A product design blog containing unique observations, advice and ideas to improve objects from the mind of Product Tank.
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Entries in industrial design (8)
design advice - areas to innovate
When I am designing a product I often only focus on the products relationship with the end user, without realising all the other areas where I can innovate. Products are manufactured, stored, delivered to warehouses, shipped in containers, displayed on shelves, taken home, used and kept in cupboards, cleaned etc. The life of a product does not begin when the customer opens the packaging. If I can save weight, materials, number of parts, size (flat pack), storage, ease of part replacement, ease of dis-assembly, then I am making huge cost savings and environmental savings, etc. There are loads of areas within product design where a designer can make a huge difference, a long time before it has reached the end user and a long time after and all too often I think this is overlooked.
what is industrial design?
There has recently been an interesting discussion on Core77 about trying to define what industrial design is. Its clear, that at the time of writing, a whole bunch of Industrial designers cannot agree. Design is such a personal thing and everyones reason for doing it is different. Some people want to make existing designs look more stlish, some (like myself) want to improve their functionality.
'My industrial design is about identifying a product that doesn't work as well as it could and trying to make it work better.'
But I'm happy to admit, I'm not happy with that definition.
design ideas - don't dredge...Sledge!
Last year I had an idea for modifying trawl doors so that they fished just above the sea bed, reducing destruction to the sea floor, so I made this short video:
Then recently I watched the fantastic Hugh's Fish Fight. One thing the documentary focuses on is how scallop dredging is destroying habitat and sea life (see video on the fish fight website). The best way to catch scallops is to hand dive for them, so being a designer and having also recently seen programmes about advances to artificial limbs and computer controlled drones, I started to put things together and came up with the idea of drones with artificial limbs being piloted by computer whiz kids either from the boat or from the shore to harvest scallops.
Is this the future?
But also (thinking around the problem) very few areas are currently zoned off for hand diving only, so better commercial solutions need to be sought for areas where dredging is still allowed. One piece of behaviour I have seen, is that when the scallop is touched, it's response is to try and flee by propelling itself away:
I wonder if this behaviour can be exploited so by slowly pulling a sledge over a bed of scallops, with dangling ropes at the front of the sledge, they can be tickled/nudged into fleeing and then be collected in the back of the sledge? This would greatly reduce the damage caused by dredging.
design ideas - newt rescue
image: a newt from my own pond
One of my mates (Andy) works in wildlife conservation, tracking UK populations of amphibians. On reading my blog post about drains during the flooding, he told me that a big problem our amphibians suffer when migrating to ponds along roads, is falling into drains - they cannot escape and eventually perish. I came up with some quick ideas to solve this problem that are retrofittable, can be made cheaply and either installed just for the migration seasons or left in place year round. Concepts focus on either stopping amphibians falling into drains in the first place or providing them with a means of escape when they do (No.5 isn't serious, but if copper dissuades slugs from veg patches will it work on frogs?)....
design hack
I don't know if it's because of the bitterly cold weather we've been having (see previous post), but my bandsaw blades keep breaking. Rather than throw them out, I decided to recycle broken blades into wood rasps. I initially wanted to fix cut lenghths together with nuts and bolts, but the tempered blades whilst easy to saw, proved impossible to drill through. Instead I taped all the pieces together and cut a 'V' in each end (with a dremel and grinding wheel) to then hold in a frame.
I also positioned the teeth in opposite directions so I cut material when working the rasp in both directions. The blades are spaced apart because the teeth of the blades are angled, so with coarse toothed blades, this gives a better cut, but with fine toothed blades this isn't necessary as my second experiment proved. I am very pleased with the results, they work as well as my current wood working rasp and save me throwing the blades away.
As fine toothed blades don't need to be spaced apart, the ends can just as easily be wrapped in strong tape and then covered with filler or Sugru to make them comfortable to hold.
design ideas - Flooding #2
Alas, the rain continues.... and combined with the wind direction, rain is being blown onto the back door of the house. This has meant that every time I open the door to go out to my shed to make a model or two, water runs off the door and drips off it's end scribing a perfect arc onto the floor inside. It's becoming annoying. I can't believe that door manufacturers haven't come up with a nice cosmetic way to gutter the water off the door to prevent this, which would be an additional USP and could easily be provided as an additional option.
5 minutes with photoshop provided me with a design solution, a gutter that runs along and extends beyond the edge of the door when open. I'll admit my modification is not that beautiful (if I spent more time on it I could make it amazing), but even like this, it's better than having to continually lay and change newspaper every time it rains.
design idea - Flooding
This week, the rain in blighty has reached near biblical proportions. It's autumn and many roads have become flooded as fallen leaves have blocked drains causing several problems. As a driver, you don't know where the edge of the road is and you also don't know where the drain is if you want to try an unblock it. I was wondering if I could come up with a design solution to solve these issues, so generated two ideas that are cheap to manufacture from plastic and polystyrene and are retrofittable to a current drain.
1. is a float that sits in the drain and as it starts to fill raises to indicate where the drain is.
2. is an idea to stop the drain blocking by having a floating cage lift up to prevent leaves from clogging the top of the drain. Both have issues, but are ideas in progress.