JPS5822216Y2 - thinking tool - Google Patents

Description

[Detailed explanation of the invention] This invention relates to a thinking tool for graphically considering the contents of meetings, various plans, layouts, schedules, etc.

BACKGROUND ART It is very well known to utilize the magnetic adsorption effect between a steel board and a magnetic piece or a magnetic card in schedule planning boards, process management boards, personnel assignment boards, delivery date management boards, display blackboards, and the like.

This type of system consists of a steel plate coated with a protective coating such as paint or enamel, and then a board printed with words, figures, colors, etc. depending on the purpose, and a board coated with the same protective coating as desired. A thinking tool or a marking device is constituted by a magnet piece or a magnet card on which a display of the following is printed.

This type of layout study is performed on a wide variety of objects.

Therefore, it is necessary to prepare magnetic cards with a wide variety of displays.

However, preparing a large number of relatively expensive magnetic cards has the drawback of significantly increasing the price.

Further, there are also significant disadvantages such as the complicated handling of taking out and storing a large number of magnetic cards in predetermined categories, and the need for a considerable area for protection.

However, even if a large number of magnetic cards are prepared, there are countless cases where the prepared display is not useful in actual examination work.

In such a case, as an emergency measure, the only option is to write the desired identification mark on the surface of a ready-made magnetic card with a pencil or the like and use it for the investigation work, but due to the ambiguity of manual marking, the investigation was not completed. It is inconvenient and easy to make mistakes, and it is necessary to erase the markings on the surface of the magnetic card with an eraser after use to prepare for future reuse. It is inevitable that the product will gradually become soiled, worn, or roughened, leading to its being discarded more quickly.

Furthermore, when copying with a copying machine, this type of machine has a structure in which the magnet piece or magnetic card on the board is exposed, so the unevenness formed by the surface of the board may come into direct contact with the copying glass window surface. Since it cannot be placed evenly and evenly on the copying glass window surface, it is impossible to take averagely clear pictures.

Furthermore, when the magnetic piece or magnetic card is placed on the copying machine, there is no protection device for the magnetic piece or magnetic card, so the magnetic piece or magnetic card on the board may come into direct contact with the copying glass surface and shift from its designated position. There is a drawback.

Therefore, it is completely impossible to correct the copy position by a shifting operation.

The purpose of this invention is to solve the above-mentioned difficulties of conventional thinking tools or indicating tools.

An embodiment of the thinking tool according to this invention will be described below with reference to FIGS. 1 to 7.

In each figure, 10 indicates the entire thinking tool of this invention, and 1
1 is a base plate, 12 is a board, 13 is a worksheet, 14 is a piece card, 15 is a label, and 16 is a spacer.

The base plate 11 is made of a wooden plate, a metal plate, a plastic plate, etc., and is selected to have an appropriate size from large to small depending on the purpose of use.

Further, depending on the case, the base plate 11 may be omitted as described later (see FIG. 5).

Note that a polypropylene film 17 that can be drawn with a water-based color pen is attached to the back surface of the base plate 11 shown in FIGS. 2 and 3.

Miscellaneous notes and rough sketches of ideas are made on this film 17, which can be erased by wiping them with a cloth dampened with water.

A board 12 made of a magnetic layer is attached to the surface of the base plate 11.

Examples of the above-mentioned magnetic material include iron, magnetic alloys, ferrite, etc., and such magnetic material is used in the form of a plate or layer, or particles or powder of this magnetic material is used with a hardening agent or adhesive. It is used by forming it into a plate shape or a layer, or by mixing this powder in rubber, synthetic rubber, plastics, etc. and forming it into a plate shape or a layer.

The surface coating of the board 12 may be appropriately selected from waxing, coating with various paints, polypropylene film, etc.

The plate-like or layered magnetic material in this board 12 needs to be a magnetized material, that is, a magnet, if the magnetic material in the piece cards 14 described later is not magnetized.
If the magnetic material in the piece cards 14 is magnetized, magnetization of the board 12 may be omitted.

Note that the board 1 shown in FIGS. 1, 2, and 4
2 is a board 12 made of magnetic rubber and shown in FIG.
is formed of an iron plate and also serves as the base plate 11.

Worksheet 13 is a sheet with an indicative writing surface consisting of a thin layer of paper or other suitable material with a writable or printed surface of the desired indicia.

The back side of the piece card 14 is magnetically attracted to the board 12 via the worksheet 13.

In order to obtain this magnetic adsorption effect, a magnetic material layer similar to that of the board 12 is formed on at least the back side of the piece card 14 excluding the front surface, and the magnetic material of the piece card 14 and the magnetic material of the board 12 are formed. At least one or both of these are magnetized.

An adhesive surface 18 having releasability is formed on the surface of the piece card 14.

This adhesive surface 18 is designed so that the label 15 can be easily peeled off.
This surface is formed of a material that has good releasability from the adhesive on the back of the label, such as polyethylene, polypropylene, silicone rubber, or is cured with a suitable release agent, such as a silicone-based release agent, using a catalyst. A film is formed.

The outline, shape, dimensions, etc. of the piece cards 14 are appropriately selected according to the purpose of use, and a desired number is prepared.

FIG. 7 shows a case where the piece card 14 is provided with an undercoat layer 19 made of a color paint and an adhesive surface 18 of a transparent release layer.

This color undercoat layer 19 facilitates identification and classification of the piece cards 14.

Alternatively, a commercially available peeling material with a release layer may be attached to the surface of the piece card 14 with an adhesive.

The label 15 has an adhesive surface 20 on its back surface made of a suitable adhesive for adhering to the surface of the piece card 14, and the surface is a surface on which writing can be performed with a pencil, ballpoint pen, or other writing instrument, that is, a display/writing surface. If necessary, a desired display for the purpose of use is printed or painted in advance.

Paper is suitable as the material for the label 15 in terms of cost and writing, but depending on the case, cloth, plastic film or thin plate, wood board, metal foil or thin plate, etc. may be used.

As will be described later, when the label 15 once attached to the piece card 14 is to be peeled off or replaced with another label, the label 15 should have a certain degree of flexibility or flexibility in order to facilitate the peeling operation. It is advantageous to have flexibility.

However, if the piece cards 14 are made of flexible magnet rubber or rubber containing iron powder, even if the labels 15 are made of hard metal plates, wood plates, plastic plates, etc., they will not separate from the board 12. By bending the top card 14, the peeling operation can be facilitated.

Even if flexibility is imparted to both the label 15 and the piece card 14, the peeling effect due to the bending operation is the same as described above.

The shape, outline, and dimensions of the label 15 are arbitrary, and may be approximately the same outline as the piece card 14, a slightly smaller outline, or a larger outline that slightly protrudes, and may also be circular, oval, triangular, or circular. You can choose an appropriate shape, such as a polygon, depending on the purpose of use.

In order to prepare a large number of labels 15, it is convenient to affix an appropriate number of label groups to the ship class in the same way as a commercially available label assembly attached to the ship class.

As shown in FIGS. 1 to 3, the spacer 16 is constituted by an annular frame 21 formed around the outer periphery of the surface of the board 12 and around the outer periphery of the base plate 11.

Three steps are formed on the inner periphery of the frame 21, descending toward the center.The bottom step 22 is fixed to the edge of the back side of the base plate 11, and the middle step 23 is used to store pencils, colored pens, etc. The upper stage part 25 is formed so that its upper surface and the surface of the board 12 form parallel surfaces,
Moreover, it is projected onto the surface of the board 12.

Further, the upper surface of the upper part 25 is formed so that the gap between the surface of the board 12 and the top surface of the board 12 is at least as high as the thickness of the piece cards 14, or the thickness of the worksheet 13 and the thickness of the piece cards 14. The label 15 is formed to protrude beyond the sum of the respective thicknesses.

Therefore, because the spacer 16 prevents the label 15 from protruding above the spacer 16, the label 15 will not get caught on the copying glass window surface of the copying machine during copying, and the label 15 will not be displaced or fall off. This can be prevented, and by using the function of the spacer 16 as a spacing piece, it is also possible to stack or stand up for storage.

Furthermore, the spacer 16 shown in FIGS. 4 and 5
is composed of bar-shaped spacing portions 26 and column-shaped spacing portions 27 provided at both ends or four corners of the base plate 11.

Note that the cylindrical spacing portions 27 provided at the four corners shown in FIG. 5 are not shown, but if a screw-in fixing method with an adjustment device is used, the height of the spacer 16 will depend on the screw-in amount. Of course, can be adjusted freely.

Next, an embodiment will be described in which the layout of the layout of machines and personnel in a factory is planned using the thinking tool of this invention according to the above embodiment.

First, with the worksheet 13 spread out along the surface of the board 12 attached to the base plate 11, the back side of the piece card 14, that is, the magnetic surface, is brought into contact with appropriate peripheral areas, for example, the four corners of the worksheet 13. , because one or both of the magnetic surface of this piece card 14 and the board 12 are magnetized, this piece card 14
is magnetically attracted to the board 12 via the worksheet 13.

That is, the worksheet 13 is pasted on the board 12 using the piece cards 14 in exactly the same way as when a bulletin board is pasted on a conventional iron blackboard using magnets.

On the worksheet 13, the entire or local outline of the factory building, the predetermined facilities, the layout of machinery and equipment, etc. are displayed in advance, or the worksheet 13 is filled in after being pasted on the board 12 as described above.

Next, the machinery and personnel to be considered are expressed in appropriate words and phrases.
Each label 1 that is clearly displayed with symbols, figures, colors, etc.
Each piece card 14 with a number 5 pasted thereon is temporarily attached to a desired location on the worksheet 13 by suction.

After performing the desired examination work on this temporary equipment situation, the piece cards 14 of the labels 15 that are considered to have been placed inappropriately are slid on the worksheet 13 or are separated from the surface of the sheet. By adsorbing it again, it is relocated to a position deemed appropriate.

In addition, piece cards 14 with adhesive labels 15 to be displayed that are considered unnecessary or redundant can be removed from the surface of the worksheet 13, and if there is insufficient display object, piece cards 14 with adhesive labels 15 can be added. good.

That is, if you want to change the display object, such as the model or personnel, of the piece card 14 with the attached label 15 on the surface of the worksheet 13, the corresponding label 15 can be changed to that piece card. 14 and replace it with a label 15 displaying the desired object, or write the desired display on a blank label and replace it.

This eliminates the need to add new piece cards 15, even in situations where it is often necessary to change the display of the machine type or personnel beyond the originally expected range, and it is sufficient to simply replace the label 15 and write on it. , the number of piece cards 15 to be prepared can be significantly reduced, and the scope of consideration, which was conventionally limited only to the range of the types of indications printed on the surface of the magnet, can be significantly expanded. became.

As a result of the desired consideration as described above, when the layout of machines and personnel in the factory is finally determined, each piece card 14 on the worksheet 13 and the label 1 on it
The final arrangement of No. 5 can be placed directly on the copying glass window of a copying machine and copied.

Furthermore, each piece card 14 is sequentially separated from the worksheet 13, and the label 15 peeled off from this piece card 14 is
If you directly adhere this piece card 14 to its final position on the worksheet 13, label 1 will be placed on the worksheet 13.
A drawing that reproduces the final position of only 5 is created.

This drawing alone is useful, but it can also be copied in large quantities as an original drawing.

Therefore, one way to preserve this draft is by filing it, or by using the function of the spacer 16 as a spacing piece, by standing the piece cards 14 magnetically attracted to the worksheet 13 or stacking them. Can be stored for short or long term.

According to this invention, which has the above structure, by using magnetic adsorption, piece cards that can also be filled in and have labels attached can be freely placed and removed on a worksheet that can be filled in. , it has become possible to move it around as needed, and to come up with ideas freely.

Furthermore, since the adhesive surface of the piece card is formed to have releasability for easy peeling, the label can be easily attached to and peeled off from the adhering surface of the piece card, and can be freely attached.

Therefore, since labels can be exchanged freely, labels can now be used freely and in large quantities as disposable consumables, and a large number of ideas can be effectively processed on the surface of the worksheet. It has become possible.

Furthermore, the surface area of the board required to process a large number of piece cards, or the surface area of the board required for the number of co-users, can be easily secured by combining multiple thinking tools and making them face each other. Therefore, the desired board surface area can be adjusted freely.

When copying, it can be divided into small parts and copies can be made for each board, so it can be sufficiently copied using a commonly used copying machine.

Furthermore, by forming a spacer, the piece cards will not come into contact with the surface of the copying glass window and become misaligned, so when creating multiple plans, etc., each plan will be It has become possible to easily make copies using a copying machine, and the process has also become easy to make copies as needed.

Furthermore, during a meeting, you can take notes on each statement made on the labels on the piece cards, arrange and arrange them as you like on the worksheet, and all participants can visually confirm and consider the notes. Because you can
At the same time, defects such as oversight can be eliminated.

Moreover, it is rational and efficient because it can be copied exactly as it is and handed to each person promptly.

Furthermore, for short-term storage when there is no need to copy, the spacer acts as a spacing piece, allowing worksheets and labeled piece cards that are attracted to the board to be propped up or stacked in their magnetically attracted state. In addition, for long-term storage, you can directly attach the label peeled off from the piece card to the worksheet using the adhesive side of the label to form an integrated worksheet, making it easier to store by filing. Easy to store.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the thinking tool according to this invention, and Figure 2 is the first
3 is a rear view of FIG. 1, FIGS. 4 and 5 are perspective views of thinking tools showing other embodiments, and FIG. 6 is a cross-sectional view taken along line 2-2 in the figure. FIG. 7 is an enlarged perspective view of a piece card showing another embodiment. Note that the labels of the middle piece cards in FIGS. 1, 4, and 5 are omitted. \11... Base plate, 12... Board, 13... Worksheet, 14... Piece card, 15... Label, 16 ...Spacer, 18...Adhesion surface, 20...
Adhesive surface.

Claims (1)

[Scope of utility model registration request] A board with a magnetic layer, a worksheet with a display and writing surface on the front, a label with a display and writing surface on the front and an adhesive surface on the back, and an adhesive surface with releasable properties on the surface. a piece card having a magnetic material layer, a magnetic material layer in which at least one of the board and the piece card is magnetized, and a piece card disposed around the board and having at least a thickness of the piece card. A thinking tool consisting of a spacer with a height greater than or equal to the height of the spacer.