The act of taking a shower is, for many of us
in the 1st world, a daily ritual. Thus the need for good product
design and concise use of anthropometric and ergonomic data is that of a vital
one. The first area in which good design can be seen within the shower
environment is when looking at the way the water is drained, slightly angled
flooring is a very common means in which this is done. This, alongside grooved
or patterned flooring which is often seen in moulded shower basins allows water
to flow away with ease (whilst also offering friction to help remove the risk
of slipping when the basin is wet).
Next the
factor of how a single shower system can be designed to suit the mass majority must
be addressed, the vast majority seem to choose the simplest option, adjustability.
This is most noticeable when looking at the shower head, through using grips
the height and pitch of the shower head can be modified with ease in order to
suit most all users.
In addition
to this, the heat and strength of water flow can also be adjusted, this is a
hugely important and necessary factor on any modern shower system as it allows the
user to have control over the experience. By doing this you offer variety in
its use, another example of where this takes place is when looking at the
variety of shower heads on the market, many now offer different settings in how
the water is designed to be released (e.g. Jet, light shower or a mix of both.)
Another factor
of the design is the way in which the water is stored inside the unit, rubber
seals are used on joints to contain water within the system itself whilst a hose,
encased in metal ring tubing to strengthen the tubing and help insulate the water
runs from the control/feed unit to the shower head. All these pieces are
designed to be fitted together with threaded locks in order to allow for it to
be taken apart for easy repairs and replacement of parts without the need of a
specialist.
All these
factors make for a very reliable and thought out system, however there are also
some bad aspects to the act of taking a shower. Due to the constant daily use,
often lime scale begins to fester in the rubber holes of the shower head, thus stopping
the water flow or causing the water to fire out at an angle as opposed to
straight down to the floor. Also in the case of a family house hold, often the
water boiler cannot keep up with the rate of use and thus the latter people tend
to not experience the same temperature as those going first. Both these factors
are issues that could be rectified with some design innovation however, I feel
that it is necessary to point out that these factors are not the fault of the shower
unit, but rather external factors that cause implications on the experience at
hand.
Link to image used: https://www.tritonshowers.co.uk/media/catalog/product/cache/4/image/1230x1230/9df78eab33525d08d6e5fb8d27136e95/m/i/mixer-shower-thames-mini-sequential-exposed-list.jpg
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