JP3173430U - Desk calendar - Google Patents

Abstract

An object of the present invention is to provide a desk calendar in which a calendar portion displaying a plurality of dates is supported by a front support plate and a rear support plate, and a non-slip portion is provided on the lower end surface portion of the front support plate and the rear support plate. Provide a desktop calendar that stands up without slipping even if the standing angle is freely changed.
In a desktop calendar in which a calendar unit 3 displaying a plurality of dates is supported by a front support plate 1 and a rear support plate 2, the lower end surface portion of the front support plate and the rear support plate is used. An anti-slip part 4 was provided. A hole, a notch, or a cut for attaching an elastic cord was provided at the lower part of each of the front support plate and the rear support plate. A desktop calendar is formed by forming a binding hole in the upper end of the calendar portion displaying a plurality of months and days, the front support plate, and the rear support plate and binding them with a binding tool.
[Selection] Figure 1

Description

  The present invention relates to a desk calendar.

  In order to use a conventional desk calendar upright on the desk, it was necessary to prepare a separately assembled paper case or plastic case and store it in the case so that the calendar surface was exposed. (See Patent Document 1). Or it stood up as a triangular cylinder shape by the side view (refer patent document 2).

JP-A-5-345842 JP 2008-055819 A

  Conventional desk calendars are stored in a paper case or plastic case, or attached to a triangular tube-shaped support, etc. so that they stand up on the desk. I could only stand at an angle.

  Furthermore, when a plastic case or the like is used, there are problems in environmental problems and cost reduction when it is discarded.

  The present invention has been made to solve the above-mentioned problems, making it easy to see the calendar by freely changing the standing angle of the desk calendar, standing up on the desk, providing it as an inexpensive product, and disposing of it. In this case, it is important to consider the environment.

  The present invention has been made to solve the above problems, and the first device is to support a calendar portion displaying a plurality of months by a front support plate and a rear support plate. The desktop calendar is characterized in that an anti-slip portion is provided on each of the lower end surface portions of the front support plate and the rear support plate.

  The second device is a desk calendar according to the first device, characterized in that a fold line parallel to the lower end surface is provided on the calendar front support plate and the calendar rear support plate.

  The third device is characterized in that the vertical length of the calendar portion is X, the length of each of the calendar front support plate and the calendar rear support plate is Y, and X <Y. A desk calendar according to the invention and the second invention.

  The fourth device is a desktop calendar in which a calendar portion displaying a plurality of months and dates is supported by a front support plate and a rear support plate, and is provided below each of the front support plate and the rear support plate. It is a desk calendar characterized by providing a hole, a notch, or a cut for attaching an elastic band.

  The effect of the present invention is that, according to the first device, in a desk calendar that supports a calendar portion displaying a plurality of dates by a front support plate and a rear support plate, the front support plate and the rear portion Since it is a desktop calendar characterized by providing a non-slip portion on the lower end surface portion of the support plate, the anti-slip portion provided on the lower end surface portion of each support plate does not slip directly on the desk surface, so the calendar support plate portion You can stand on the table at any angle.

  According to the second device, by bending the lower part of the calendar support plate as shown in FIG. 2, the standing angle of the calendar support plate is increased, and stable standing is possible. Further, when pressed from above, the calendar support plate becomes elastic, and a buffering effect and a restoring effect against the load can be obtained.

  According to the third device, the vertical length of the calendar portion is X, the lengths of the calendar front support plate and the calendar rear support plate are Y, and X <Y. Since the desk calendar is described in the second invention, the calendar is not directly in contact with the desk surface even when the calendar is set up with a large standing angle (∠A shown in FIG. 2). To do.

  According to the fourth device, a commercially available rubber band can be easily attached and the rubber band can be easily replaced. The rubber band becomes a non-slip part, and the calendar support plate part can stand on the table at a free angle without slipping by directly contacting the desk surface.

  The perspective view which looked at the first embodiment of the desk calendar of the present invention from diagonally forward   Side view of the desktop calendar in Figure 1   The perspective view which provided the slip prevention part continuously in the lower end surface part of the desk calendar support plate   The perspective view which provided the slip prevention part intermittently in the desk calendar support plate lower end surface part   Front view of the desk calendar support plate with a notch on the bottom and a non-slip part on the convex part   Front view of a desk calendar support plate with a sheet-shaped or molded anti-slip part sandwiching the lower end of the desk calendar support plate   Non-slip part of the molded product attached to the lower end of the desktop calendar support plate   Front view of the table calendar support plate with a cut at the lower end and a rubber band attached to the connecting hole in an 8-character form   Front view of desk calendar support plate with notches on the lower ends on both sides and a rubber band on the lower end of the support plate   Front view with a rubber cord attached to the lower end of the desktop calendar support plate

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 shows a first example of the desktop calendar embodiment of the present invention.
For example, when the calendar is composed of one month in January, the desk calendar is composed of 12 sheets, and the upper end of each of the calendar unit 3 for displaying the date and the calendar front support plate 1 and the calendar rear support plate 2 is glued ( c1). Or it is bound with a ring-shaped binding tool.

  Further, the front cover (not shown) and the calendar unit 3, the calendar front support plate 1, and then the calendar rear support plate 2 are arranged in the foreground. The vertical lengths Y of the front support plate 1 and the calendar rear support plate 2 are in a relationship of X <Y. However, the top and bottom lengths of the calendar front support plate 1 and the calendar rear support plate 2 may not be the same.

  As shown in FIG. 3 and FIG. 4, liquid rubber or a mixed solution of resin and liquid adhesive is sprayed on the lower end portions (particularly the lower end surface) of the calendar front support plate 1 and the calendar rear support plate 2, It is adhered and dried and adhered by a method such as smearing or dripping to form the continuous antiskid part 6 shown in FIG. 3 or the intermittent antiskid part 7 shown in FIG. Alternatively, as shown in FIG. 5, a notch 9 is provided at the lower end of the calendar front support plate 1 and the calendar rear support plate 2, and the liquid mixture is attached to the convex portion in contact with the desk top surface 5 so as to be dry-fixed to prevent slippage. 8 is formed.

  FIG. 6 shows a sheet of solid rubber or resin, or a sheet obtained by adhering and drying a liquid mixture of liquid rubber or resin and liquid adhesive, or a molded solid rubber or resin before the calendar. The lower end portions of the part support plate 1 and the calendar rear support plate 2 are sandwiched and attached in a U shape so as to be bonded and fixed. FIG. 7 is a side view of FIG. 6 and shows that the anti-slip portion 10 is attached to the calendar support plates 1 and 2. The anti-slip portion 4 is applied by such means. Therefore, even if the standing angle ∠A (FIG. 2) is freely changed, the robot stands without slipping. In addition, even if the resin is implanted using electrostatic flocking as the anti-slip means, there is a certain anti-slip effect.

  Also, if the desk calendar is drilled with holes that can be hung on pins, hooks, nails, etc., it can be used by hanging or hanging it. There are no particular limitations on the material of the calendar support plate, including cardboard and resin sheets. Of course, a cover is included in the calendar unit 3 for displaying the date.

  Further, in the second example shown in FIG. 2, the calender front support plate 1 is b1 and the calender rear support plate 2 is b2 with a crease, and the side constituting the heel A is the inside, and b1 is the outside 1 If it is bent, 2 will be bent outwards with ∠ABC and b2, and ∠DEF will be generated, and the standing angle of the calendar support plate will be increased. When pushed from above, the calender support plate becomes elastic, and a buffering effect and a restoring effect against the load are obtained, so that it stands up stably.

The third example shown in FIGS. 8, 9, and 10 uses a rubber band or a rubber string for the anti-slip portion. In FIG. 8, a cut 11 and a hole 12 are provided at the lower end portions of the calendar front support plate 1 and the calendar rear support plate 2, and a rubber band 13 is twisted and mounted in an eight-letter shape.
In FIG. 9, notches 14 are provided at both ends of the lower end portions of the calendar front support plate 1 and the calendar rear support plate 2, and rubber bands 15 are attached.
FIG. 10 shows that the lower end of the calendar front support plate 1 and the calendar rear support plate 2 are provided with cuts 16 and holes 17, and the rubber cord 18 is sequentially passed through the holes 17 so as to straddle the lower end surface. 16 is fixed and attached.

  The calendar support plate part of the desktop calendar in the present invention is incorporated in memo paper, sketch books, etc., and if it is made into a booklet, it has a warning effect as a standing memo, and if the sketch book is also used standing up, it is drawn The range of applications is wide, such as exhibiting and enjoying things as they are.

1 Desktop calendar front support plate 2 Desktop calendar rear support plate 3 Calendar unit 4 Anti-slip part at the lower end of the calendar support plate 5 Desk top surface 6 Continuous anti-slip part at the lower end surface of the calendar support plate 7 Intermittent sliding of the lower end surface of the calendar support plate Stop part 8 Notch 9 on the lower end of the calendar support plate 9 Non-slip part 10 provided on the notch convex part on the lower end of the calendar support plate 11 Non-slip part 11 which is adhered and fixed across the lower end of the calendar support plate Hole 13 in an 8-letter shape and attached to the hole 14 Notch for attaching rubber band 15 Rubber band attached to the notch 16 Rubber string attachment cut 17 Rubber string attachment hole 18 Rubber string attachment A A desktop calendar Standing angle X Vertical length of the desktop calendar Y Vertical length of the desktop calendar support plate b1 Below the front support plate of the desktop calendar Fold line b2 fold line c1 at the bottom of the desktop calendar rear part support plate Gluing part of the top part of the desktop calendar part and the top part of the support plate

  The present invention relates to a desk calendar.

  In order to use a conventional desk calendar upright on the desk, it was necessary to prepare a separately assembled paper case or plastic case and store it in the case so that the calendar surface was exposed. (See Patent Document 1). Or it stood up as a triangular cylinder shape by the side view (refer patent document 2).

JP-A-5-345842 JP 2008-055819 A

  Conventional desk calendars are stored in a paper case or plastic case, or attached to a triangular tube-shaped support, etc. so that they stand up on the desk. I could only stand at an angle.

  Furthermore, when a plastic case or the like is used, there are problems in environmental problems and cost reduction when it is discarded.

  The present invention has been made to solve the above-mentioned problems, making it easy to see the calendar by freely changing the standing angle of the desk calendar, standing up on the desk, providing it as an inexpensive product, and disposing of it. In this case, it is important to consider the environment.

It is those the present invention has been made to solve the above problems, the first invention is, each of the upper end of the calendar section and front support plate and rear support plate displaying a plurality of date In a desk calendar that is bonded or bound at its upper end with a binding tool, the desk calendar is provided with a non-slip portion on the lower end surface of each of the front support plate and the rear support plate.

  The second device is a desk calendar according to the first device, characterized in that a fold line parallel to the lower end surface is provided on the calendar front support plate and the calendar rear support plate.

The third device is characterized in that the vertical length of the calendar portion is X, the length of each of the calendar front support plate and the calendar rear support plate is Y, and X <Y. A desk calendar according to the invention or the second invention.

  The fourth device is a desktop calendar in which a calendar portion displaying a plurality of months and dates is supported by a front support plate and a rear support plate, and is provided below each of the front support plate and the rear support plate. It is a desk calendar characterized by providing a hole, a notch, or a cut for attaching an elastic band.

Effects of the present invention, according to the first invention, binding a plurality of sheets of the calendar portion displaying the date and front support plate and rear respectively of the upper end of the support plate is bonded or binding tool each of the upper end in desk calendar is, front support plate and because it is desk calendar, characterized in that the slip portion provided in the lower end face portion of the rear support plate, slip portion desktop surface provided on each support plate lower end face portion Since it does not slip directly on the calendar, the calendar support plate can stand on the table at any angle.

  According to the second device, by bending the lower part of the calendar support plate as shown in FIG. 2, the standing angle of the calendar support plate is increased, and stable standing is possible. Further, when pressed from above, the calendar support plate becomes elastic, and a buffering effect and a restoring effect against the load can be obtained.

According to the third device, the vertical length of the calendar portion is X, the lengths of the calendar front support plate and the calendar rear support plate are Y, and X <Y. The desk calendar according to the invention or the second invention is described, so even if the calendar is set up with a large standing angle (∠A shown in FIG. 2), the calendar does not come in direct contact with the desk surface. To do.

  According to the fourth device, a commercially available rubber band can be easily attached and the rubber band can be easily replaced. The rubber band becomes a non-slip part, and the calendar support plate part can stand on the table at a free angle without slipping by directly contacting the desk surface.

  The perspective view which looked at the first embodiment of the desk calendar of the present invention from diagonally forward   Side view of the desktop calendar in Figure 1   The perspective view which provided the slip prevention part continuously in the lower end surface part of the desk calendar support plate   The perspective view which provided the slip prevention part intermittently in the desk calendar support plate lower end surface part   Front view of the desk calendar support plate with a notch on the bottom and a non-slip part on the convex part   Front view of a desk calendar support plate with a sheet-shaped or molded anti-slip part sandwiching the lower end of the desk calendar support plate   Non-slip part of the molded product attached to the lower end of the desktop calendar support plate   Front view of the table calendar support plate with a cut at the lower end and a rubber band attached to the connecting hole in an 8-character form   Front view of desk calendar support plate with notches on the lower ends on both sides and a rubber band on the lower end of the support plate   Front view with a rubber cord attached to the lower end of the desktop calendar support plate

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 shows a first example of the desktop calendar embodiment of the present invention.
For example, when the calendar is composed of one month in January, the desk calendar is composed of twelve sheets, and the upper end of each of the calendar portion 3 for displaying the date and the calendar front support plate 1 and the calendar rear support plate 2 is glued and bonded. (C1). Or each upper end is bound with the ring-shaped binding tool.

  Further, the front cover (not shown) and the calendar unit 3, the calendar front support plate 1, and then the calendar rear support plate 2 are arranged in the foreground. The vertical lengths Y of the front support plate 1 and the calendar rear support plate 2 are in a relationship of X <Y. However, the top and bottom lengths of the calendar front support plate 1 and the calendar rear support plate 2 may not be the same.

  As shown in FIG. 3 and FIG. 4, liquid rubber or a mixed solution of resin and liquid adhesive is sprayed on the lower end portions (particularly the lower end surface) of the calendar front support plate 1 and the calendar rear support plate 2, It is adhered and dried and adhered by a method such as smearing or dripping to form the continuous antiskid part 6 shown in FIG. 3 or the intermittent antiskid part 7 shown in FIG. Alternatively, as shown in FIG. 5, a notch 9 is provided at the lower end of the calendar front support plate 1 and the calendar rear support plate 2, and the liquid mixture is attached to the convex portion in contact with the desk top surface 5 so as to be dry-fixed to prevent slippage. 8 is formed.

  FIG. 6 shows a sheet of solid rubber or resin, or a sheet obtained by adhering and drying a liquid mixture of liquid rubber or resin and liquid adhesive, or a molded solid rubber or resin before the calendar. The lower end portions of the part support plate 1 and the calendar rear support plate 2 are sandwiched and attached in a U shape so as to be bonded and fixed. FIG. 7 is a side view of FIG. 6 and shows that the anti-slip portion 10 is attached to the calendar support plates 1 and 2. The anti-slip portion 4 is applied by such means. Therefore, even if the standing angle ∠A (FIG. 2) is freely changed, the robot stands without slipping. In addition, even if the resin is implanted using electrostatic flocking as the anti-slip means, there is a certain anti-slip effect.

  Also, if the desk calendar is drilled with holes that can be hung on pins, hooks, nails, etc., it can be used by hanging or hanging it. There are no particular limitations on the material of the calendar support plate, including cardboard and resin sheets. Of course, a cover is included in the calendar unit 3 for displaying the date.

  Further, in the second example shown in FIG. 2, the calender front support plate 1 is b1 and the calender rear support plate 2 is b2 with a crease, and the side constituting the heel A is the inside, and b1 is the outside 1 If it is bent, 2 will be bent outwards with ∠ABC and b2, and ∠DEF will be generated, and the standing angle of the calendar support plate will be increased. When pushed from above, the calender support plate becomes elastic, and a buffering effect and a restoring effect against the load are obtained, so that it stands up stably.

The third example shown in FIGS. 8, 9, and 10 uses a rubber band or a rubber string for the anti-slip portion. In FIG. 8, a cut 11 and a hole 12 are provided at the lower end portions of the calendar front support plate 1 and the calendar rear support plate 2, and a rubber band 13 is twisted and mounted in an eight-letter shape.
In FIG. 9, notches 14 are provided at both ends of the lower end portions of the calendar front support plate 1 and the calendar rear support plate 2, and rubber bands 15 are attached.
FIG. 10 shows that the lower end of the calendar front support plate 1 and the calendar rear support plate 2 are provided with cuts 16 and holes 17, and the rubber cord 18 is sequentially passed through the holes 17 so as to straddle the lower end surface. 16 is fixed and attached.

  The calendar support plate part of the desktop calendar in the present invention is incorporated in memo paper, sketch books, etc., and if it is made into a booklet, it has a warning effect as a standing memo, and if the sketch book is also used standing up, it is drawn The range of applications is wide, such as exhibiting and enjoying things as they are.

1 Desktop calendar front support plate 2 Desktop calendar rear support plate 3 Calendar unit 4 Anti-slip part at the lower end of the calendar support plate 5 Desk top surface 6 Continuous anti-slip part at the lower end surface of the calendar support plate 7 Intermittent sliding of the lower end surface of the calendar support plate Stop part 8 Notch 9 on the lower end of the calendar support plate 9 Non-slip part 10 provided on the notch convex part on the lower end of the calendar support plate 11 Non-slip part 11 which is bonded and fixed across the lower end of the calendar support plate 12 Cuts for attaching the rubber band 12 Hole 13 in an 8-letter shape and attached to the hole 14 Notch for attaching rubber band 15 Rubber band attached to the notch 16 Rubber string attachment cut 17 Rubber string attachment hole 18 Rubber string attachment A A desktop calendar Standing angle X Vertical length of the desktop calendar Y Vertical length of the desktop calendar support plate b1 Below the front support plate of the desktop calendar Fold line b2 fold line c1 at the bottom of the desktop calendar rear part support plate Gluing part of the top part of the desktop calendar part and the top part of the support plate

Claims (4)

  In the desk calendar that supports the calendar part displaying multiple days with the front support plate and the rear support plate, a non-slip part is provided on the lower end surface of each of the front support plate and the rear support plate. A desktop calendar characterized by that.   The desk calendar according to claim 1, wherein a fold line parallel to the lower end surface is provided on the calendar front support plate and the calendar rear support plate.   The vertical length of the calendar portion is X, the vertical length of each of the calendar front support plate and the calendar rear support plate is Y, and X <Y. Desk calendar.   Holes for attaching rubber bands to the lower part of the front support plate and the rear support plate in the desktop calendar that supports the calendar part displaying multiple months and days with the front support plate and the rear support plate Or a desktop calendar characterized by notches or cuts.

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