JPH052517Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a calligraphy paper feeder that is capable of automatically moving calligraphy paper together with its underlay member in the feeding direction.

[Prior Art] In calligraphy using a brush, characters such as poems are sometimes written using large sheets of paper that are quite vertically long and can be several meters long.

Conventionally, when writing in ink on vertically long paper, you would either send the paper set on a calligraphy table forward one by one as you write, or you would spread the calligraphy paper long on a tatami mat or the like and then move it backwards while sitting half-back. I tried to write while moving.

[Problem that the invention aims to solve] However, in order to feed the calligraphy paper forward as described above, if there is no assistant, the writer must put down the calligraphy brush each time, then hold the edge of the paper and feed it manually. This process was extremely tedious and made writing consecutive letters even more difficult. In addition, since the paper is fed out manually, the paper may touch the inked area or the paper may fall off the desk or become distorted, which may result in the paper being smeared or damaged. Also,
Writing while moving while sitting half-assed has caused health problems, as it can easily hurt the writer's lower back and knees.

The present invention has been developed in view of the above, and is a calligraphy device that can automatically and accurately send out calligraphy paper set on a calligraphy table as needed with a very simple switch operation. The purpose is to provide a paper feeder for

[Means for Solving the Problems] The calligraphy paper feeder of the present invention which solves the above problems is wound around a winding means arranged on one side of the opposing sides of a calligraphy table and can be freely pulled out onto the table. a calligraphy underlay member, a winding means disposed on the other side of the calligraphy table and connected to the drawer end side of the underlay member to move the underlay member in the drawing direction on the tabletop by a winding action; The apparatus is characterized in that it includes a rotational drive means that can be driven to rotate the two winding means in the winding direction.

[Function] According to the present invention having the above-described configuration, with the required length of the drawer end of the calligraphy underlay member provided on one side of the calligraphy table being pulled out onto the tabletop, calligraphy paper is placed on the underlay member. Set the paper and write on the paper in the same way as before.

And when it is necessary to send out the paper,
By operating the rotation drive means connected to the winding means connected to the pull-out end side and rotating the winding means by operating a switch, it is possible to draw out the underlay member and send it out to the other side. In this way, the desired characters can be written continuously while feeding out the sheets one by one as necessary.

In addition, when returning the paper that has been sent out as described above to its original position, the rotation drive means is driven by a switch operation, contrary to the above, and the winding means around which the underlay member is wound is wound up. The paper sheet on the underlay member can be moved in the opposite direction to the feeding direction and returned to its original position.

[Embodiment] Hereinafter, one embodiment of the calligraphy paper feeder according to the present invention will be described based on the drawings.

Fig. 1 is a plan view of the calligraphy paper feeder according to the present invention in which the calligraphy underlay member is pulled out to a tabletop for the required length and calligraphy paper is set, Fig. 2 is a side view thereof, and Fig. 3 is a state where the calligraphy underlay member and the underlay member are set on the table. FIG. In each figure, the calligraphy paper P is indicated by a chain line.

This calligraphy paper feeder is equipped with, as a calligraphy table, a main body side table 1 which is on the near side of the calligrapher and has leg parts 1a, 1a... and a destination side table 2 which has leg parts 2a, 2a... The table 1 and the destination side table 2 are connected by connecting members 3, 3 made of two rods or the like.

Reference numeral 4 denotes a calligraphy underlay member made of flat felt or the like. 1a, 1a, and is provided on the main body side table 1 so as to be freely drawn out and movable from the main body side table 1 onto the connecting members 3, 3. The first winding means 5 rotates the pulleys 5a, 6a and the belt 7 by means of a first rotary drive means 6, which is a motor installed on the bottom side of the main body side table 1.
It is configured to rotate through the.

Further, a protective plate 8 for holding the underlay member 4 in an expanded state is attached to the drawer-side tip of the calligraphy underlay member 4, and the width of the underlay member 4 is at the longitudinal center of the protective plate 8. A winding belt 9 is attached to the center in the direction. This winding belt 9
is connected to a second winding means 10 consisting of a winding pulley installed approximately at the center in the height direction of the legs 2a, 2a of the destination side table 2. It is configured to be rolled up. That is, the drawn-out end of the underlay member 4 is connected to the second winding means 10 via the winding belt 9. This winding means 10 is connected to the legs 2 of the destination side table 2.
It is rotated in the winding direction via a pulley 11a and a belt 12 by a second rotation drive means 11 consisting of a motor installed at a lower position of the rollers a and 2a.

The first rotational drive means 6 and the second rotational drive means 11 are connected to a switch operation means 13 attached to the front side of the main body side table 1 on the near side of the calligraphy table (left side in the drawing). , the first winding means 5 and the second winding means 5 are mutually driven by this switch operation.
The winding means 10 of the underlay is rotated arbitrarily, and the rotation of the second winding means 10 in the winding direction and the rotation of the first winding means 10 in the winding direction The member 4 is moved forward and backward in the drawing direction, that is, in the direction opposite to the feeding direction. As a matter of course, when one of the first and second winding means 5, 10 is rotated in the winding direction, the other is rotated in the opposite direction.

In addition, the main body side table 1 has both end portions 1 in its width direction.
b, 1b are configured to be bendable downward, and by bending both end portions 1b, 1b downward, the width of the main body side table 1 can be reduced. Note that the switch operating means for driving the first rotational drive means 6 and the second rotational drive means 11 is not limited to the one operated manually as described above; As shown, a foot-operated switch operating means 14 may be provided, or this may be provided together with a manually operated switch operating means.

In addition, 15, 16, 17 are calligraphy underlay members 4.
and guides arranged on the main body side table 1 and the destination side table 2 in order to smoothly advance and retreat the winding belt 9, and 18, 18... are the respective leg parts 1a, 2a...
These are casters for movement placed at the bottom end of the .

When ink writing characters such as poems on a relatively long calligraphy paper P in calligraphy, the required length of the drawer end of the calligraphy underlay member 4 provided on the main body side table 1 side of the calligraphy table is pulled out onto the table. , place the tip of the calligraphy paper P on this underlay member 4 near the protection plate 8, and set it with a paperweight or the like with the end part hanging down on the front side of the main body side table 1, as in the conventional case. First write the first few letters.

After writing these few characters, put the switch operating means 13 or the foot-operated switch operating means 14 into one side, and turn the switch operating means 13 or the foot-operated switch operating means 14 into the second rotary driving means 11.
is driven to rotate the second winding means 10 to wind up the winding belt 9, thereby further pulling out the underlay member 4 and moving it forward (rightward in the figure). In this way, the underlay member 4 moves to the right in the figure by an appropriate length, and when the calligraphy paper P on the underlay member 4 is fed to the required length, the second winding means 1
0 is stopped, and several characters are written in ink on the paper P again. In this way, by sequentially moving the calligraphy underlay member 4 forward, characters can be continuously written in ink while sequentially feeding out the calligraphy paper P thereon without placing a brush.

After writing one line of characters as described above, put the switch operating means 13 or 14 to the other side, drive the first rotation drive means 6 to rotate the first winding means 5, and turn the first winding means 5. The underlay member 4 is rolled up by the winding means 5 of No. 1 and moved to the left in the figure. As a result, the paper P on the underlay member 4 moves in the opposite direction to the feeding direction, that is, to the left in the figure, and returns to the initial position again. Then, if necessary, you can write the characters on the second line in the same manner as above.

In this way, the calligraphy paper P on the desk can be automatically moved in the feeding direction without having to place the brush each time, and the paper P can be sent together with the underlay member 4, making it easy to avoid distortion and distortion on the desk. It can be sent accurately without the risk of dropping it.

In addition, in the above embodiment, the calligraphy underlay member 4
Although the winding belt 9 is attached to the tip of the winding belt 9, this winding belt 9 is not necessarily required, and the second winding means 10 may be replaced with a winding pulley and a winding roller. It is also possible to directly wind up the underlay member 4 with the second winding means 10 consisting of this winding roller.

Further, as the rotation drive means for rotating the first winding means 5 and the second winding means 10, it is not necessarily necessary to provide separate rotation drive means as in the above embodiment. The winding means are interlockably connected by a chain or the like, and the first and second winding means can be rotated in the winding direction by forward and reverse rotation of one rotation drive means.
In this case, since the second winding means cannot be moved together with the destination side table because it is connected to the rotation drive means by a chain or the like, the second winding means is disposed on the other side of the main body side table. will be done.

Furthermore, each of the connecting members 3, 3 is configured to be composed of two pipes, one large and one small, and the small pipe is slidably inserted into the large pipe, so that the length of the connecting members 3, 3 can be adjusted. By doing so, the distance between the main body side table 1 and the destination side table 2 can be increased or decreased depending on the length of the calligraphy paper P.

Furthermore, in this embodiment, a case has been described in which the calligraphy paper P is sequentially fed forward while writing vertically, but the present invention is not limited to this.
It can also be applied to a system where the text is automatically sent horizontally in sequence while being written horizontally.

[Effects of the invention] As described above, according to the invention, the calligraphy paper set on the calligraphy table can be easily and accurately used together with the underlay material by a very simple switch operation according to the need. The paper can be fed easily, and there is no risk of the paper becoming soiled. Also, since you don't have to move half-way, you can do calligraphy easily and there is no risk of hurting your lower back or knees.

[Brief explanation of the drawing]

Fig. 1 is a plan view of an embodiment of the calligraphy paper feeder according to the present invention, in which calligraphy paper is fed out in one direction for an appropriate length, Fig. 2 is a front view thereof, and Fig. 3 is a plan view of the calligraphy paper fed in one direction. It is a top view of the state where it was further sent out. P... Calligraphy paper, 4... Calligraphy underlay member, 5
...first winding means, 6...first rotation driving means, 10...second winding means, 11...second rotation driving means, 13, 14...switch operation means.

Claims (1)

[Scope of utility model registration request] A calligraphy underlay member that is wound around a winding means arranged on one side of opposing sides of a calligraphy table and can be freely pulled out onto the table; and a draw-out end of the underlay member arranged on the other side of the calligraphy table. A winding means whose sides are connected and which moves the underlay member in the drawing direction on the tabletop by a winding action, and a rotational drive means which can be driven by a switch operation to rotate the two winding means in the winding direction, respectively. A calligraphy paper feeder characterized by: