JPS60129297A - Singly operated paper holder - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention is a drastic improvement of the one-touch paper holder, which was invented by the same person as the present invention, and has achieved the same purpose in history. This invention relates to an invention that includes additional features and effects.

The above-mentioned registration site proposal utilized an extremely innovative principle to allow a single sheet of paper to be attached and detached with the touch of two fingers. Problems may arise in implanting the bristles, requiring the development of a special and expensive flocking machine, making the brush plate too thick, increasing the number of steps and materials, and increasing the cost. The tips of the straight hair, which is tied into a brush and implanted, are starting to open up.

This resulted in problems such as poor contact with the substrate and a weakening of the locking force.

The present invention does not require newly developed special machines or devices such as a flocking machine, and can be produced using only conventional techniques and devices.Moreover, the process and materials are reduced and the process and materials are reduced, allowing for low cost (2) mass production. Moreover, the locking of a single sheet of paper is carried out more firmly and reliably than the registered invention, and moreover, it is possible to lock a single sheet of paper.

Even several sheets of paper can be attached and detached independently with the touch of two fingers, and there is no need to worry about wind or vibration.

This is a truly revolutionary invention that works in the direction of more secure locking.

The present invention will be explained in detail below based on the drawings.

The overall appearance of the present invention is similar to that of the registered device,
A plane consisting of many protrusions like straight bristles 4' (on the other hand, they are the same in that they are in contact upward in the vertical direction, obliquely in the direction, and at right angles in the horizontal direction.Principle considerations To do this, pick up a piece of straight hair 4'.

As shown in Figure 1 a and b, when an external force is applied to the tip of the straight hair 4', it has the property of moving in an arc in the direction in which the external force acts, centering on its root, and in the vertical direction a figure,
In the horizontal direction, the trajectory shown by the dotted arrow in figure b is followed.

When the paper leaf 8 is casually inserted from bottom to top in Figure 1C, the 5th paper leaf 8 is automatically guided along the diagonal straight hairs 4' to the board 1 surface (= guided first to the straight hairs 4). 'The tip easily lifts up the thickness of the paper sheet 8 and enters. At this time, the entire straight bristles 4' curve a little, which creates a restoring force, which presses the paper sheet 8 against the substrate 1 and closes the space between it and the substrate 1. At the same time, the straight hair 4'
The paper sheet 8 comes to be locked due to the contact friction force at the tip. When the paper sheet 8 tries to fall down due to its own weight or external force and shifts slightly downward, the tip of the straight bristles 4' tries to shift downward together with the paper sheet 8 due to the frictional force with the paper sheet 8. In order to draw the dotted line locus in Figure 1a, the two sheets of paper 8 are pressed even more strongly against the substrate 1, resulting in a stronger locking force. When pulling out a sheet of paper 8, if you pull it horizontally to either the left or right, the tip of the straight bristles 4' will be moved by the frictional force of contact with the sheet of paper 8 and will automatically draw the dotted line trajectory shown in Figure 1. As a result, it separates from the board 1.

It can be taken out very easily.

In the registered invention, straight bristles 4' used in brushes and the like were used as protrusions, but each of these was extremely thin and the contact friction force at the tips was very weak. Even though they are bundled at the base, each leaf is independent at the tip, and because it does not have a single, unified contact area, the contact friction force is weak and one sheet 8 has a straight hair 4' tip and the substrate 1. It was also possible to slide between the two. Therefore, if you pull paper leaf 8 down with one move.

Although it could be put into practical use because it could be pulled out without much resistance and would not fall under its own weight, it was extremely unstable in operation. Furthermore, if the straight bristles 4' are made thicker, their hardness will interfere and make it difficult to insert the paper sheet 8.

The present invention eliminates this unstable operation, dramatically increases the frictional force and pressing force at the tip of the protrusion, and produces perfect locking force. That is.

The material and shape of the protrusions (= have stronger frictional force,
A material with a wider contact area and elasticity is required. In the present invention, after various experimental studies, it was determined that rubber was the most suitable material, and this was used as the material, and the thickness of the protrusions was dramatically increased compared to the case of straight bristles 4'. This is to increase the contact area of the tip of the protrusion and to ensure the strength of the flexible rubber. Rubber has extremely high frictional resistance compared to other materials with the same surface area, and also has extremely strong elasticity, ie, restoring force. Rubber is one of the features of this invention in addition to its excellent performance.

It is extremely easy to manufacture, and the various difficulties associated with the integrated manufacture of the brush plate 3' and the straight bristles 4' in the registered invention are solved at once, and it is completely a conventional technology. By mouth-pressure molding a rubber compound with a mold, the protruding whisker plate 5, which is an integral molding of the protruding whiskers 4 and the protruding whisker substrate 3, can be produced easily and in large quantities at low cost. To make a mold for a rubber compound, it is sufficient to use a drill to diagonally drill a large number of circular holes in a mold plate whose upper and lower surfaces are parallel, and to provide weirs as thick as the protruding whisker substrate 3 on the four sides of the upper surface of the mold. A partial external appearance of a rubber projection plate 5 made by this method and used in the present invention is shown in FIG. By the way, the spacing between the support frame 2 and the substrate 1 is parallel, and this spacing and the height of the protruding whisker plate 5 are made to be the same.

As a result of using a rubber mold with parallel upper and lower surfaces, the tip end surface of the protruding whisker 4 has its entire cross section aligned with the substrate 1, as shown in FIG. 2a.
It will be in a position where you will be in direct contact with. As will be described later, this greatly contributes to the strong locking of the present invention.Also, one of the significant effects of using the protruding barbs 4 made of rubber is that only one barb 4, e.g. Diameter 1.5%, length 4%
Even the protruding whiskers 4 of the same size have the ability to securely hold one paper sheet 8. The reason why such a strong locking force is obtained is as follows. As shown in Fig. 2, when a sheet 8 is inserted, the entire protruding whiskers 4 are slightly curved and have a thickness that allows for this (=width at the top and bottom of the tip surface and Combined with the fact that the tip moves in an arc,
The upper part of the tip surface of the protruding whiskers 4 is located a little apart from the paper sheet 8 as shown in Figures b and 0. In addition, the lower part of the tip surface of the protruding whiskers 4 contacts the paper sheet 8 almost at a point (approximately 2 points) in an extremely small area, and the paper sheet 8 is held by the strong frictional force and pressing force of the rubber. When paper leaf 8 tries to fall due to external force.

Due to the strong frictional force of the lower part of the tip surface of the protrusion that is in contact with the sheet of paper 8, the sheet of paper 8 and the tip of the protrusion 4 move slightly downward as if they were one body. At this time, the lower part of the tip surface of the protruding whiskers 4 tries to bite into the paper sheet 8.

I tried to widen the distance between the board 1 and the support frame 2, but I was unable to do so 1
It slightly shrinks its elastic body to slightly increase the contact area. Also, the fact that the tip of the protruding whisker 4 is slightly lowered also means that the upper part of the tip surface of the protruding whisker 4 comes a little closer to the paper sheet 8, and the upper part of the tip surface of the protruding whisker 4 comes closer to the paper sheet 8. In other words, If one sheet of paper 8 is about to fall, the protruding whiskers 4
The leading end surface of the paper sheet 8 comes into contact with the sheet 8 while trying to become parallel to the substrate 1. In other words, the contact friction resistance is increased, resulting in an increase in the locking force.Herein lies another principle of the present invention. It will be done.

Thus, in the present invention, by employing this principle by using the protruding barb 4 made of rubber and having a thickness, it is possible to guarantee an extremely strong and reliable locking force.

Furthermore, it provides an extremely inexpensive and easy manufacturing method.

Furthermore, another major feature of the present invention is the revolutionary point that it is possible to attach and detach several sheets of paper 8 independently with one touch.Generally, sheets of paper 8 are inserted very casually,
The thickness and hardness of paper leaf 8 at that time.

The position of the upper end of the paper sheet 8 that is locked due to the force of insertion becomes inconsistent. The present invention is constructed by providing a large number of protruding whiskers 4, of which one or more protruding whiskers 4 (= if they are in contact, they are locked, and a collection of a large number of protruding whiskers 4) The pressing force is extremely large.Therefore, two or more sheets 8 can be attached and detached independently with one touch.

This is illustrated in FIG. 4 using an example of two sheets of paper 8 (to explain, in the case of inserting 0 in FIG. a), the first sheet of paper 8A can naturally be locked. Next, as the paper sheets 8B are inserted, the tips of the protruding whiskers 4 gradually move away from the paper sheets 8A and the paper sheets 8B
+=Sequential contact. At this time, some friction occurs between the two sheets 8A and 8B, but this is extremely small compared to the frictional force and pressing force of the protruding whiskers 4.

Paper leaf 8A does not move. Now, both paper leaves 8A are in state a.
, 8B are positioned, the protruding whiskers 4 will come into contact with both of them, and the frictional force and pressing force will ensure that they are locked together. Next, even if we consider the case where 9 sheets of paper 8B come first (there are two people, and 8 sheets of paper come in from the back side of 8B later, as shown in figure a), it is possible to lock ζ in the same way. There is no need to do that. ←) In the case of a thick fit, no matter which one is removed, both are in contact with the protruding whiskers 4, so even though there is some friction between the two sheets, it can be ignored ( Two small pieces, each of which can be pulled out sideways without moving the other.Next, b
In this case, considering the case where the sheets 8A consisting of the protruding whiskers 4 ('-) do not come into contact with each other, in the case of inserting, the first sheet 8A inserted will overlap the sheet 8B that comes later. The reason why it does not shift or fall due to the influence is the same as in a above until the upper ends of the two are aligned. Next, when the paper leaf 8B protrudes higher than 8A and becomes as shown in figure b, none of the protruding whiskers 4 is in contact with the paper leaf 8A, and the contact friction force at the tips of the protruding whiskers 4 does not work. . However, since the collective pressing force of the numerous protruding whiskers 4 is extremely strong, the pressing force is transmitted to the eight sheets through the sheet 8B, and one sheet 8A is connected to the sheet 8B and the substrate.
The sheet of paper 8B is tightly sandwiched between the sheets of paper, and the frictional force acting between them (the two are supported and locked together).
Even if a sheet of paper 8A is inserted from the back side, it can be easily locked and one sheet of paper 8B will not be moved. ←) In the case of extraction, it is easily understood that the extraction of one sheet 8A can be performed without affecting the sheet 8B.

When paper #8B is being pulled out, even when the second paper #8B is being pulled out, the collective pressing force of the protruding whiskers 4 continues to act on the paper #8Af2, so paper #8A remains locked and only one paper #8A is being pulled out. The sheet of paper 8A is not dragged by the plane friction force between the sheet 8A and the substrate 1. The tips of the protruding whiskers 4 are successively separated from the paper sheet 8B and come into contact with the paper sheet 8A one after another, and are held even more strongly (twice).

Next, considering the case of three or more sheets, if this is the combination of cases a and b in Figure 4, it will be understood without explanation that they can be attached and detached independently with one touch. By the way. There is no need to talk about it theoretically, but the present invention actually works in this way. However, if the number of sheets of paper 8 becomes too large, the thickness of these sheets will affect the protruding whiskers 4, causing them to become quite flat.

This also results in reduced frictional and pressing forces. To give a specific example, the diameter of the protruding whiskers 4 is 1.5~. If the length is 4%, the angle of inclination is 45°, the number is 50, one side of the protruding whisker board 3 is a square of 20%, and a flat plate of acrylic resin is used as the substrate 1, 5 to 6 pieces of about 9 stationery will be produced. This is the ideal limit for being able to attach and detach independently. Of course, the limit on this number depends on the quality of the rubber and the thickness of the protruding whiskers 4.

It is difficult to say much because it varies greatly depending on the length, the number of angles, the arrangement method, the size of the protruding whisker plate 5, the grain quality and surface roughness of the substrate 1, etc. Moreover, if only the insertion could be done independently, the number of sheets could be increased even more. Similarly, if the substrate 1 is made of a material with strong frictional force or its surface is roughened, the locking force can be increased.

As described above, there is no precedent in recorded history for a paper holder capable of attaching and detaching a plurality of sheets 8 independently and with one touch.

Furthermore, the surprising side effects of the present invention will be described.

This occurs when a strong wind blows continuously or vibrations are transmitted to the product of the present invention that holds two sheets of paper 8.

This is a phenomenon in which the paper leaf 8 does not fall, but on the contrary, it rises and goes away. That is, even when such an external force, which is generally considered to be an obstacle, acts in a fail-safe manner, ironically, the paper sheet 8 is more securely locked. This was not the purpose of the present invention from the beginning, and therefore a theoretical explanation will be given (= has not yet been achieved, but it is likely that the elastic repulsive force and frictional force of the tips of the protruding whiskers 4, the buoyant force of the paper leaf 8 dancing in the wind, etc.) (= seems to be due to the overall effect of small vibrations of the tips of the protruding whiskers 4. In any case, this is an invention that has an unprecedented side effect that is worth noting.

Next, the shape and arrangement form of the protruding whiskers 4 will be described. In the present invention, the case where the cross section of the protruding beard 4 is circular has been described, but this is the easiest and cheapest method because it can be easily drilled into a rubber mold (bi-circular). However, it is practical even if this cross section is not circular but has another shape. Fig. 5 shows the best arrangement form when this cross section is circular, but it is an illustration of the tip surface of the protruding whiskers 4. Figure a shows a grid-like arrangement that is linear both vertically and horizontally.In this case, in both the vertical and horizontal directions, there are no gaps where there are no projections 4, that is, there are no gaps where the paper sheet 8 is held. There are gaps (= created) everywhere that do not have a. Of course, it is practical to use different forms, but in order to securely lock each sheet 8, it is better to arrange them in a staggered manner as shown in b and C. In this case, even if the same staggered form is used, as shown in Fig. b. , a condition in which one end cannot be seen from one end to the other in both the vertical and horizontal directions) is the most ideal arrangement interval of two protruding whiskers 4.
As long as there is a width for two rows, a continuous locking effect can be obtained in both the vertical and horizontal directions within that width. Further (
Second, the range of the locking effect becomes more planar, and the area of the locking effect also increases. In the case of C, it is designed to have a continuous locking effect only in the vertical direction, and it is also possible to have a continuous locking effect only in the horizontal direction, but both are practical (- is not applicable. 1. In the explanatory diagram of the present invention.

For the sake of ease of drawing and viewing the drawings, the explanation will be based on the case of figure a. Further, when the protruding whiskers 4 have a circular cross-section, there is an advantage that the holes of the rubber mold do not connect to each other even if the intervals between the protrusions 4 are closely spaced to provide a continuous locking effect in the vertical and horizontal directions.

Next, to describe the overall structure of the present invention, its side cross section is shown in Fig. 6 (and its appearance is almost the same as that of the registered utility model. The major difference is that the straight bristles 4' and the brush plate 3' Instead, a rubber protrusion plate 5 is provided which has many of the amazing effects described above.In the present invention, an adhesive sheet 6 or a rubber magnet sheet 6 is placed on the back of the substrate 1, and this is a suction cup. Alternatively, the adhesive may be applied directly and protected with release paper.

Incidentally, by using the protruding barb plate 5, the product of the present invention can be made extremely small.To give an example, one side of the protruding barb plate 5 is a rectangle with a width of only 10% and a diameter of 1.5%. Even if you have 13 protruding whiskers 4, you can reliably attach and detach 4 to 5 sheets of memo paper with one touch.

The details of the nine inventions have been described above, but if we consider their features collectively, we can see that (1) in addition to the numerous features described in the registered invention, (2) a significantly stronger and more reliable locking force; (3) Not only one sheet but any one of multiple sheets can be attached and detached independently with a single touch, and (4) If external forces such as wind or vibration are applied, it can be used to improve (5) It can be made thin and ultra-compact, (6)
) Only conventional technology is used, the materials and processes are simple, and the manufacturing cost is greatly reduced. This invention can be said to be an epoch-making invention with many features never seen before in recorded history.

Next, some variations of the present invention will be described.

C Part 1) In the present invention, one sheet 8 is pulled out in the horizontal direction E (although sometimes it may try to pull out downwards. Because the sheet 8 is held in place with a strong force) At this time, I felt quite a lot of resistance to pull it out.

He immediately realizes that he is pulling in the wrong direction, but if he continues to pull forcefully, he is able to pull it out downwards. This is because people who use this invention for the first time are not used to it (21 or 2 times, children accidentally do it on purpose), and each time (2) This is also proof that the tips of the protruding whiskers 4 are in contact with the sheet 8 with such strong frictional force.

This reversal phenomenon of the protruding whiskers 4 is also an advantage of the present invention,
It is also a disadvantage. That is, if it were assumed that the protruding whiskers 4 were locked so tightly that they would not turn over, the two sheets 8 would not come out and would be torn, which would be fundamentally meaningless. Although damage is prevented by inverting the paper, even if you try to insert paper sheets 8 into the primary, the protruding whiskers 4 that are inverted 9 will get in the way, making it impossible to insert thin sheets of paper. In this case, it should be about the thickness and hardness of a postcard.

Once you insert it with one touch, the protruding whiskers 4 will return to their normal state (two times) and can be used again.If you don't have a postcard, etc. on hand, you can use a thin one to insert it with both hands, and it will return to its normal state. You can put it back, but in this case you will need both hands.

This somewhat undermines the concept of one-touch operation using one hand and two fingers of the present invention, and furthermore, the trouble of searching for cardboard or the like remains.

The invention I am about to describe now allows this correction to be made with a single touch using only a finger.

The reason why the protruding whiskers 4 cannot return to their normal state after being reversed is because the supporting frame 2 and the substrate 1 are joined at their upper portions and are integrated, as shown in FIG. This is because it remains constant.

However, if the joint between the two is integrated with a joining mediating layer 10 made of rubber as shown in Fig. 7, the distance between the two will be:
Even if it remains constant as it is, it has a degree of freedom that can change if an external force acts on it. At this time, what was the support frame 2 in FIG. 6 becomes a mere reinforcing plate 2' in FIG. 7 for preventing the protruding whisker substrate 3 from bending. Therefore, by slightly lifting the lower part of the reinforcing plate 2' from the base plate 1 with your fingers, the inverted protruding whiskers 4 obtain their elastic restoring force (they automatically return to their normal state due to the two fingers). As a result, corrections can be made with a single touch.When you release your finger from the secondary (-1) reinforcing plate 2', the elastic restoring force of the bonding mediating layer 10 causes the substrate 1 and the reinforcing plate 2' to return to the parallel state. The tips of the protruding whiskers 4 automatically return to the normal state in which they are in contact with the substrate 1. Note that the protruding whisker substrate 3 and the bonding mediating layer 10 are integrated at right angles in FIG. This is for convenience and is still practical.However, as shown in FIG. It is self-evident that parallelism with 2' can be guaranteed more reliably, and it is ideal to use this method in actual production. It is understood.

By using rubber for this joint, in addition to the effects listed above, a number of other characteristic effects are produced, which will be described below.

0) Even if there is an external shock, if you look at the simple structure where the rubber is sandwiched between the plates, the rubber will absorb the shock.

Because both sides are made of boards, it is unbreakable and extremely durable.

You can use it without worrying at all (-).

←) Since the joints are made of rubber, even if there is an external impact,
A couple of forces are generated on the upper and lower surfaces of the joint that try to keep the distance between the reinforcing plate 2' and the substrate 1 constant, and fine adjustments are made continuously so that the tips of the protruding whiskers 4 are in correct contact with the substrate 1 (-) in any case. He will take care of you.

(c) When the number of paper sheets 8 to be held increases.

Due to its thickness, the upper end of the bonding mediating layer 10 shrinks and the lower end stretches, albeit slightly, and this coupled repulsion elastic force becomes a force that presses the paper sheet 8 against the substrate 1. The pressing force, that is, the locking force is also automatically adjusted according to the thickness.

b) Of course, the bonding mediating layer 10 may be used separately from the protruding whisker plate 5, but this is troublesome. Since the same rubber is used, the two are integrated into a protruding bar 5' with a joint.

It is best to use it as shown in FIG. However, this.

All you need to do is punch a hole in the shape of the joint in the rubber mold mentioned above. This is because the upper and lower surfaces of the mold are parallel.

The surface of the bonding mediating layer 10 and the tip surfaces of the numerous protruding whiskers 4 are neatly (aligned on the same plane), which further ensures reliable performance. In the case of FIG. 6, the processing of the support frame 2 Or that mold is expensive to make, my father.

The work process of making the support frame 2 have a flat surface that is exactly the same as the tip surface of the protruding whiskers 4 is also difficult because of the presence of foreign objects.

f1+ Instead of the supporting frame 2 which requires molding or processing, the reinforcing plate 2' can be made by cutting or punching a flat plate, which is widely available at low prices.

Contributes to significant cost reductions. If the reinforcing plate 2' is made of a thin, hard iron plate along with the substrate 1, the product of the present invention can be made extremely thin with a thickness of only about 7%.

(f) The reinforcing plate 2' does not need to be a flat plate.

No matter what three-dimensional design the object has, it suffices as long as a part of the object is flat and large enough to be bonded to the protruding whisker substrate 3. Therefore, it is possible to create a very fancy and varied product structure. In the case of FIG. 6, it is of course possible to make the support frame 2 three-dimensional (-), but the processing is quite troublesome.

In addition, since the rubber can be colored in any way, it is possible to unify the entire configuration with the same color, and it is also possible to color the entire structure with the same color.
' is the shape of the protruding barb plate 5' with a joint part.

Any shape as long as it has a flat part equal to its area.

It can be used regardless of its size. Furthermore, it is also possible to arrange and use a plurality of protruding plates 5' with bonding mediating parts 5' having reinforcing plates 2', etc. on the upper surface of the large substrate 1 or something else in the case shown in FIG.

(Part 2) The product of the present invention is attached to an attachment object 7 via an adhesive sheet 6 or a rubber magnet sheet 6 placed on the back side of two substrates 1, as shown in FIGS. 6 and 7. Alternatively, these charges may be paid twice a month. However, recently, plastic magnetic plates are also commercially available, and these can be used as substrate 1 in Figure 7.
Use in place of.

This is the plastic magnet substrate 1' shown in FIG.

Not only does it create a very clean shape, but it also reduces the number of steps.

A double-sided adhesive sheet may be separately prepared for the attachment object 7 so that it can be applied to items other than iron products.

(Part 3) As shown in Figure 9, the board 1 is removed and the reinforcing plate 2'
A magnet 9 is attached to the upper part and a protruding barb plate 5 is attached to the lower part. If the attachment object 7 necessarily has a flat surface, that flat surface can also serve as the substrate 1. As long as the surface of the magnet 9 on the attachment object 7 side and the plane formed by the tips of the numerous protruding whiskers 4 coincide with the same plane, it can be used simply by attracting the attachment object 7 made of iron with the magnet 9. There is no need to explain that it has an extremely simplified form, and even if the protruding whisker 4 reverses, it can be corrected immediately with a single touch. If the attachment object 7 is not iron, then Fig. 9b (=as shown).

A thin iron plate coated with adhesive may be provided separately as the intermediary plate 10'.

Above, three variations of the two inventions have been mentioned.

When commercializing these inventions, consideration must be given to allowing them to be attached to any flat object.

However, if an adhesive sheet 6 is placed on the back surface of the substrate 1 (or adhesive is directly applied), it is clearly possible to attach it to any attachment object 7.If a rubber magnet sheet 6 is placed on the back side of the substrate 1, (Since only two iron products can be used, either the intermediary plate 10' shown in Figure 9 can be separately provided, or a double-sided adhesive sheet can be separately provided.

The same applies to the case of FIG. 8, where the substrate 1 itself is a magnet. Currently, two-sided adhesive sheets and thin iron plates with adhesive equivalent to the intermediary plate 10' are commercially available and are extremely inexpensive, so even if they are prepared separately but are not used, it is not a waste. do not have.

Now, as is well known, there are currently no paper locking tools available.

Clips, magnets, cellophane tape, tacks, etc. are common. (2) They require two hands or two movements, or they may damage or stain the paper or the object they are attached to, they require wear and tear, they are dangerous, or they are dangerous, Eyes (- Full of imperfections such as not being clean and dull. In the present invention.

In addition to having none of these disadvantages, it also has many of the features mentioned above.

The present invention can be used in a wide variety of ways, and there are many cases in which a piece of paper is temporarily held. Not only memos and message paper, but also 1
Postcards, order forms at restaurants, communication sheets from schools, daily price lists at supermarkets, paper stockpiles, delivery vehicle labels, bulletin boards in classrooms, etc., etc., etc. are too many to list. Even if you drive at high speed on the highway with the windows open, you won't blow away your highway ticket, and it still performs well even when installed at the factory on a wall that is subject to vibrations. (2) I believe that this invention will greatly contribute to all areas of human life.

1. In the present invention, the parts using rubber.

The present invention can be accomplished by replacing the material with plastic or other material having frictional force or elasticity comparable to that of rubber. Further, it is preferable that the projecting angle of the protruding whiskers 4 in the vertical direction toward the substrate 1 is oblique.

Even if it is set at a right angle, the performance will be worse, but it will still be practical.

Furthermore, the present invention is directed to one paper.

It can also be applied to thin sheet-like objects other than paper, and can also be applied to cloth products, etc., if you are not particular about wantantes. Furthermore, instead of using the two products of the present invention as a single unit as shown in FIGS. 6 to 8, they may be used in combination with a flat part of another article instead of the substrate 1, and a plurality of runners may be provided on the substrate 1. For example, it is convenient to slide it into a curtain rail-like groove. If multiple pieces are used in the horizontal direction, large sheets of paper can also be secured.

[Brief explanation of drawings]

FIG. 1 shows the basic operating principle of the present invention using a single straight hair 4 as a representative. a is a partial cross-sectional view of the side. b is an enlarged partial cross-sectional view of the top surface when paper sheet 8 is inserted in a. FIG. 2 shows the operating principle by which a strong locking force can be obtained with the present invention, using a single protrusion 4 as a representative. A is an enlarged partial cross-sectional view of the side surface, b is an enlarged partial cross-sectional view of the top surface (when two sheets 8 are inserted), and C is an enlarged partial cross-sectional view of the top surface when sheets 8 are inserted. A partially enlarged perspective view of the protruding whisker plate 5, which is made up of an integrated protruding whisker 4 and the protruding whisker substrate 3. Fig. 4 shows the operating principle in which two sheets of paper can be attached and detached independently with a single touch. The side sectional view 2b when 8A and 8B are in contact with the protruding whiskers 4 is a side sectional view when only one sheet of paper 8B is in contact with the protruding whiskers 4. This is an enlarged view showing the arrangement method, showing the contact surface of the tip to the substrate.A is a lattice arrangement, b is a staggered arrangement with continuous locking points in both vertical and horizontal directions, and C is a staggered arrangement. In the case of an array, the vertical direction (with two consecutive locking points). Figure 6 is a side sectional view showing the overall configuration of the first invention. Figures 7, 8, and 9 are nine variations of the present invention. 9A is a side sectional view showing the invention, FIG. 9A is a case where the installation is done directly, and FIG. 9B is a case where an intermediary plate 10' is required for the installation. 1 is a substrate, 1' is a plastic magnet substrate, and 2 is a support frame.
2' is a reinforcing plate 3 is a protruding whisker board 3' is a brush plate 4
4' is a straight hair 5 is a protruding barb board with 3 and 4 integrated 5' is a barb board with joints in which 3, 4, and 10 are integrated 6 is a rubber magnet sheet or adhesive sheet 7 is a barbboard with a joint Mounting objects 8. 8A and 8B are paper sheets 9 is a magnet 10 is a joining mediating layer 10' is a mounting mediating board Patent applicant Takashi Suzuki
Shun No. 11 bacterium 1) b

Claims (1)

[Scope of Claims] +l) The support frame 2 and the substrate 1 or a plane serving as a substitute for the substrate l are joined to the upper part of the support frame 2 to form an integral body,
At the bottom of the joint, a large number of protruding whiskers 4 having the same thickness protrude from the support frame 2 side. The one-touch paper-like material is made of a substrate 1 or a plane that replaces the substrate 1 in an oblique or perpendicular manner, and the protruding whiskers 4 are made of rubber or a material having the same frictional force and elastic force as rubber. (2) The reinforcing plate 2' and the substrate 1 or a plane acting in place of the substrate 1 are joined together via the bonding intermediary layer 10 at the upper part of the reinforcing plate 2', and at the lower part of the joint part. ,
A large protruding beard 4 having a thickness of 100 mm protrudes from the reinforcing plate 2' side and comes into contact with the substrate 1 or a plane acting in place of the substrate 1 in an oblique or perpendicular manner. Both the protruding whiskers 4 and the joining mediating layer 10 are one-touch paper-like materials made of rubber or a material having the same frictional force and elastic force as rubber. (3) In (1) and f2) above, a one-touch paper-like material is formed by disposing a plastic magnet substrate 1' or another magnet substrate instead of the substrate 1. (4) Place a magnet 9 on the top of the reinforcing plate 2' and bond it thereto. At the bottom thereof, a large number of protruding whiskers 4 having a thickness of A one-touch paper-like structure in which the protruding whiskers 4 are made of rubber or a material having the same frictional force and elastic force as rubber.