Putting Ease on Public Access through Wheelchair Ramp Slope Standard

Putting Ease on Public Access through Wheelchair Ramp Slope Standard

Public utility buildings and facilities are made mainly for general social access wherein they must cater to the different qualities and characteristics of individuals in the society. For this issue, buildings are created and developed under a normative standard for social access including the adequate points of entry and passageway spaces.

However, in the aspect of general public access, public utility buildings should also consider establishing accessibility features for people with disabilities namely those in the wheelchair population. For this concern, wheelchair ramp slope should be constructed in these building for entry and passageway access in these buildings and the services contained within it. This includes public offices, utility buildings, banks, hospitals, recreational facilities, comfort rooms, and others that cater to the necessity and wants of the society including the disabled population.

Wheelchair Ramp Slope Construction

In the aspect of construction wheelchair ramp slope, there are several standards and factors that must be considered for its ease and functionality for the disable population. This includes the adequate space for mobility, traffic, and comfort of its users. In general, there is a basic wheelchair ramp slope that is being followed relating to the rising angle of the slope, movement space in terms of width, safety medium, and the mobility ease of the moving wheelchair. For the width clearing, wheelchair ramp slope should have ample space measured within 36 inches or more. The slope ratio should cater to the qualities and abilities of its users wherein the disabled population can easily rise and descent. The easiest standard for this is established within 1:12 ratio for the angular level.

The quality of the wheelchair ramp slope material and level landing spaces should also be considered in the construction. The floor slope should be made in a way that it doesnt hinder with the ascent and descent of the disabled population particularly on their control over their wheelchair. Certain technological innovations can also be applied in this concern such as electric wheelchair slope made based on the conveyer belt system to assist the people with disability in their mobility. Instead of using physical force in moving their chair, the wheelchair ramp slope can be made automatic to transport its users between different level landings for the comfort and ease of the disable population.

Indeed, adhering to these standards and applying certain technological innovations can effectively make public utility construction and buildings accessible for the general public including the disabled society.