JP3168141U - Border paper and border calendar using it - Google Patents

Abstract

[PROBLEMS] To stably mass-produce at a low cost, and even a single sheet as well as a plurality of stacked sheets may cause wrinkles, folds, tears, etc. when rolled or spread. Provide a trim calendar using new paper that never ends. A sheet of paper having a size that is advantageous for handling in a cylindrical shape when being conveyed or displayed on a sheet-by-sheet basis, and a pair of opposed outer peripheral edges or the entire outer peripheral edges A cutting edge 2 for assisting rounding deformation is formed as a continuous concavo-convex pattern by any one of concavo-convex shapes such as a saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape, etc. This is border paper 1. Further, the trimming calendar 11 is formed by printing the image print display unit 3 for decoration and the calendar print display unit 4 for displaying the calendar for 12 months. [Selection] Figure 1

Description

    This invention relates to relatively large-format printing paper, which is often handled in a rounded manner such as a calendar, as well as the field of manufacturing and providing them, as well as their transportation, storage, assembly and installation. From the field of providing and selling the equipment and equipment necessary for the field, the field of providing materials, machinery and equipment, parts necessary for such materials, such as wood, stone, various fibers, plastics, various metal materials, etc. , The field of electronic components incorporated in them, the field of control-related equipment that integrates them, the field of various measuring instruments, the field of power equipment that moves the equipment and instruments, the field of electricity and oil as the energy and energy source Fields generally referred to as industrial machinery, such as testing and researching those facilities and equipment, fields related to their display, sales, import and export, In addition to the results of their use, the equipment used to make them, the fields related to the collection and transportation of garbage generated by the operation of equipment, etc., and the recycling field where these wastes are efficiently reused. There is no technical field that is not related to new fields that cannot be envisaged at this time.

(Points of interest)
Coated paper, matte paper, or high-quality paper with a good print finish is widely used for calendar paper. Especially when manufacturing large-size calendars, such paper quality is rolled into a cylindrical shape without folding. In the case of shipping in a plastic film, the crease may be attached to the tube during the process of rolling it into a cylindrical shape, or the crease may be broken. However, there is still a problem that there is a risk that a finger may be cut at the edge, and an effective solution has not been achieved yet.

(Conventional technology)
Considering such a situation, for example, as represented by the following proposed in Patent Document 1 (1), an uneven rim is formed on the heat-sealed edge of the synthetic resin bag, In addition, it is possible to prevent the laceration by giving flexibility to the thermal welding edge, and as shown in the same patent document 1 (2), forming a border by embossing on the periphery of the tissue paper, A paper bag in which the opening edge is formed in a corrugated shape to improve the decorativeness, such as that shown in Patent Document 1 (3), or the one that prevents the occurrence of wrinkles and folds, or for example, Patent Document 1 (4) As you can see, there are some medical calendars that have been trimmed with decorative tape to make it easier to see the contents.

However, the edge of the synthetic resin bag as shown in the former patent document 1 (1) is intended to prevent slippage and tear when the bag is gripped, and does not perform heat welding. The calendar and papers for it have a drawback that they cannot be used as they are, and the embossing of the tissue paper described in Patent Document 1 (2) is effective for reinforcing the peripheral part of the paper, but the rounding of the calendar. The paper bag in which the opening edge represented by Patent Document 1 (3) is corrugated is effective for enhancing the decoration, but it is still a calendar or the like. In addition, as in Patent Document 1 (4), a crisp calendar trimmed with a decorative tape may be effective for decoration and reinforcement of the trimming. It was only accompanied the disadvantage that it becomes too difficult homogeneously rounding.
(1) Japanese Patent Laid-Open No. 2000-177747 (2) Japanese Patent Laid-Open No. 2001-37666 (3) Japanese Utility Model Registration No. 3031367 (4) Japanese Utility Model Registration No. 3068666

(Awareness of problems)
As mentioned above, various paper products and resin film products that have been bordered in the proper locations that have been proposed in the past are basically not required for the manufacture of calendars, etc. Adhesion is required, which not only increases the manufacturing cost, but also increases the strength of the border and may cause warping and creases, and stacking multiple sheets of paper The bundled calendar has higher overall rigidity than a single sheet, making it more difficult to roll into a cylindrical shape. For the printing paper industry and the printing industry, stable mass production at a low cost In addition, it does not cause wrinkles or creases when rolled or unrolled, and if possible, it can cause unexpected lacerations to fingers that have inadvertently touched the edges. obtain Calendar kind physician of paper products in consideration so as not also, those to be realized in the early stage and it can be said.

(Purpose of the idea)
Therefore, this device can be stably mass-produced at low cost, and even if it is a single sheet of paper or a stack of multiple sheets, if it is rolled or unrolled, it will have creases, creases, tears, etc. As a result of the long-term trial and error, many trial productions, and many trials and experiments, we decided to start developing and researching new paper technology that would not cause any problems. Finally, we succeeded in realizing a border paper of a new structure and a border calendar of a new structure using the same, and in the following, together with an embodiment representative of this device shown in the drawings, its configuration will be described. It will be described in detail.

(Structure of the device)
As can be clearly understood from the embodiments representing the present invention shown in the drawings, the border sheet of the present invention basically comprises the following configuration.
That is, it is a sheet of paper that is sized so that it is advantageous to handle it in a cylindrical shape when it is conveyed or displayed one by one, and whether it is a pair of opposing outer peripheral edges or the entire outer peripheral edge. Formed with a cutting edge for assisting rounding deformation as a continuous concave / convex pattern of any one of irregular shapes such as saw blade, corrugated, continuous arc shape, continuous trapezoidal, box shape, etc. This is a border sheet having the structure as described above.

(Related device 1)
In this invention, in addition to the border paper having the basic structure as described above, a sheet of paper having such a size that it is advantageous to handle it in a cylindrical shape when being conveyed or displayed one by one is used. In either of a pair of opposed outer peripheral edges or the entire outer peripheral edge, either a saw blade shape, a corrugated shape, a continuous arc shape, a continuous trapezoidal shape, a box shape, or any other independent shape All the cutting processes are performed by forming a cutting edge for assisting the rounding deformation as a continuous uneven pattern, and making the imaginary straight line connecting the processing edge part located in the innermost side of the cutting edge a crease line. The edge part including the edge is folded back on either side of the front and back sides of the fold, and is folded and bonded to the side of the side of the fold as it is. One of them hides in the Border paper know consisting configuration was made so as to not be expected of way are also encompassed as being associated with the border paper.

(Related device 2)
Further, in connection with the above-described border sheet, the present invention includes a border calendar using the border sheet.
That is, it is a sheet of paper that is sized so that it is advantageous to handle it in a cylindrical shape when it is conveyed or displayed one by one, and whether it is a pair of opposing outer peripheral edges or the entire outer peripheral edge. On edge paper that forms a cutting edge for assisting deformation by rounding as a continuous uneven pattern of any one of uneven shapes such as saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape, etc. The trimming calendar using the trimming paper, which is the basis of the present invention, is formed by printing and displaying a calendar for 12 months.

    In other words, the border calendar is a sheet of paper sized so that it is advantageous to handle it in a cylindrical shape when it is transported or displayed one by one. For assisting deformation by rounding as a continuous concavo-convex pattern of either a peripheral shape such as a saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape, etc. A calendar of 1 month or 1 day is printed and displayed on a plurality of trimmed papers with the trimmed edges, and the last day of December or December is the last day. It can be said that it is a border calendar using the border paper that forms the basis of the present invention.

    As described above, according to the edging paper of the present invention, unlike the conventional ones, it is advantageous to handle the tube by rounding it at the time of carrying or displaying each sheet because of the unique characteristic configuration as described above. A sheet of paper having a size as follows: a pair of opposing outer peripheral edges, or the entire peripheral edge of the outer peripheral edge is cut into a continuous uneven pattern of any one of the uneven forms. It is formed by forming a processing edge, and it is possible to disperse homogeneously without concentrating the force of rounding into a cylindrical shape at one point on the outer peripheral edge along the rounding direction, such as wrinkles, creases, and the like It is possible to surely prevent the occurrence of tears and the like, and to significantly reduce the defect rate and to achieve a higher yield.

    The same effect can be obtained by forming a concave or convex shape such as a saw blade shape, a corrugated shape, a continuous arc shape, a continuous trapezoidal shape, or a box shape on either one of a pair of opposing outer peripheral edges or the entire outer peripheral edge. A cutting edge for assisting rounding deformation is formed as a continuous concavo-convex pattern of any single shape, and a virtual straight line connecting the processing edge portions located at the innermost side of the cutting edge is a crease line. The edge part including all the cutting edges is folded back to either one of the front and back side folds, folded and glued to the side of the crease as it is, and integrated into a continuous uneven pattern for rounding deformation assistance It is also possible to use bordered paper with a configuration that hides the processing edge from one side and hides it from the other side, and the contour of the paper is the same as before. No The convenient thing if you have to and the border paper.

    In particular, a border calendar formed by printing and displaying a calendar for 12 months on the border paper is not rolled up and inserted into a cylindrical synthetic resin film or fastened with an adhesive tape. In many cases, they are shipped in a packing form that can be displayed on the storefront while standing on the Juki, etc., but during such packing work, the rounded calendar is wrinkled, creased or broken. Therefore, the production efficiency can be remarkably increased.

    In addition, a calendar for each month or day is printed and bundled on a plurality of the border sheets, and the border calendar that can be sequentially cut one by one from the top is cut into each border sheet. The processed edge can increase the flexibility of the entire edging calendar and can be easily rounded into a cylindrical shape, and has a great effect that it can remarkably prevent wrinkles, creases, tears, and the like.

In implementing this device having the above-described configuration, the best or desirable mode will be described.
One sheet of border paper can be said to be in the form of a sheet that is handled by being rolled into a cylindrical shape. For example, it can be coated paper, matte paper, high-quality paper, etc., and the surface of those papers Alternatively, a resin film, a metal film, or the like can be formed on the back surface, and can be replaced with a synthetic resin film, a metal foil, or the like.

    The cutting edge is a function that prevents stress from being concentrated on a part of the outer periphery of the bordered paper when the bordered paper is rolled into a cylindrical shape, thereby causing wrinkles, creases, tears, etc. A pair of externally facing sheets of paper are prevented so that the force applied to the outer peripheral edge is not strong enough to prevent smooth rounding while the paper is being rolled. Formed as a continuous concavo-convex pattern in the form of a single concavo-convex shape such as a saw blade, corrugated, continuous arc shape, continuous trapezoidal shape, box shape, etc. It should be formed so that unevenness of the same shape is evenly arranged along the periphery.

    The cutting edge is assumed to be such that the continuous uneven pattern appears on the outer peripheral edge as it is, and the edge that can only appear on the conventional straight line is also treated as a design effect, When such a design effect is not required or when it is inconvenient, and when it is rolled up into a cylindrical shape, it is sensitive to the force applied to the outer peripheral edge like conventional products. When it is necessary to prevent smooth rounding from occurring, it is necessary to prevent the rounding deformation assisting edge formed on the peripheral edge (the inner side of the paper). In the same use example in this device, it applies to all.) All the cut processing edges are set so that the imaginary straight line connecting the processing edge portions located in the crease line becomes a crease line. Folding edge part is folded back on either side of the front and back, folded back to the side of the side of the fold, glued and integrated, and the other side is not visible from the other side. The function to be achieved is achieved in substantially the same way.

The border calendar is obtained by applying the advantage of the border paper to the calendar, and as shown in an embodiment described later, a calendar for 12 months is printed and displayed on one of the border papers. Alternatively, a calendar for each month or day is printed and displayed on a plurality of the border sheets, with the last day of December or December as the tail and the first day of January or January as the first letter. It can be bundled, one that can be cut out one by one from the top, etc., and can be applied to posters and advertising papers that have similar purposes, uses, and external shapes Needless to say.
In the following, the structure thereof will be described in detail together with an embodiment representative of the present invention shown in the drawings.

    The embodiment of FIGS. 1 to 9 is a case where it is incorporated in a calendar as an example thereof, and is a front view of the edging calendar of FIG. 1, a front view of an edging calendar with corrugated cutting edges of FIG. FIG. 4 is a front view of an edge calendar with a continuous arc-shaped cutting edge, and FIG. 4 is a front view of an edge calendar with a box-shaped cutting edge. FIG. FIG. 7 is an enlarged front view of the main part showing the cutting edge for assisting, FIG. 7 is a cross-sectional view taken along the line A-A in FIG. 8, and FIG. FIG. 9 is an enlarged front view of the main part showing an enlarged cutting edge for printing, and the example in the cross-sectional view taken along the line B-B in FIG. The edge of this device Ri illustrates an embodiment representative of the calendar 11.

    As shown in FIG. 1, the edging calendar 11 is A4 cut (about 437 × 305 mm) to B2 cut (about 765 × 515 mm), B16 cut (about 450 × 130 mm) to B6 cut (about 380 × 355 mm), etc. After forming the cutting paper 2 formed of a continuous uneven pattern of a saw blade-shaped single shape on the entire peripheral edge of the four sides of the glossy paper 1 of any one of the various paper sizes, the border paper 1 is formed. An image print display unit 3 for landscape paintings and various photographs for decoration is formed on the upper surface, and a calendar print display unit 4 for 12 months is formed on the lower surface.

    As shown in FIG. 2, the cutting edge 2 can be made of a continuous uneven pattern having a single waveform, and can be made of a continuous uneven pattern having a continuous arc shape as shown in FIG. As shown in FIG. 4, it is assumed that it is composed of a continuous uneven pattern by a box-shaped single form, etc., and as shown in the enlarged front view of FIG. 6 and the cross-sectional view of FIG. The continuous uneven pattern formed on the peripheral portion as shown in the enlarged front view of FIG. 8 and the cross-sectional view of FIG. 9 is the innermost part of the cutting edge. 21 virtual straight lines connecting the processing edge portions located on the back of the fray are folded back on the back so that it becomes a crease line, and the back is glued and integrated as it is. Can not cut visibility, it is also possible that the sheet has been decorated and processing of paper, i.e. what the like from previously assumed that as not perceive.

    The example shown in the perspective view of the border calendar formed by bundling a plurality of sheets displayed on a monthly basis in FIG. 5 is obtained by printing and displaying a calendar for each month on a plurality of sheets of the border paper 1. This shows another typical embodiment of the edging calendar 11.

The edging calendar 11 is a continuous single-sided saw blade on each of the three peripheral edges of the left and right edges and the lower edge except for the upper edge of each of a plurality of mat papers 1 of any size. A cutting edge 2 made of a concavo-convex pattern is formed to form an edged paper 1, and an image print display unit 3 such as a landscape image or a photograph with a different seasonal feeling is formed on the upper surface of each month. The calendar printing display section 4 for each month is formed at the lower part of the surface, and the upper edge is joined with the hanging metal fitting 5 so that December is the tail and January is the head. It is supposed to be.
The cutting edge 2 can be changed to a continuous concavo-convex pattern of various single shapes as in the first embodiment.

(Operation / Effect of Example 1)
As shown in FIGS. 1 to 4, the edging calendar 11 of the present invention having the above-described configuration is a cutting edge made of continuous concavo-convex patterns of various individual shapes on the entire outer peripheral edge of one edging paper 1. 2 is formed, so that when the product is rolled into a cylindrical shape in a packing operation at a manufacturing plant, etc., the stress is concentrated at one point on the outer peripheral edge to prevent the folds and wrinkles, etc. Therefore, it is possible to surely prevent the occurrence of tears caused by the wrinkles and creases, and even if the finger is touched to the outer periphery inadvertently, unexpected laceration may occur. There is no fear of coming, and further, the cutting edges 2, 2,... With a continuous concavo-convex pattern are folded back on the imaginary straight line 21 and bonded and integrated. Visually see the table Even if the appearance is not different from the previous calendar appearance, these functions and effects can be enjoyed as substantially the same, and a much more efficient packaging work can be realized. The feature that it can do is obtained.

(Operation / Effect of Example 2)
As shown in FIG. 5, the border calendar 11 of the present invention, which is formed by bundling a plurality of border sheets 1 each having a calendar print display portion 4 for each month, is the same as the work and effect of the first embodiment. Similarly, it is possible to remarkably improve the efficiency of the work of rounding and packing into a cylinder, and it is possible to surely prevent the occurrence of wrinkles, folds, tears, etc. For example, when the display of the next month is exposed, the handling work can be greatly improved when the border paper 1 is turned, cut and folded, or rolled into a cylindrical shape. Similarly, in the work process at that time, the risk of laceration to fingers can be reliably prevented.

(Conclusion)
As described above, the edging paper of the present invention and the edging calendar using the edging paper can achieve the intended purpose evenly by the new configuration, and are easy to manufacture. Compared with various bordering technologies such as paper products and resin film products, the manufacturing cost can be greatly reduced, making it much more economical, and especially improving the working efficiency of the packaging process. Since the defect rate can be greatly reduced, and excellent production efficiency can be achieved and the cost can be reduced, a large amount of paper, such as calendars and posters, must be rolled into a cylinder and packed and shipped. The printing industry is good news, and it is good news for the printing paper industry that supplies various types of paper to the printing industry, and also to companies and ordinary households who purchase and use calendars and posters. Have highly evaluated also from such as on the safety and aesthetics, the use over a wide range, is expected to be those that continue to spread.

The drawings show some typical embodiments embodying the technical idea of the border sheet of the present invention and the border calendar using the border sheet.
It is a front view which shows the border calendar which gave the saw blade shape cutting process edge. It is a front view which shows the border calendar which gave the waveform cutting process edge. It is a front view which shows the edging calendar which gave the continuous circular arc shape cutting process edge. It is a front view which shows the border calendar which gave the box-shaped cutting edge. It is a perspective view which shows the border calendar which bundles a plurality of sheets. It is a principal part enlarged front view which expands and shows the cutting edge for rounding deformation assistance. It is AA sectional drawing in the same figure. It is a principal part enlarged front view which expands and shows the cutting edge for rounding deformation | transformation assistance in the corner | angular part predetermined range of the border paper in another Example. It is BB sectional drawing in the same figure.

1 Paper (Bordering paper, matte paper, etc.)
11 Same edging calendar 2 Cutting edge
21 Same virtual line 3 Image printing display 4 Calendar printing display 5 Hanging bracket

Claims (4)

    A sheet of paper that is sized to favor cylindrical handling when rolled or displayed one by one, either a pair of opposing outer peripheries or the entire outer perimeter Formed with a cutting edge for rounding deformation assisting as a continuous concavo-convex pattern of any one of concavo-convex shapes such as saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape over the edge portion Bordered paper characterized by that.     A sheet of paper that is sized to favor cylindrical handling when rolled or displayed one by one, either a pair of opposing outer peripheries or the entire outer perimeter The cutting edges for rounding deformation assisting are formed as a continuous uneven pattern by any one of uneven shapes such as saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape, etc. The imaginary straight line connecting the processing edges located on the innermost side of the cutting edge is the crease line, and the edge part including all the cutting edges is folded back to either the front or back side Folded on the side of the fold as it is, glued and integrated, so that the curving edge made into a continuous concavo-convex pattern for assisting the rounding deformation is hidden in one of the folds, so that the other side cannot be seen From the structure that was supposed to be That border paper     A sheet of paper that is sized to favor cylindrical handling when rolled or displayed one by one, either a pair of opposing outer peripheries or the entire outer perimeter On edge paper that forms a cutting edge for rounding deformation assisting as a continuous uneven pattern of any one of uneven shapes such as saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape, etc. A border calendar using border paper according to claim 1 or 2, wherein a calendar for 12 months is printed and displayed.     A sheet of paper that is sized to favor cylindrical handling when rolled or displayed one by one, either a pair of opposing outer peripheries or the entire outer perimeter The edge of the edged paper that has a cutting edge for rounding deformation assisting as a continuous irregular pattern of any one of irregular shapes such as saw blade shape, corrugated shape, continuous arc shape, continuous trapezoidal shape, box shape, etc. Print the calendar for each month or day on multiple sheets and bundle them so that the last day is December or the end of December and the first day is January or January. A border calendar using the border paper according to claim 1, wherein the border paper can be sequentially removed one by one.

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