to about 3 cm. Even if it protrudes a minimum of 1 cm, 2 cm, which is twice the length of the protrusion, is considered to be the minimum folding line length so that the hook does not bend due to the weight of the calendar paper, does not hang down, and does not twist. .
The shape of the score line 5 (which becomes the hook 3 when it is raised) is provided with an inclined portion 91 so that the calendar paper 4 does not fall on the front surface of the hook. Further, a flat portion 92 is preferably provided so that the calendar paper 4 can be overlapped and hooked on the hook. The flat portion 92 on which the calendar paper 4 is overlapped and hung may be inclined similarly to the inclined portion 91.

FIG. 11 is an enlarged explanatory view of part B showing a state in which the calendar paper 4 is hung on the hook 3 of the mount 2 of FIG. 9 as viewed from the front.
FIG. 11 shows a hole 6 having another shape which the calendar paper 4 of the present invention has.
The hole 6 included in the calendar paper 4 of the third embodiment is characterized by having a slit 7 for guiding the hook 3 inserted into the wide portion of the lower portion 84 of the hole 6 to the upper portion 81 of the hole 6.
That is, the shape of the upper portion 81 of the hole 6 is the slit 7. The width 82 of the slit 7 is approximately equal to or less than the thickness of the hook 3, and the length 83 is greater than or equal to the length 63 of the fold line 61 of the cut line 5. Further, the hole 85 has a shape in which the width 85 of the lower part 84 of the hole 6 is wider than the slit 7, so that it is the insertion port 8 of the hook 3, which is easy to insert the hook 3.
The slit 7 guides the inserted hook 3 easily above the hole 6 and serves to firmly hold the hook 3 at the apex of the hole 6.
Here, the thickness of the hook 3 is the thickness of the paper or plastic of the base 2 material.

The slit 7 has the following functions in addition to the above role.
As shown in FIGS. 10 and 11, the relationship between the hook 3 of the mount 2 and the hole 6 having the slit 7 of the calendar paper 4 is the relationship between the hook for hanging a general object and the object to be suspended. In contrast, not only the calendar paper 4 is supported at the apex of the hook 3, but also the side surfaces of the hook 3 (both the front surface and the back surface of the paper) are in contact with the side surfaces of the slit 7 (the thickness surface of the calendar paper). That is, since the calendar paper 4 is in contact with the hook 3 at the top and side of the hook, there is an effect that the calendar paper shakes or shakes extremely. The resistance against the twist of the hook 3 has an effect of controlling the swing of the calendar paper 4.
In this respect, there is an advantage that the hook 3 is a hook formed by separating and starting up a cut line portion provided on the mount 2. Since the hook 3 is made of paper, there is an advantage that a side surface formed by the length of the fold line and the protruding length is formed. In general hooks, such as nails, hooks, and so-called hooks, the sides are rod-shaped and the hook itself does not twist, and the calendar paper rotates around the so-called hook. Cannot be controlled.
Further, since the hook 3 is deeply inserted into the hole 6 of the calendar paper 4 by a length 83 of the slit 7 and the side surface of the hole (slit 7) is tightly contacted so as to sandwich the hook 3, a little wind Even if the calendar is shaken by, for example, the calendar paper 4 is less likely to fall off the hook 3.
For this reason, it can be said that the wall-mounted calendar of the present invention is an easy-to-handle calendar with little shaking and easy to see, with little omission of calendar paper.

The lower part 84 of the hole 6 has a shape wider than the upper part (slit shape) of the hole. This is to facilitate the insertion of the hook 3 when the hook 3 is inserted into the hole 6 (because the upper part 81 of the hole is slit-like and the width is narrow and it is difficult to insert the hook). First, the tip of the hook is inserted into the lower portion 84 of the hole 6. Thereafter, the calendar paper 4 is moved so that the hook 3 moves above the hole with the slit 7 as a guide while the entire hook is inserted. With such an operation, the hook 3 can be easily inserted into the hole 6, and the hook 3 can be easily stored in the slit-shaped upper portion 81 having a narrow width.
Therefore, it is preferable that the width gradually decreases at the changing point from the lower side to the upper side of the hole 6.

The pressing piece 9 is displayed in FIGS. The presser piece 9 is a device for preventing the calendar paper 4 from falling off, which is provided on the mount 2 at the upper side position of the calendar paper 2 when the calendar paper 4 is hung on the mount 2.
The presser piece 9 is a device that assumes a case where the wall-mounted calendar 1 of the present invention is used in a windy place such as an entrance or a window, and is a device that prevents the calendar paper 4 from falling off the hook 3.
The presser piece 9 is a device that can be manufactured because the mount 2 is made of paper or plastic, and a claw-like cut line (cut piece cut line) need only be provided at the position of the mount 2. The size may be as large as a human nail. The method of using the presser piece 9 is that the calendar paper 4 is hung on the hook 3 and then the presser piece 9 is separated from the cut line by utilizing the properties of paper and plastic that are bent, bent and warped. The piece 9 can be made to function by simply spreading the piece 9 and hooking the holding piece 9 on the front surface of the calendar paper 4 like a nail. Here, there is a reason why the material of the mount 2 is inconvenient if it is a plate-like material such as wood.
The calendar paper 4 is sandwiched from above and below between the hook 3 of the mount 2 and the presser piece 9, and no matter how strong the wind is blown, it will not come off the hook 3 unless the paper is torn. Since only the cut line of the presser piece 9 is provided on the mount 2, the cost is low and the function is certain.

FIG. 12 shows the calendar paper 4 provided with the dummy holes 10 used when the calendar paper is relatively large, as shown in the fourth embodiment (FIG. 13) of the present invention.
The calendar paper 4 is a slightly larger hole that does not hang the calendar paper on the hook, although the hook passes through the portion of the lower hook 3 in the downward direction of the hole 6 provided above the calendar paper. A dummy hole 10 is provided.
When the calendar paper is relatively large, it may be posted so as to cover the upper half of the lower calendar paper. In such a case, the hook on the lower stage becomes a protrusion, which impairs the flatness of the front calendar paper and makes it difficult to see the calendar. In order to prevent such a phenomenon from occurring, the hole 10 through which the hook can pass is provided in the portion where the lower hook is located in advance.

FIG. 13 is a front view (A) and a side view (B) of Embodiment 4 of the present invention. It is an Example at the time of posting the calendar paper of FIG. The protrusion of the hook 3 for hanging the lower (May) calendar paper 4 impairs the flatness of the upper (April) calendar paper 4. In order to prevent this, a dummy hole 10 provided at that position of the calendar paper 4 is provided.
As described above, the dummy hole is used when it is better to display the calendar paper in a superimposed manner when the picture or the like is relatively large and the calendar paper is large. The wall calendar of the present invention can provide an easy-to-use wall calendar simply by providing the dummy holes 10 on the calendar paper.

FIG. 14 is a diagram of the calendar paper 4 having a picture 15 or the like posted thereon used in the fifth embodiment of the present invention (FIG. 15). This is an application example of the wall calendar of the present invention applied when the picture 15 posted on the calendar paper 4 is less than half of the paper. That is, the present invention is applied to a case where the picture fits above the hole 6 provided above the calendar paper 4 (above the center of gravity).
Normally, pictures etc. are displayed on each calendar paper, but in order to give a sense of the seasons and changes, only one picture, which is a symbol, is posted on the surface, and dates etc. are posted for several months. This is a convenient and easy-to-read calendar.

FIG. 15 is a front view (A) and a side view (B) of the fifth embodiment of the present invention, and shows an embodiment using the calendar paper of FIG. A picture or the like is placed above the hole 6 in the calendar paper. The picture on the second or lower calendar sheet from the top is hidden by the calendar sheet located on the upper stage so that it cannot be seen. In other words, the date can be displayed for three months, and a convenient way of using the calendar of the present invention is to display only one picture or the like that is annoying when displayed many times.
In other words, the convenient usage is that the wall calendar of the present invention can display the calendar paper 4 in an intentionally overlapping manner by intentionally determining the positions of the hooks 3 and the holes 6. . A method of overlapping and hiding a part of a date, picture, etc. is a convenient method of use that is not available in a conventional calendar.

In the fifth embodiment, the calendar paper 4 has a hole 6 having a slit 7, and the upper calendar paper 4 is a wall-mounted calendar in which the calendar paper is prevented from coming off against wind or the like by a presser piece 9.
In the fifth embodiment, the device 22 for hanging the mount 2 on the wall is a device in which a hole is provided in the mount 2. It is a device for hanging the wall-mounted calendar of the present invention on a nail or ridge on the wall using this hole.

FIG. 16 is a front view (A) and a side view (B) of a sixth embodiment showing an example of effective use of the present invention.
The calendar paper 4 of the present invention is not fixed by a hanging tool on the upper side of the paper like a conventional wall-mounted calendar paper. The calendar paper 4 is supported by a hook above the center of gravity. Further, since the calendar paper 4 of the present invention is not placed on a desk or stood, it is not necessary that the bottom is flat. Therefore, the calendar paper 4 can have a very free shape. In FIG. 16, the calendar paper 4 has a heart shape, but can be posted even in the form of a circle, a rhombus, or a flower.
Further, by hanging the calendar paper 4 of the present invention on the hook 3 from the back side, the left and right are reversed, but the back side of the paper can also be used. The uppermost calendar sheet 4 in the embodiment of FIG. 16 has the back side displayed. Such a calendar can be provided by describing a picture 15 or the like representing April on the back side of the March calendar paper 4.
This is possible only because the calendar paper 4 having the holes 6 is simply hung on the hook 3 provided on the mount 2, and the calendar according to the present invention is a calendar with a high degree of design freedom and advantageous in terms of cost. Can be said.

FIG. 17 is a front view (A) and a side view (B) of the embodiment 7 showing an example of effective usage of the present invention.
The seventh embodiment represents an example in which the design can be improved by changing the shape of the calendar paper for each month.

FIG. 18 is a front view (A) and a side view (B) of an eighth embodiment showing an example of another effective use of the present invention.
The eighth embodiment can improve the design by shifting the position of the hook 3 provided on the mount 2 to the left and right while ensuring the gravitational balance of the entire wall calendar 1 (so that the calendar display does not tilt). An example of what can be done.

The calendar paper 4 of the present invention can be manufactured by simply printing the date on the paper and providing the holes 6. Further, the mount 2 can be produced only by providing the score line 5 and a device 22 (which may be merely a hole in the mount) for hanging the mount 2 on the wall. Therefore, the production cost is low. Further, it can be said that the wall calendar of the present invention is a wall calendar that can easily change the calendar display for each month and can be designed in various ways.

As described above, the wall calendar of the present invention is a calendar that does not require any auxiliary materials or parts other than the mount 2 and the calendar paper 4.
Further, the mount 2 and the calendar paper 4 are combined with each other to form the wall calendar of the present invention, depending on the relationship between the size, position, structure, and the like of the hook 3 and the hole 6 provided in each.

BRIEF DESCRIPTION OF THE DRAWINGS It is the figure showing Example 1 of this invention, (A) is a front view, (B) is a side view. The front view which provided the cut line in the specific example 1 of a hook, and a mount. The side view of the hook formed by starting up the cut line of the specific example 1 in the cut line part. Hook shape specific example 2, front view in which a cut line is provided on the mount. The side view of the hook formed by starting up the cut line of the specific example 2 in the cut line part. Hook shape specific example 3, front view in which a cut line is provided on the mount. The side view of the hook formed by starting up the cut line of the specific example 3 in the cut line part. It is the figure showing Example 2 of this invention, (A) is a front view, (B) is a side view. It is the figure showing Example 3 of this invention, (A) is a front view, (B) is a side view. FIG. 10 is an enlarged explanatory view of a part A in FIG. 9 (hook shape specific example 4). FIG. 10 is an enlarged explanatory view of a portion B in FIG. 9. FIG. 10 is an explanatory diagram of a calendar sheet according to a fourth embodiment. It is the figure showing Example 4 of this invention, (A) is a front view, (B) is a side view. FIG. 10 is an explanatory diagram of a calendar sheet of Example 5. It is the figure showing Example 5 of this invention, (A) is a front view, (B) is a side view. It is the figure showing Example 6 of this invention, (A) is a front view, (B) is a side view. It is a figure showing Example 7 of this invention, (A) is a front view, (B) is a side view. It is the figure showing Example 8 of this invention, (A) is a front view, (B) is a side view. The front view of the conventional wall calendar.

1: Wall calendar of the present invention 2: Mount 3: Hook 4: Calendar paper 5: Cut line 6: Hole 7: Slit 8: Insertion slot 9: Presser piece 10: Dummy hole 11: Date display 12: Day display 13 : Month display 14: Fiscal year display 15: Picture etc. 21: Line of gravity of mount 22: Device 31, 33, 35 for hanging mount on wall 32, 34, 36: Right hook 37, 38, 39: Mount 41: Upper hook 42: Middle hook 43: Lower hook 44: Hidden calendar 61: Folding line 62: Gravity direction 63: Length of folding line 71: Center of gravity of calendar paper 81: Above the hole 82: Width of the slit 83: Length of the slit 84: Below the hole 85: Below the hole 91: Inclined part 92: Flat part

Claims (2)

It consists of a calendar hanging mount and a plurality of calendar papers that are hung on hooks provided on this mount.
The hook is formed by separating and rising at a cut line portion, and the calendar paper has one or a pair of left and right holes for hanging on the hook. The wall-mounted calendar according to claim 1, wherein the hole has a slit for guiding the hook inserted into the hole to the upper side of the hole.