JPS5937076Y2 - book stand - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a book stand that can hold various large-sized magazines and books, particularly weak, thin and large magazines, in an orderly and freestanding manner.

2. Description of the Related Art Conventionally, magazines and documents are usually stored in bookshelves or organized by means such as bookbinding at companies or homes.

However, when trying to organize this periodically, for example, on a monthly, six-month, or yearly basis, first of all, it is difficult to read books that are weak, especially books that are wide and tall but flimsy, which are often seen in recent years, and magazines. Bookshelves and bookstands that are meant to stand up tend to tilt or bend over time, making it very difficult to organize them. Although it is possible to organize the books in an orderly manner, the binding requires punching holes for binding, which can damage the books and make it difficult to remove them.
The bookbinding process itself has drawbacks such as requiring a great deal of time and effort.

This invention was devised in view of the current situation, and its purpose is to make it possible to store even the weak magazines, etc., which do not have the above-mentioned independence, in a free-standing state, and to store them in a single volume at the most. The object of the present invention is to provide a book stand structure that allows the above-mentioned self-standing even if there is a book stand, and can also be used as a transparent protective case that allows the contents to be seen when the required number of magazines and the like are stored.

The present invention is a book stand for holding thin and large magazines etc. that are particularly weak in stiffness, and is made by bending one elastic vertical flat plate to form a vertical back surface forming part 1 having a required width and a vertical back surface forming part 1 having a required width. A vertical cylinder having an approximately isosceles triangular cross section is formed by l pairs of vertical side forming portions 3-1 and 3-2 extending from both sides of the forming portion in a direction forming an acute angle, thereby providing elasticity to both acute angle forming portions. The vertical side forming portions 3-1 and 3-2 have approximately the same area and height as the magazines, etc. stored in the magazine, etc. storage space 3 of the same vertical cylinder. In addition, the free extension ends of both vertical side forming portions 3-1 and 3-2 forming the magazine insertion portion 2 are brought into contact with the elastic state even when no magazines are stored, thereby preventing the above-mentioned elastic recovery. Regardless of the number of magazines, etc. to be stored using force, the free end side of the magazines, etc. is
This book stand is capable of strongly clamping at the free extension end of 1°3-2, and is capable of independently holding even weak magazines and the like.

Embodiments of the book stand described above are shown in FIGS. 1 to 3. As shown in FIGS. 2 and 3, the book stands in FIGS. This is what I did.

To describe the procedure and operation of the book stand according to the present invention, for example, even when storing a single weak magazine, as shown in FIG.
1, 3-2 The free extension end uses the elastic restoring force generated in both acute angle forming parts to open the free end side (unbound side) of magazines, etc.
By elastically holding the magazine, sufficient self-supporting force can be given to the storage magazine.

In addition, since the both side surface forming portions 3-1, 3-2 have the same area and height as the magazine, etc., the self-blade becomes even stronger.

Furthermore, even when storing a predetermined number of books, the elastic restoring force at the double-acute angle portion increases in proportion to the expansion of the magazine insertion section, so magazines, etc. can be held independently with sufficient clamping force. This state is shown in FIG. 4, and in FIG. 4, the back surface forming portion 1 can also be used as a back cover.

As described above, the book stand according to the present invention has the following effects.

(1) Even if a magazine or the like is weak, it can be reliably maintained in a self-supporting state by using the elastic restoring force in both acute angle forming parts and clamping the free law at the free extension ends of both side forming parts.

(2) The same self-reliance is possible even in the case of one weak magazine.

(3) One unit of stored items (for example, a certain amount of documents,
In the case of magazines, they can be arranged or stacked by one year's worth.

At that time, a display board may be provided for each unit.

(See Figure 6) (4) Since it is molded from a single plate, a simple and clean design effect can be achieved.

(5) The book stand can also store and hold magazines regardless of the number or size of the magazines.

(6) Not only magazines, but also records, catalogs, general documents, etc. can be filed.

(7) By making the book stand from transparent material, you can see the contents of the stored items at a glance.

(8) Book stand smoked color (beer bottle color)
In addition to the effect described in (6), by making the magazine out of this material, discoloration of the magazines can be prevented.

(9) Unlike bookbinding, each can can be stored and taken out.

(10) Since the shape is simple, there is no need to worry about failure, which is the case with binder-type products, and it is easy to handle.

[Brief explanation of the drawing]

Figure 1 is a perspective view of the magazine storage state of the book stand according to the present invention, Figures 2 and 3 are perspective views showing other versions of the book stand, and Figure 4 is the tidy state of the original product. An explanatory diagram showing an example. 1: Cylindrical main body, 2: Outlet, 3: Storage part.

Claims (1)

[Scope of utility model registration request] This is a book stand for holding a thin and large magazine etc. A which is particularly weak, and is made by bending one elastic vertical flat plate to form a vertical back forming part 1 having a required width and a vertical back forming part 1 having a required width. A vertical cylindrical body having an approximately isosceles triangular cross section is formed by a pair of vertical side forming portions 3-1 and 3-2 extending in directions forming an acute angle from both sides, thereby imparting an elastic restoring force to both acute angle forming portions. and both vertical side forming portions 3-1,
3-2 has substantially the same area and height as the magazines, etc. stored in the magazine, etc. storage space 3 of the same vertical cylinder, and further has both vertical side surfaces forming the magazine, etc. insertion section 2. The free extension end of part 3-1.3-2 is brought into a close state when no magazines, etc. are stored, so that the elastic restoring force can be used to freely extend the magazines, etc., regardless of the number of magazines, etc. stored. A book stand whose end sides can be strongly compressed by the free extension ends of both vertical side forming parts 3-1 and 3-2, and which can sufficiently independently hold even weak magazines and the like.