JPS585036Y2 - Blindfold board attached to handrails, grids, etc. - Google Patents

Description

[Detailed explanation of the invention] This invention is suitable for both existing and new installations, between the core of handrails and surface lattices.
This allows witnesses to be easily and inexpensively covered with blindfolds.

Conventional blinding devices of this kind, such as grids, include one in which a blinding board made of synthetic resin or the like is pasted on the entire surface of the grid, or an insertion groove is provided in each vertical side wall, and a blinding board made of synthetic resin or the like is provided in the insertion groove. There are types in which both ends of a board are inserted, and types in which both ends of a blind board are attached or fixed to each vertical frame.In addition to these, there is also a type in which vertical frames to which blind pieces are fixed in advance are hung in rows. be.

However, these methods require a lot of effort to attach the blind boards with nails, screws, tools, etc., and the process of attaching them to the lattice beams is disadvantageous due to the process of creating holes and grooves, and the stretched blind boards may become distorted. There is a risk that the person may escape from the vehicle.

This proposal eliminates all of the disadvantages mentioned above and proposes the following blindfold board that is simple and advantageous.

That is, as shown in the drawings of the embodiment, along both longitudinal ends of the main board 1 made of synthetic resin, which is rectangular and provided with patterned holes, a belt-like attachment is made approximately perpendicularly to the main board 2. are integrally arranged opposite each other, and these are attached by providing a blinding board W in which the self-adhesive layer N and the removable paperboard P are sequentially polymerized on each outer surface of the board, and these blinding boards are used as a handrail and a nine-sided lattice etc. The substrates 2 are attached to the sides of each machine 3 with adhesive layers N exposed by peeling off the paperboards P on the outer surface of the board 2, which are interposed between the longitudinal bars 3 and attached at both ends thereof. The board ↑ is stretched over it.

Since the main idea is as described above, 4 does not require any nails, screws, or tools when installing the blind board.
In addition, it is convenient to be able to freely install the lattice bars at the desired height and area without being restricted by the shape or size of the lattice bars, and if the blindfold boards become discolored or damaged, or if you want to change the design, you can easily peel them off and replace them. It is a simple but extremely useful device, which has the advantage of being able to provide high-quality materials, as well as being inexpensive due to its material composition.

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[Brief explanation of the drawing]

The figures are examples, and Figure 1 is a slope view of the proposed blindfold board;
FIG. 2 is an enlarged plan view of a state in which it is stretched between lattice bars, and FIGS. 3A, B, and C are plan views of each embodiment showing the state in which the main plate and the attached board are connected. 1 is the main board, 2 is the mounting board, 3 is the vertical crosspiece, N is the adhesive layer, and P is the paperboard.

Claims (1)

[Scope of utility model registration request] Along both longitudinal ends of a main plate 1 made of a synthetic resin, metal plate, etc., a strip-shaped mounting board 2 is provided so as to be substantially orthogonal to the main board. A blindfold board W having an adhesive layer N and a removable paperboard P sequentially polymerized is provided on each outer surface of the board. For attachment, attach the substrate 2 to each vertical bar 39 using each adhesive layer N exposed by peeling off each paperboard P on the outer surface.
A blindfold board to be attached to a nine-sided handrail lattice, etc., characterized in that the main board 1 is attached to the side surface.