JPS586966Y2 - Vertical yoga drail - Google Patents

Description

[Detailed description of the invention] This invention is installed on walls and columns such as stairs and hallways of buildings, especially hospitals and nursing homes, or around the waist inside elevators, to prevent damage to walls and columns. This invention relates to a building guardrail that can be used as a pedestrian handrail or push handrail.

Traditionally, this type of guardrail for buildings has been made of metal, which is manufactured into a continuous length at the time of manufacture, rolled up, and then cut to an appropriate length at the installation site at the time of installation, and then attached to the wall surface, etc. There are some that are coated on the surface side of the substrate.

However, in general, in hospitals and various other facilities that require guardrails for buildings, for example, in hospitals, mobile operating tables and equipment tables, and in facilities for the handicapped, wheelchairs, etc., are used to move along corridors and take elevators. The transportation equipment and vehicles used in hospitals and facilities are usually determined based on the purpose of the hospital or facility.

For this reason, the building guardrails used in these buildings are always worn and damaged at the same height by the transportation machinery and vehicles used inside the building, and are easily damaged at other heights. It is not subject to much wear or damage.

However, in conventional building guardrails,
If only one elastic coating strip is attached to the surface side of the substrate, or if multiple elastic coating strips are attached, elastic coating strips with multiple types of cross-sectional shapes are used, and the former In this case, there is a problem in that even if wear or damage occurs only at a certain height of the elastic coating strip, the entire piece must be replaced during repair.
In addition, in the latter case, it is necessary to form elastic coating strips with multiple types of cross-sectional shapes, and the elastic coating strips, which are prone to wear and damage, vary depending on the type and location of the facility where the guardrail is installed. In some cases, only a certain type of elastic coating strip may be subject to wear or damage, or more than one type of elastic coating strip may be subject to wear or damage, so which types of elastic coating strips are needed and to what extent? There was a problem that the schedule did not go well and it was not possible to manufacture various elastic covering strips in advance in consideration of repair.
The more repair costs and manufacturing costs went up, the more material was wasted.

In view of this point of view, this invention provides a plurality of locking pieces having the same size and a substantially C-shaped cross section on the board, and each of these locking pieces has a cross-section of the same size and a substantially C-shape. The elastic coating strip is removably attached, thereby solving all of the above-mentioned problems with conventional building guardrails, and at the same time, the elastic coating strip hides the fasteners that fix the board to the mounting base such as a wall surface. However, the present invention provides a guardrail for a building that can also exhibit excellent decorative effects and identification effects.

Hereinafter, the structure of the present invention will be explained based on the embodiments shown in the attached drawings. 1 is a rigid substrate made of metal or hard synthetic resin formed continuously in the length direction by extrusion molding; Along the longitudinal direction, on both upper and lower edges of the outer surface of the vertical piece 2 and at the center thereof, there is a horizontal protrusion 4 that projects approximately perpendicularly to the vertical piece 2, and a tip of the horizontal protrusion 4 that extends in the vertical direction. There are locking pieces 9 each having a substantially T-shaped cross section and having the same size and shape, and these locking pieces 9 have a locking edge 3 that protrudes from the locking edge 3. are arranged so as to form a predetermined gap d from each other, and a fastener guide hole 6 is bored in the vertical piece 2 located between each horizontal protrusion 4, so that the board 1 can be attached to a wall surface, etc. When attaching to the mounting base 7 with the fastener 8, the fastener 8 and a screwdriver etc. can be inserted through the gap d between the above-mentioned locking protrusions 3.

In addition, 5 is an elastic covering strip made of rubber or synthetic resin, etc., which is made into a continuous length and is rolled up and stored, transported as it is to the installation site, and cut into appropriate dimensions. and is removably attached to the locking protrusion 3 of each locking piece 9 provided on the substrate 1 and having a roadside T-shaped cross section of the same size.

In addition, in order to prevent gaps from forming between the elastic coating strips 5, the elastic coating strips 5 that are covered with the locking ridges 3 located in the center are attached to the locking ridges of the horizontal protrusions 4 located at the upper and lower ends. 3 and the elastic covering strip 5 abutting each other at their upper or lower edges.

Therefore, when installing, the inside surface side of the vertical piece 2 of the board 1 should be brought into contact with the mounting base 7 such as a wall or pillar, and screws, bolts, concrete nails, etc. After the board 1 is fixed to the mounting base 7 by driving the pin 8, the elastic coating strips 5 are removably attached to the locking protrusions 3 of each locking piece 9 provided on the board 1.

The present invention has the above-mentioned configuration, and the vertical piece 2 of the substrate 1 made of metal or hard synthetic resin is provided with locking pieces 9 along at least both upper and lower edges thereof, and each The stopper piece 9 is composed of a horizontal protrusion 4 that projects in a direction substantially perpendicular to the vertical piece 2 and a locking protrusion 3 that projects in the vertical direction at the tip of the horizontal protrusion 4. are formed into a roadside T-shaped cross section with the same size as each other so that each locking ridge 3
They are arranged so that a predetermined gap d is formed therebetween, and each locking protrusion 3 is made of an elastic material such as rubber or synthetic resin and has an approximately C-shaped cross section with the same size. The covering strips 5 are removably attached, and the upper or lower edges of each elastic covering strip 5 are brought into contact with each other so that no gaps are formed between the elastic covering strips 5, so that only one type of cross-section is possible. The elastic covering strip 5 having a shape is produced into a long length by extrusion molding at the time of manufacture, and is wound and stored. It is possible to cut the number of locking pieces 9 in total and attach them to the locking protrusion 3 of each locking piece 9, and there is no need to separately produce elastic covering strips having several different cross-sectional shapes. In addition, these elastic covering strips 5 have their upper or lower edges abutting each other to prevent the locking protrusion 3 of each locking piece 9 from interfering with each other. Since the gap d is closed, the fastener 8 for attaching the board 1 to the mounting base 7 can be hidden at the same time, and the fastener 8 can be hidden on the surface of the guardrail.
This improves the appearance of the material without exposing it.

In addition, since each elastic covering strip 5 is located along the mounting base 7 of a wall surface, etc. at approximately the same height from the floor surface of a hallway, etc., it runs in a hallway, etc., and is attached to a building at an approximately constant height position. Transportation machinery and vehicles that collide with guardrails relatively frequently collide intensively with one elastic coating strip 5 located along a wall surface, etc. at approximately the same height from the floor surface, and this elastic coating strip 5 5
However, each elastic coating strip 5 having a substantially C-shaped cross section is attached to the outer surface of the locking protrusion 3 of each locking piece 9. Therefore, it is relatively easy to attach and remove each elastic covering strip 5, and when repairing building guardrails, each elastic covering strip 5 can be removed from the locking piece 9 to avoid wear and damage. It is possible to replace the damaged elastic coating strip 5 with an elastic coating strip 5 that has not been worn or damaged, or to replace only the worn or damaged elastic coating strip 5 with a new one. , the repair work becomes extremely easy, which not only saves repair costs but also saves materials.

Furthermore, each of the locking pieces 9 of the substrate 1 has the same cross-sectional shape, and each of the elastic covering strips 5 attached to the substrate 1 has the same cross-sectional shape.
have the same cross-sectional shape, so if you prepare various boards 1 with different numbers of locking pieces 9 to match the width of the guardrail required by the building, you can change the number of elastic covering strips 5 each time. This can be achieved with only one type of elastic covering strip 5 without changing the width dimension or cross-sectional shape, and its versatility is improved.

In addition, the substrate 1 is removably covered with at least two elastic coating strips 5, so that each elastic coating strip 5
The color and material of the room can be selected arbitrarily, and by selecting the color according to the place where it will be used, it can enhance its decorative effect, or it can be used to display the floor, room classification, and type to create an identification effect. You can also have it.

In addition, since the upper or lower edges of each elastic covering strip 5 abut each other and there is no gap, accidents such as various transportation devices, other objects, hands, etc., may get caught or caught. Not only does it enable safe and reliable transportation, it also prevents damage to walls, columns, transportation equipment, etc. due to abrasions that often occur during transportation, and the elastic coating strip 5 prevents transportation equipment, etc. from coming into direct contact with walls and pillars. Since it does not cause collisions or collisions, it has a cushioning effect that weakens impact and a quiet effect that eliminates unpleasant impact noise.

In addition, when a large impact is applied to any one of the elastic covering strips 5, the impact is sequentially transmitted to the other adjacent elastic covering strips 5, and the impact is dispersed and absorbed by each elastic covering strip 5. Because of this, only the locking pieces 9 at the location where the impact is applied will not be deformed or broken, and the strength of the locking pieces 9 will complement each other and be able to withstand large impacts.

In addition, when used as a handrail or push hand by a pedestrian, the elastic coating strip 5 gives the user a soft feel, and has the effect of assisting patients and the elderly in walking, especially in hospitals and nursing homes. be.

3 and 4 show other embodiments of the present invention,
In FIG. 3, the outer surface of each elastic covering strip 5 is made thick, and the inside thereof is made hollow 10 to further enhance the cushioning effect.

In the embodiment shown in FIG. 4, the substrate 1 is not formed by extrusion, but the band-shaped plate is formed by bending or pultrusion using a forming roll or a draw bench.

In each of the above embodiments, the elastic covering strip 5 is illustrated to have a substantially elliptical cross section, but it may also be formed into a trapezoidal shape, an inverted trapezoidal shape, a circular shape, or the like.

Furthermore, a fluorescent material can be mixed or coated at appropriate locations on the elastic coating strip 5, and the fluorescent material will emit light at night or in an emergency such as a power outage, making it easy to know the location of hallways, elevators, etc. be able to.

[Brief explanation of the drawing]

FIG. 1 is a partially sectional perspective view showing an embodiment of the building guardrail according to the present invention, FIG. 2 is a vertical sectional view showing the state of use,
FIGS. 3 and 4 are sectional views showing other embodiments. 1... Board, 2... Vertical piece, 3...
...Locking protrusion, 4...Sideward protrusion, 5...
...Elastic covering strip, 7...Mounting base, 9...
...Locking piece, d...Gap.

Claims (1)

[Scope of utility model registration request] In a guardrail for a building in which a rigid board is attached to a mounting base such as a wall surface, and a plurality of elastic coating strips are attached to the surface side of this board, the board is attached to a vertical piece fixed to the mounting base and this vertical piece. A plurality of locking pieces are provided on the surface side of the vertical piece and extend in the longitudinal direction. The locking protrusions protrude in the vertical direction at the tips of the parts, and are formed into a substantially C-shaped cross section with the same size, and a predetermined gap is provided between the locking protrusions of each adjacent locking piece. A plurality of elastic coating strips having the same size and a substantially C-shaped cross section are removably attached to each of these locking protrusions, and each of the elastic coating strips adjacent to each other A guardrail for a building, characterized in that the upper edge and the lower edge of the building block are brought into contact with each other to close the gap between the locking edges.