JP3023465U - Porcelain sheet body - Google Patents

Abstract

(57) [Abstract] [Problem] Not only use as a magnetic calendar excellent in usability by detachably attaching to a metal panel etc., but also other effective use such as stationery for fixing various kinds of play equipment or memo paper etc. Provided is a magnetically permeable sheet body. SOLUTION: A film 3 on which a pattern such as a calendar and a plurality of characters is printed is attached to one side of a magnet sheet 2 which is made by magnetizing a synthetic resin material with magnetic powder. Around the periphery of the calendar and the pattern, half-punching is performed by pressing from the film side while leaving the surface layer of the back surface 2a of the magnet sheet 2 so that the magnet calendar 4 and the plurality of magnet characters 5 can be easily extracted.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 The present invention relates to a magnetic sticking sheet body obtained by sticking or adhering a film on which a calendar or the like is printed to a magnetic sheet, or adhering to a magnetic sheet in advance or printing a calendar on a film that has been stuck to a magnetic sheet. Not only can it be used as a magnetic calendar, which is easy to use and can be freely magnetized, but it can also be used for other effective uses such as stationery for fixing various types of play equipment or memo paper. Regarding the sheet body.

[0002]

[Prior art]

 The so-called magnet sheet, which is made by mixing magnetic powder into a synthetic resin material to form a sheet, is different from a solid lump magnet body, and is thin and flexible. There is a way.

As one of the usage methods, a magnet calendar in which a film having a calendar printed on a magnet sheet is attached can be considered. This magnetic calendar can be magnetically attached to a whiteboard, a metal panel, etc. without using a thumbtack or an adhesive tape like a conventional paper calendar. It is easy to use because it does not damage the surface of the adherend.

[0004]

[Problems to be solved by the device]

 However, although this magnet calendar is easy to use, it is simply a calendar that is simply discarded after the calendar year or month has passed.

In view of the above, in the present invention, attention is paid to a magnetic sheet body in which a film is attached to a magnet sheet from which a magnetic calendar is manufactured, and not only a magnetic calendar excellent in usability but also a game machine or (EN) Provided is a magnetic sticking sheet body which can be effectively used for other purposes such as a stationery for fastening memo paper or the like to a desired place.

[0006]

[Means for Solving the Problems]

 In order to achieve the above-mentioned object, the magnetically-adhered sheet body of the present invention has a calendar and one or more characters or other patterns printed on one side of a magnet sheet formed by mixing magnetic powder into a synthetic resin material and magnetizing it. The formed film is adhered or adhered, or the picture is printed and formed on the film previously adhered or adhered to the magnet sheet, and the surface of the other side of the magnet sheet is left around the calendar and the picture. It is characterized by being subjected to a half blanking process for pushing from the film side or a blanking process for cutting while leaving a small portion.

[0007]

[Embodiment of device]

 FIG. 1 shows a magnetically bonded sheet body of the present invention. In this magnetically bonded sheet body 1, a magnetic powder is mixed into a synthetic resin material to form a sheet, which is magnetized into a substantially rectangular magnet sheet. A film 3 made of a synthetic resin such as vinyl chloride on which a calendar for one year and a plurality of characters and the like are printed is attached to the surface of the board 2 with an adhesive or the like. Alternatively, the film 3 may be attached to the magnet sheet 2 in advance, and the pattern may be printed on the surface of the film 3.

Then, as shown in FIG. 2, around the calendar and the patterns of a plurality of characters and the like, a blanking process is performed in which the surface of the back surface 2a of the magnet sheet 2 is left and the film 3 is pressed. C is a cut portion by punching. Further, instead of the half blanking process, a deep blanking process may be performed in which a very small portion of the blanking part is left. This half-punching process or bikkuri process is performed by keeping the form of the sheet body that is easy to manage at the manufacturing, storage, and distribution stages up to the user's hand, and by pushing out with the fingers of the user. It is used so that the punched part can be easily extracted from the sheet.

The magnet calendar 4 and the plurality of magnet characters 5 are integrally configured as one magnetically adhering sheet body 1 up to that point, but are magnetically adhering because they are subjected to the above-mentioned punching process. It can be easily pulled out from the sheet body 1.

As a method of using the magnetically-adhered sheet body 1 of the present invention having such a configuration, first, the magnetically-attached sheet body 1 is magnetically adhered to a whiteboard, a metal panel or the like as a calendar with a pattern, and a calendar is used. When the indicated year or month has passed, the magnet character 5 can be removed from the magnetically attached sheet body 1 and used alone.

[0011] This magnet character 5 is a decorative play tool in the same manner as a character sticker with a conventional adhesive, and in addition to playing with a child magnetically sticking to a desired place made of a magnetic material, a piece of paper such as memo paper is whiteboard or metal. It can also be used as a stationery attached to a panel or the like.

As another usage method, the magnetic calendar 4 and the plurality of magnetic characters 5 may be removed from the magnetically adhered sheet body 1 and the magnetic calendar 4 and the magnetic character 5 may be used separately from the beginning.

In the above-described embodiment, a cartoon character is used as the pattern of the magnet character, but other than that, for example, various game pieces, a mark of a company or a store, etc. can be considered. Further, as shown in FIG. 1, the name of the provider is put on the porcelain sheet body 1 to be used as a crude product of a company or a store, a premium goods or the like, which serves as an advertisement for the company or the store.

[0014]

[Effect of device]

 As described in detail above, according to the magnetic sheet of the present invention, a calendar and one or more characters or other patterns are printed on one surface of a magnet sheet formed by mixing magnetic powder into a synthetic resin and magnetizing the magnetic sheet. The formed film is adhered or adhered, or the design is printed and formed on the film that is previously adhered or adhered to the magnet sheet, and around the calendar and the design, the surface layer on the other side of the magnet sheet is left from the film side. Since it is semi-punched or half-punched to leave only a small portion, it is easy to attach and detach magnetically to a metal panel or other magnetic calendar. It can be used effectively for a certain period of time, especially when the year or month displayed on the calendar has passed. A stationery that removes the characters and other design parts from the magnetic sticking sheet and uses them as decorative play equipment to make the child magnetically stick to the desired location and play with them, or to attach a piece of paper such as memo paper to a whiteboard or metal panel. It is also possible to do so.

In addition, in the porcelain sheet body of the present invention, a mark of a company or a store is used in addition to a manga-like character as a design of a character or the like, or the name of the provider is put on the porcelain sheet body. It can also be used as a promotional advertisement medium for companies and stores by using it as crude goods and premium goods for companies and stores.

[Brief description of drawings]

FIG. 1 is a plan view of a magnetic sheet according to the present invention.

FIG. 2 is a sectional view taken along line AA of FIG.

[Explanation of symbols]

 1 Magnetic sheet 2 Magnet sheet 3 Film 4 Magnet calendar 5 Magnet character C Cutting part

Claims (1)

[Scope of utility model registration request] 1. A film, which is formed by printing a calendar and a pattern such as one or more characters, on one surface of a magnet sheet obtained by mixing magnetic powder into a synthetic resin material and magnetizing the magnet sheet, or the magnet. While forming the pattern by printing on the film that is previously attached or adhered to the sheet, leaving the semi-blanking process or a small portion to press the periphery of the calendar and the pattern from the film side while leaving the surface layer on the other surface of the magnet sheet. A porcelain sheet body, which has been subjected to a blanking process for cutting.