JPH0540748Y2 - - Google Patents

Description

[Detailed explanation of the invention] A. Industrial application field This invention was developed because the sitting height of data input to computers, personal computers, word processors, etc. varies depending on the person. Due to difficulties in deciding where to place the data manuscript, such as placing it on the left side of the top surface of the disk, a method was adopted in which a reading stand was placed on the side of the display diagonally close to the front and the keys were pressed while looking at the data manuscript. However, this can be installed and removed between the keyboard and the display device, and can be used as a sheet-like
Alternatively, the present invention relates to a document reading/accommodating device for a computer or the like, which is characterized in that it is capable of sending out, winding up, and storing long data documents on chart-type continuous paper.

B. Conventional technology Conventionally, when entering documents or data into office equipment such as computers, personal computers, word processors, etc., the data is entered by typing keys on a keyboard while looking at and reading the data manuscript.
When inputting data that consists mainly of numbers in the accounting department, the position where the data manuscript is placed is important.The position where the data manuscript is placed affects equipment operation, eye movement, and posture, and can affect input speed and office efficiency,
This can adversely affect data entry errors, mental fatigue, and fatigue in the hands and fingers. Therefore, it is recommended that you place the data manuscript in a conventional reading stand diagonally to the left of the keyboard, and then place the data manuscript on the reading stand. computer, type the keys on the keyboard of the computer, etc.
It was extremely inconvenient to have to enter data into a computer, etc.

C. Problems that the invention aims to solve When inputting data into a computer, personal computer, etc., there are various positions to place the data manuscript, such as the keyboard, monitor device, printer, etc., and the space for installing the reading stand becomes narrow. Because of this, you have to move your eyes left, right, up and down a lot, and you are constantly shaking your head, which can cause eyestrain and neck fatigue. It had many negative effects, such as not being able to move its fingers, and was becoming a social problem, such as computer disease, and was irrational and inconvenient. Furthermore, conventional reading stands for holding manuscripts, materials, etc. were manufactured on the premise that only one sheet of manuscript paper could be set up with a clip, etc., and they were designed to be placed in a position where long data materials such as continuous paper for computers can be easily viewed. There was still no reading stand that could be set up, which was very inconvenient.

D. Means for solving the problem A reading section is formed by cutting out a rectangular viewing window 4 on the upper surface of the synthetic resin plate 1, etc., and a scale 7 is carved on the upper side of the viewing window 4, and the front and rear portions of the synthetic resin plate 1, etc. are curved in the same direction to form a G-shaped document storage tube 2 and a document storage tube 3, and both ends are connected by folding back parallel to the lower surface of the viewing window 4 to connect them to the top plate 4b. A document holding path 5 (data document path) is formed in between, and a flat lower plate 6 is integrally molded, and the flat lower plate 6 is installed between the rear side of a keyboard 9 of a computer or the like and the lower front side of a monitor device 10, or It is removably embedded to form a document reading/accommodating device.

The data original 8 is rolled up into a cylindrical shape and inserted into the original insertion slot 2a on the side of the original storage cylinder 2 of the original reading/accommodating device, and the data original 8 is inserted manually or by a motor.
When the data original 8 is turned in the direction of unraveling, the leading edge of the data original 8 is automatically fed into the original holding path 5. If the rotation is continued, the leading edge of the data original 8 is fed into the original storage tube 3, and the leading edge of the data original 8 is automatically fed into the original holding path 5 as shown in FIG. It is automatically rolled up into a cylindrical shape. Conversely, if the data original 8 is inserted into the original storage cylinder 3 and turned in the opposite direction to the above case, the rear end of the data original 8 is automatically fed into the original holding passage 5, and the data The rear end of the document 8 is fed into the document storage cylinder 2,
It is automatically rolled up into a cylindrical shape. Furthermore, by performing the same operations as described above, the present invention is a document reading/accommodating device for a computer, etc., which can also use long data documents such as chart-type continuous paper.

E. Function: As shown in FIG. 2, the data original 8 is inserted into the inside of the original insertion slot 2b on the side of the original storage cylinder 2 of the original reading/accommodating device such as a computer, which is formed into a G-shape. The tip end is connected to a document holding passage 5 between a flat lower plate 6 and an upper plate 4b in which a viewing window 4 is formed.
The data original 8a of chart type continuous paper is inserted into the original storage tube 2a by inserting it into the original storage tube 2a and placing it between the monitor device 10 and the keyboard 9, or by molding a document reading storage device such as a computer as shown in FIG. The keyboard 9 shown in FIG.
A and the monitor device 10, and by feeding each data original 8 and the data original 8a of chart type continuous paper manually or by a motor, etc., as illustrated in Figs. The document is wound up or folded and stored in the document storage tubes 3 and 3a. On the other hand, input is performed by reading a data manuscript through the viewing window 4 and pressing a key. This makes it easier to find the home position when inputting, and you can input while looking at the data and original characters on the viewing window 4 of the original reading/accommodating device installed at the rear of the keyboard while facing forward, so you can always keep your neck on your toes. Since I don't have to make any shaking movements, I can move my eyes less and perform blind touches faster.

F. Example 1 An example of the present invention will be described based on the drawings.
As shown in FIG. 2, a rectangular viewing window 4 is cut out on the upper surface of the synthetic resin plate 1, etc. to form a reading section, and the viewing window 4 is cut out to form a reading section.
A scale 7 is engraved on the upper side, and both front and rear sides of the synthetic resin plate 1, etc. are curved inward in the same direction in a G-shape to form the data original storage cylinder 2 and the data original storage cylinder 3. While folding both ends along the viewing window 4, the flat lower plate 6 is integrally molded into a G-shape, and the original is placed between the flat lower plate 6 and the upper plate such as the synthetic resin plate 1 having the viewing window 4. A holding passage 5 is formed and connected. Also, although the drawings are omitted, G-shaped lids that simultaneously close one side of both sides of the original storage cylinder 2 and original storage cylinder 3 are manufactured for both the left and right sides, and the lid covers the original storage cylinder 2 and the original storage cylinder. Drill a hole in the center of both cylinders in 3.
A shaft is inserted through the hole so as to protrude from both sides of both cylinders, and a deceleration motor is attached to one side so that the data original can be automatically sent and returned.As shown in FIG. Install or bury it in between.

Embodiment 2 FIG. 3 is a sectional view of a document reading and storing device, in which a document reading and storing device such as a computer is embedded in a computer body and can be attached and detached.

In the same figure, a viewing window 4a is bored in the upper surface plate 4b of the synthetic resin plate 1a, the front and rear parts of the synthetic resin plate 1a are curved to the same side, and a document storage cylinder 2a is formed in the lower part of the G-shape.
A document storage tube 3a is molded in an obliquely inclined (embedded) shape on top of the document storage tube 3a, and then folded back and connected to form a flat lower plate 6a, while a document holding passage 5a is integrally molded to read the document in a computer or the like. A storage device is formed, and a chart-type continuous paper document 8a is placed inside the document storage cylinder 2a at the bottom, and the front end of the chart-type continuous paper document 8a is inserted into the document holding path 5a, and when further fed, the chart is stored. The front end of the continuous paper document 8a is fed into the document storage cylinder 3a, and
The document is automatically folded and stored in the document storage cylinder 3a. Reading is performed using the viewing window 4a while the chart type original 8a is being fed. Of course, according to the first embodiment, a deceleration motor can be installed in the same manner as in the first embodiment, so that the data original can be automatically sent and returned. By embedding or attaching this document reading/accommodating device between the rear side of the keyboard 9a and the front lower part of the monitor device 10 as shown in FIG. 5, the posture can be corrected as shown in FIGS. This is a document reading/accommodating device that makes it easy to input data and text.

H. Effects of the Invention According to the present invention, the document reading/accommodating device such as the computer of the present invention can be mounted or removably installed at the most convenient position between the keyboards 9, 9a and the monitor device 10. As a result, in conventional systems such as computers, peripheral devices such as monitors and keyboards are lined up, and if there is no reading stand, the only option is to place them directly on the edge of the computer's disk. Even if the monitor could be set in a good position on the upper side of the monitor, the movement of the eyes and neck would be wasted, resulting in severe eye fatigue and neck fatigue. Since the data manuscript can be set in the desired position, eye strain and neck strain can be avoided, and misreading and erroneous input can be reduced.

The present invention is a bookmark made of synthetic resin material, etc.
Since the structure is simple, it can be easily molded into one piece and mass-produced at low cost.

The present invention is lightweight and easy to handle and carry, and is easy to embed and place, and can be used for everything from sheet-like manuscript materials to data manuscripts on long continuous chart-type sheets. Moreover, it is equipped with a motor and can automatically feed and return long data originals using an electric system, without damaging the data originals.

This device is equipped with a viewing window and a flat lower plate at the bottom of the window, so that it is possible to write and correct incomplete parts of the data manuscript, and there is a scale on the upper side of the viewing window. Since it is engraved, it is easy to know exactly where the data manuscript is being read.

The present invention can be manufactured not only from synthetic resin materials but also from light metal materials.

The present invention has the above-mentioned effects, and is a very convenient and useful device in practical terms.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the original reading/accommodating device of the present invention, Fig. 2 is a sectional view showing an embodiment of the original reading/accommodating device of the present invention, and Fig. 3 shows that the original reading/accommodating device of the present invention can be installed embedded. Fig. 4 is a schematic side view showing an example of how the present invention is placed and used, and Fig. 5 is a cross-sectional view showing an example of a molded article according to the present invention. It is a side view schematic diagram showing an example of how to place an object. 1, 1a...Synthetic resin plate, 2, 2a...Document storage tube, 2b...Document insertion slot, 3, 3a...Document storage tube, 4, 4a...Viewing window, 4b...Top plate, 5,
5a... Original holding passage, 6, 6a... Flat lower plate,
7...Scale, 8...Data manuscript, 8a...Chart style continuous paper, 9,9a...Keyboard, 10...
... Monitor device, 11 ... Computer body, 1
2...Input implementer, 13...Chair.

Claims (1)

[Scope of utility model registration request] A reading section is formed by cutting out a rectangular viewing window 4 on the upper surface of the synthetic resin plate 1, etc., a scale 7 is engraved on the upper side, and the front and rear parts of the synthetic resin plate 1, etc. are curved to the same side to form a G-shape. A document storage tube 2 and a document storage tube 3 are formed, and both ends thereof are folded and connected along the lower surface of the viewing window 4 to form a document holding passage 5 while a flat lower plate 6 is integrally molded. A document reading/accommodating device for a computer, etc., characterized in that it is configured to be placed or buried between a keyboard 9 of an input mechanism and a monitor device 10, and to be detachably installed.