JP3141043U - Paper holder - Google Patents

Abstract

To provide a paper holder that is stably attached to a lid portion of a notebook personal computer, a secured original is stable, and is light and foldable.
A holder having an arm that stabilizes a document is arranged in two vertical suction cups to stabilize the mounting of the holder. By making the holder independent on the sandwiched fastener side and suction cup side, the application of the lever at the inclination when attaching the joining tool and the holder makes it possible to stabilize and simultaneously fold the two holders as one holder. The size of the holder and arm is limited to the size of an A4-size original, and the material is made light, such as styrofoam, to reduce weight.
[Selection] Figure 10

Description

  The present invention relates to a paper holder that is mainly attached to a lid portion (the back side of a display) of a notebook computer.

  Conventionally, a paper holder for a personal computer is attached to a personal computer from a standing type, and is used practically on a desk having a space in which a manuscript can be placed in a space next to the personal computer.

A practical paper holder for a personal computer is not suitable for carrying in and out of a bag due to its size and mounting method, and is practically sufficient for simple mounting on a notebook personal computer that does not specify the place of use.

  In Japanese Patent Application Laid-Open No. 10-234481, a document holder having a sucker and a clip-type fastener on a bendable casing enables simple mounting on a personal computer and compact carrying. However, the flexible housing is short and is insufficient for holding an A4 size original and using a personal computer, and the original holding with one suction cup is not stable. In addition, when the document is simply held with the pinch-type fastener, the document is in an unstable state such as being rounded or shaken.

FIG. 10 is an explanatory diagram of the implementation as an improvement measure. The length of the axis of the paper holder from the clip-type fastener 4 to the suction cup 5 attached to the lid of the notebook computer (the back side of the display) is adjusted so that it can be used for A4 size vertical documents. The length is about the size of A4 vertical size. Arms 2 (horizontal axes) are attached to the left and right sides of the shaft to increase the stability of the document. In order to stabilize the vertical axis due to the longer axis (hereinafter referred to as the vertical axis) and the addition of the arm 2, two suction cups 5 are used vertically. In addition, the arm 2 is overlapped with the vertical axis so that it can be carried compactly, the vertical axis is divided into two parts, the clip side 1 and the suction cup side 7, and the connecting device 6 is attached to fold it in two. Made possible. The connection device 6 is also made of a light vinyl tape, etc. The two upper and lower holder shaft contacts are naturally pulled like a lever by the inclination of the lid of the notebook computer, and the two independent holder shafts Made it possible to reduce weight and weight.
Japanese Patent Publication No. 234481

  The problem to be solved is that it is a lightweight and compact paper holder that can be easily mounted on a notebook personal computer, and a paper holder with high stability of document holding.

  In the present invention, a sucker is attached to the paper holder so that the paper holder can be attached to the lid portion (the back side of the display) of the notebook computer in order to position the document above the display of the notebook computer. Two suction cups are arranged vertically to increase the stability of the paper holder. In addition, in order to increase the stability of the document fastened with the pinch-type fastener, the arm horizontal axis is attached to the left and right of the holder vertical axis. In order to reduce weight, the paper holder and arm are made of foamed polystyrene. In order to make it compact, connect the vertical axis of the holder to the vertical axis of the holder, attach a rotatable connecting device as a fulcrum, and make the arm overlap the holder. The holder vertical axis is made independent on the upper clamp-type fastener side and the lower suction cup side, and it is possible to fold it compactly by attaching a connecting device. The connecting device is also made of light vinyl tape, and the contact between the two independent upper and lower holder shafts is pulled naturally as a result of the inclination of the lid of the notebook computer, and the two independent holder shafts are stabilized. It is characterized by that.

  The paper holder of the present invention is composed of a light material, and has an advantage that the holder is stable and the original is stable.

  In order to attach it to the lid part of a notebook computer, use materials such as polystyrene to make it as light as possible, and put two suckers on a thin shaft about the width of the sucker and pinching fastener and the length of A4 size Stable attachment, the document is stabilized by a small clip-on fastener and arm that holds the document, the holder shaft is made independent of two so that it can be carried, and it can be folded compactly by connecting with tape etc. I made it.

  FIG. 9 is a perspective view of a state in which the paper holder of the present invention is attached to the lid portion of the notebook computer with a suction cup, the horizontal document 10 is fastened with the clip 4, and the document is stabilized by the arm 2 from the front side. is there. Reference numeral 1 denotes a paper holder sandwiching vertical axis, 6 is a joining device, and 8 is a display.

  FIG. 10 is a perspective view of a state in which the paper holder of the present invention is attached to the lid 9 of the notebook computer with the suction cup 5 and the vertical document 10 is fastened with the clip 4 and stabilized with the arm 2 from the rear side. . Reference numeral 1 denotes a paper holder sandwiching type vertical axis, 3 denotes a rotatable connecting device, and 7 denotes a paper holder suction cup side vertical axis.

  As described above, the paper holder of the present invention enables more stable mounting of the holder and more stable document than the conventional holder.

  As shown in FIG. 6 and FIG. 7, it is possible to compare the display on the display and the manuscript using the space above the display of the notebook computer, and it is very easy to store and use Very useful for expanding the scope.

  Conventionally, the place where a personal computer is placed indoors is fixed. A laptop computer has been developed and can be used without any restrictions. For example, it can be used if the space of the external area of the notebook computer is secured, such as in a public place or in a car, but there is no space for placing the manuscript and the computer is used while looking at the manuscript in a stable state. I couldn't do it. Since the paper holder of the present invention uses space, it does not require space, the original after mounting can be stabilized and made lightly, and it is easy to carry. By making the clip removable back and forth, it is expected to be used as a paper holder for those that can use a suction cup.

It is a top view of the paper holder front side. It is a top view of a paper holder back side. It is a top view of a paper holder side surface. It is the perspective view which opened the arm of the paper holder sideways. It is the perspective view which closed the arm of the paper holder vertically. It is the perspective view which closed the arm of a paper holder and folded the vertical axis | shaft and made it compact. It is the perspective view which mounted | wore the notebook type personal computer with the paper holder, and was seen from the front. FIG. 3 is a perspective view of a paper holder mounted on a notebook computer, a document being held sideways, and viewed from the front. Example 1 It is the perspective view which mounted | wore with the notebook type personal computer and the paper holder was seen from the back side. FIG. 3 is a perspective view of the paper holder mounted on the notebook computer, the document held vertically and viewed from the back side. (Example 2)

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Paper holder clamping type vertical axis 2 Arm horizontal axis 3 Rotating connecting device 4 Removable clamping type 5 Suction cup 6 Connecting device 7 Paper holder suction side vertical axis 8 Display 9 Back side)
10 Manuscript

Claims (3)

  Lightweight material such as Styrofoam has a vertical axis body and has two suction cups at the top and bottom to increase the fixing force and mounting stability on the lid of the notebook computer (the back side of the display). .   A paper holder with a lightweight material such as Styrofoam as the vertical axis body and a horizontal axis arm of the same material as the vertical axis body on the left and right sides of the vertical axis body prevents the paper from curling or wavy. Paper holder.   The horizontal axis arm can be overlapped with the vertical axis body of the above paper holder, and the vertical axis body can be folded by separating it into the upper clip side and the lower sucker side and connecting it with a connecting device. Paper holder that is compactly stored when in use.