JPH077185Y2 - Magnet marker - Google Patents

Description

[Detailed description of the device] [Industrial applications]

The present invention relates to a marker tool used when performing work or reading without referring to text. Specifically, the progress of work or reading can be seen at a glance, and work or reading can be interrupted. In this case, it is not necessary to memorize to which part of the text the work has progressed, and to which part the text has been read.

[Prior art and problems to be solved]

For example, in the knitting work, when performing pattern knitting or the like, it is usual to carry out the work while referring to the knitting diagram (knitting manual diagram) of the text. In this case, it is not possible to knit correctly unless the work is carried out in that order without skipping the number of steps in the knitting pattern, so the worker always keeps track of where in the knitting pattern the work is currently proceeding. You need to be careful. However, it is very troublesome to pay attention to the progress of the work. Also, when you stop working, you tend to forget
In that case, it is necessary to purposely count the number of steps of the knitted fabric and confirm to what part of the knitting pattern the work has progressed. Therefore, as a means for eliminating such troublesomeness, conventionally, a marker tool as shown in FIG. 5 has been proposed. This marker tool is provided with a metal underlay plate a and a strip-shaped marker body b formed of magnet rubber and magnetically attached to the underlay plate a with a force that can be relatively moved. is there. And as shown,
The underlay plate a is laid under the paper surface of the reference page, and the marker body b is placed on the knitting diagram and shifted one step at a time (in the direction of arrow A) according to the progress of the work. Therefore, the marker body b serves as a mark to grasp the progress of the work, and it is not necessary to remember the number of steps in the knitting work. Further, since the marker body b is magnetically attached to the underlay plate a, even if the marker body b is released from the hand, the marker body b is not displaced. However, even such a marker tool has the following problems. For example, when interrupting work, remember not only how many steps (position in the row direction) the work is proceeding, but also where in the column direction the work is progressing. Need to be kept. However, in the above marker tool, although the marker body b can obtain a mark for the number of steps, it cannot also obtain a mark in the column direction (arrow B direction). Therefore, when interrupting the work, it is necessary to remember to which part of the knitting diagram the work progresses in the row direction,
There is still the hassle of having to pay attention to the progress of the work. The present invention has been devised under the circumstances as described above. For example, in the case where a knitting operation is performed while referring to a text as described above, only a mark in the row direction of the knitting diagram of the text It is an object of the present invention to provide a marker tool which is capable of obtaining a mark in the column direction and eliminating the annoyance that requires attention to the progress of the work.

[Means for solving the problem]

In order to solve the above problems, the present invention takes the following technical means. That is, the magnet marker of the present invention is made of a metal underlay plate and a magnet rubber, and is magnetized with a force that can be easily moved relative to the underlay plate, and can be easily bent into a strip sheet shape. A line marker body, wherein the line marker body is a cursor arranged on its surface, and the cursor is slidable in the longitudinal direction with respect to the line marker body. Or cursor holding means for holding the underlay plate.

[Action and effect]

For example, when using the magnet marker of the present invention when performing knitting work while referring to text,
Like the conventional marker tool, the underlay plate is laid under the paper of the reference page of the text, the line marker body is overlaid on the underlay plate from the paper surface, and the line marker body is knitted as the work progresses. It should be shifted in the row direction of the figure. As a result, the line marker body serves as a mark indicating the number of steps (position in the row direction) in the knitting pattern at which the work is currently in progress. Therefore, even when the work is interrupted, how many steps in the knitting pattern have progressed You don't have to remember each one. Also, in the case of the magnet marker of the present invention, a cursor that can be slid in the longitudinal direction of the line marker is provided on the line marker body. Therefore, when proceeding the knitting work with a certain number of steps in the knitting diagram, if the cursor is moved according to the progress of the work, this cursor will be
It serves as a mark indicating where in the column direction the work is progressing at a certain number of steps in the knitting diagram. Thus, in the case of the magnet marker of the present invention, not only a mark in the row direction of the knitting diagram but also a mark in the column direction at a certain number of steps of the knitting diagram can be obtained. Therefore, when performing work while referring to the text, it is not necessary to memorize up to which part of the text the work is progressing at all, and it has been a problem when performing work while referring to the text. Is eliminated. Further, since the magnet marker of the present invention comprises a combination of a metal underlay plate and a line marker body that can be magnetically attached to the underlay plate, it has the form of a book in which a plurality of pages are bound. Even texts can be used by a simple operation in which the line marker body is magnetically attached to a desired position on the surface of the page simply by inserting the underlay plate on the back side of the desired page. Further, since the line marker body is in the form of a strip sheet made of easily bendable magnet rubber, when the underlay plate is inserted on the back surface of a desired page of thick text, Even if the surface becomes curved, it can be properly magnetically attached to the page surface over the entire length along the curved surface, and as in the case of forming a rigid line marker body, the page surface is There is no problem that the magnetic attraction force is weakened when it is bent and it is easily displaced. Furthermore, since magnets are generally inversely proportional to the square of the distance,
If the line marker body is made of a rigid magnet,
When the line marker body is brought close to the above-mentioned underlay sheet to some extent, the magnetic attraction force suddenly increases and magnetically adheres at once, and the position adjustment of the line marker body tends to be rather difficult, but in the present invention, as described above, In addition, since the flexible line marker body is configured, it is possible to magnetically adhere to the underlay plate in order from the other end while gripping one end of the line marker body. At this time, since the entire line marker body is not magnetically attached to the underlaying plate all at once, the line marker body can be accurately attached to a desired position. On the contrary, when the line marker body magnetically attached to the underlay plate is removed, the line marker body can be peeled off in order from the end portion with a small force. These things are very good in terms of usability of the actual line marker body.

[Explanation of Examples]

Hereinafter, embodiments of the present invention will be specifically described with reference to the drawings. As shown in FIG. 1, the magnet marker of this example includes a metal rectangular underlaying plate 1 and a strip-like line marker body 2 magnetically attached to the underlaying plate 1. Further, in the present invention, a cursor 3 which can be slid in the longitudinal direction on the line marker body 2 and a cursor holding means 4 for preventing the cursor 3 from slipping off the line marker body 2 are further provided. There is. The line marker body 2 is formed of a magnet rubber made by magnetizing rubber mixed with magnetic powder, and can be easily moved relative to the underlay plate 1 and with the underlay plate 1. It is designed to be magnetically attached to the underlay plate 1 with a force that prevents the sheet from being accidentally displaced with the paper sandwiched therebetween. Further, since the line marker body 2 is formed in a sheet shape made of magnet rubber, it is naturally possible to easily bend the line marker body 2 against an external force. On the other hand, in the case of the present example, the cursor 3 includes a marker plate portion 5 having a rectangular shape in plan view arranged on the line marker body 2 and the marker plate portion 4 as shown in FIGS. 1 and 2. It is composed of a plate member having a substantially U-shaped cross section, which is provided with a pair of upper and lower slide guide pieces 6 which can be engaged with the upper and lower longitudinal sides of the bent line marker body 2 from both upper and lower ends. Further, a magnet 7 magnetically attached to the line marker body 2 is fixed to the back surface of the marker plate portion 5 by adhesion or the like, and the cursor holding means is constituted by the magnet 7 and the pair of slide guide pieces 6, 6. 4 are configured. That is, the cursor 3 is magnetically held by the line marker body 2 via the magnet 7, and the sliding guide pieces 6, 6 prevent the cursor 3 from slipping off from the line marker body 2 during sliding. The magnet 7
Uses a magnetic force with which the cursor 3 can be easily moved relative to the line marker body 2.
The space between the slide guide pieces 6 and 6 is the line marker body 2.
The cursor 3 can be smoothly slid by making it slightly larger than the width. Next, an example of how to use the magnet marker of this example having the above configuration will be described. For example, when using the magnet marker of this example when knitting while referring to text,
As shown in the figure, the underlay plate 1 is laid under the paper surface of the reference page of the text, and the line marker body 2 is overlaid on the underlay plate 1 from above the paper surface. In this case, the line marker body 2 is arranged laterally along the row direction on the knitting diagram, and the cursor 3 is set on the line marker body 2 in advance. Further, in this state, the line marker body 2 does not inadvertently move due to magnetic attachment to the underlay plate 1, and similarly, the cursor 3 also moves to the magnet 7.
The line marker body 2 does not move accidentally due to magnetic sticking. In this case, since the line marker body 2 can be easily bent, when the line marker body 2 is overlaid on the underlay plate 1 from above the paper surface, the line marker body 2 is contacted with the paper surface in order from the end. Since the front surface can be overlapped on the paper surface, it can be accurately arranged at a desired position on the paper surface. Further, even if the paper surface is curved convexly, the entire length of the line marker body 2 is properly overlapped on the paper surface along the curved surface. Then, along with the progress of the knitting work, the line marker body 2 placed on the knitting diagram is shifted in the row direction (arrow A direction) of the knitting diagram. Further, when the knitting work is being advanced for a certain number of steps in the knitting diagram, the cursor 3 may be slid in the column direction (arrow B direction) of the knitting diagram in accordance with the progress. As a result, the line marker body 2 serves as a mark, and the number of steps (position in the row direction) of the knitting work that the knitting work is progressing to is determined by the cursor 3, and the knitting work at the number of knitting works It is possible to know to which position in the column direction the vehicle is traveling. Therefore, during the work, the progress of the work can be grasped at a glance, and when the work is interrupted, it is not necessary to remember the progress of the work one by one,
It is very convenient. Further, in the case of the present example, since the cursor 3 is magnetically attached to the line marker body 2 by the magnet 7, even when the magnet marker of the present invention is used in a tilted state, the cursor 3 shifts and its position is incorrect. It's easy to use because it doesn't change easily. Moreover, it is possible to effectively prevent the cursor 3 from being lost away from the line marker body 2. The line marker body 2 is made of sheet-shaped rubber and has flexibility. Therefore, even when an object having a slight step on the surface is sandwiched between the line marker body 2 and the underlay plate 1, the above-mentioned step is absorbed by the bending of the line marker body 2, and the line marker body 2 is placed under the underlay plate 1. There is also an advantage that it can be used as a marker tool without any change from the usual case. Further, in this example, as shown in FIG. 1, since the underlay plate 1 is provided with the hook holes 8, the magnet marker of the present invention can be used as a wall-mounted memo holder in addition to its original use as a marker tool. Available. That is, hook the hook hole 8 with the underlay plate 1
It suffices to hang the paper, and insert a memo paper or the like between the line marker body 2 and the underlay plate 1. Needless to say, the scope of the present invention is not limited to the above-mentioned embodiment. For example, as shown in FIG. 4, the line marker body 2 is provided with a guide groove 9 extending in the longitudinal direction, while the cursor is provided. The cursor holding means 4 may be configured by providing a slide pin 10 slidably fitted in the guide groove 9 on the back surface of the cursor holding means 4. In this case, if the slide pin 10 is formed of a magnet, the cursor 3 will not accidentally come off the line marker body 2. Needless to say, the shape of the cursor can be changed in various ways. For example, if the shape of the cursor is a rhombus in a plan view, it can be more clearly understood which part of the knitting pattern the cursor is pointing to. Like Further, in the above-described embodiment, the example of using the magnet marker of the present invention when performing the knitting work while referring to the text has been described, but the use of the magnet marker of the present invention is limited to the case of performing the knitting work. Needless to say, it can be used without problems when performing various work other than knitting work. Needless to say, it can be used as a marker tool even when reading a book.

[Brief description of drawings]

FIG. 1 is a perspective view of a magnet marker according to an embodiment of the present invention, FIG. 2 is a sectional view taken along the line II-II of FIG. 1, and FIG. 3 is a view showing an example of how to use the magnet marker. FIG. 5 is a diagram showing a main part of another embodiment, a diagram corresponding to a cross section taken along line II-II of FIG. 1, and FIG. 5 is a diagram showing a conventional example. 1 ... Underlay plate, 2 ... Line marker body, 3 ...
Cursor, 4 ... Cursor holding means.

Claims (1)

[Scope of utility model registration request] 1. A line marker body in the form of a strip sheet, which is formed of a metal underlay plate and a magnet rubber and is magnetically attached to the underlay plate with a force such that it can easily move relative to the underlay plate, and can be easily bent. And a cursor arranged on the surface of the line marker body, and the line marker body or the underlay plate slidably in the longitudinal direction with respect to the line marker body. And a cursor holding unit for holding the magnet marker.