Showing posts with label ingenuity. Show all posts
Showing posts with label ingenuity. Show all posts

Thursday, October 29, 2015

Artistry of Ingenuity 3: Condoms

Condom packaging based on different vegetable girths to help choose the correct fit. 
Graduate shows 2015: Taiwan designer Guan-Hao Pan has created a set of condom packages modeled on phallic vegetables, which users can hold to determine the correct girth for their contraceptive sheath (+ slideshow).
Love Guide Condoms by Guan-Hao Pan
Pan's Love Guide Condoms are packed into tubes that are based on different fruit and vegetables, and correspond to the size of the latex sheaths inside.
Love Guide Condoms by Guan-Hao Pan
The five different sizes range from zucchini – the biggest at five centimeters in diameter – down through turnip, banana, carrot, and finally cucumber, measuring three centimeters across.
The designer hopes that by holding the cylinders, users will be able to match one with their penis girth.
Love Guide Condoms by Guan-Hao Pan
In each tube, 12 condoms are individually packaged in containers with lids patterned to look like the sliced fruit and vegetables.
Love Guide Condoms by Guan-Hao Pan
Made from card, the packaging carries simple graphics including the Love Guide logo and a drawing of the food.
Pan – who studied at the National Taipei University of Technology – designed the condoms to prevent users from picking up the incorrect size, as this can have consequences.
Love Guide Condoms by Guan-Hao Pan
"Studies show that more than 60 per cent of users choose a wrong size while shopping for condoms," he said in his project statement. "In addition to discomfort, wrong size selection increases the risk of slippage and rupture."
Love Guide Condoms by Guan-Hao Pan
"A condom becomes much less effective if it is the wrong size, worn on the wrong side, or its tip is not squeezed when worn," Pan added. "It may cause pregnancy and/or sexually-transmitted diseases."
He also identified that condoms are commonly worn inside out, increasing the risk of tearing the latex and of spillages.
Love Guide Condoms by Guan-Hao Pan
To prevent mishaps, he added a flap inside each container that pushes up the teat for easier application.
"Each condom comes in a specially designed case with a rising tip, making it easy to pick the condom from the right side while squeezing the tip at the same time," said Pan, who added that this also aids application in the dark and for the blind.
Love Guide Condoms by Guan-Hao Pan
Earlier this year, a group of UK schoolchildren won an award for a conceptual condom design that would change colour when it comes into contact with a sexually transmitted infection.
Love Guide Condoms by Guan-Hao Pan
Designers have come up with a variety of other ideas for improving contraception, including a condom wrapper that can be opened with a simple finger-clicking action and an open-source, intrauterine device made using a one-cent coin.

Condom device wins Most Beautiful award
Design Indaba update: a condom applicator designed to help AIDS prevention has been named the Most Beautiful Object in South Africa by Dutch designer Jurgen Bey.

Bey, who was in Cape Town to speak at the Design Indaba conference last week, selected the product from a shortlist of 15 products at the Design Indaba Expo.

The applicator, invented by Willem van Rensburg and designed by industrial designer Roelf Mulder of South Africa's XYZ Design, allows a condom to be put on easily and rapidly.

The user holds the device with the thumb and forefinger of both hands, pulling the condom down over the penis in a single rapid movement. See video demonstrations of the product below:

It is hoped the design will encourage the use of condoms, thereby helping reduce the spread of AIDS.


The applicator, which was selected for the SAFE exhibition at MoMA in New York two years ago and is in the museum's permanent collection is now being marketed and sold under the Pronto brand.
 
Diagram


One Handed Condom Wrapper by Ben Pawle
British designer Ben Pawle has come up with a condom wrapper for people with disabilities that can be opened with a simple finger-clicking action (+ movie).
One Handed Condom Wrapper by Ben Pawle
The One Handed Condom Wrapper is designed for people with hemiplegia, a condition which paralyses one side of the body, making some everyday tasks extremely difficult. The wrapper requires a simple finger-clicking action to break both the outer layer of foil and the thin plastic lining inside.
One Handed Condom Wrapper by Ben Pawle
"I guess it's just common sense - why is a condom an obstacle and hindrance instead of enhancing a moment?" says Pawle. "It was born out of a project that looked at a specific condition but it actually had a value that everyone could appreciate or connect with."
Here's some more information from the designer:

Preserving human dignity
The project concerns hemiplegia, a condition affecting one side of the body with semi-paralysis symptoms similar to that of a stroke, which makes simple daily tasks we take for granted surprisingly difficult. I chose to focus on how indignity manifests itself in these situations, trying to prevent these moments from occurring by providing a designed intervention. I looked at the challenges a hemiplegic faces over the course of their life with particular focus on the experience of growing up and the social anxieties that we feel experience.
Through research I managed to gain insight into the effects of hemiplegia on people's lives. One of the most common effects is hand dystonia - involuntary contraction and twisting of muscles. This has very obvious physical effects, limiting function, dexterity, manipulation and numbing the senses in the affected side.
Condom
At a time when you perhaps want a moment to run as smoothly as possible, unwrapping a condom can be a stressful experience. With increasing feelings of awkwardness between partners and the added pressure from surrounding social groups, this activity can cause surprising distress.
The design is a one handed condom wrapper to help newly sexually active young adults to avoid embarrassment when using a condom. It is easily opened to boost feelings of confidence, allowing the individual to perform and sustain a mood without the awkward distraction of a difficult wrapper. I wanted to try to exploit the moment of opening, to make it as smooth in real life as the moment that exists inside your head, focusing on the gesture making it charming and cool!
A durable outer layer of foil with perforations protects the thin inner plastic lining sealing the condom. It uses a finger snapping action to exert enough force to break both layers.
It is not a hardcore product design as deep and detailed as materials, glues and welding, but it is a crafted experience, and feasible nonetheless. I have creative barcode protection and have registered the design.

Color-changing condoms proposed to detect sexual infection


Colourful condoms
A group of UK schoolchildren has won an award for a conceptual condom design that would change color when it comes into contact with a sexually transmitted infection.
Daanyaal Ali, Muaz Nawaz and Chirag Shah – all under the age of 15 – proposed a condom embedded with chemical indicators that would react to bacteria that causes infections such as chlamydia and syphilis.

When a specific bacterial strain is detected, the condom would change colour to warn those at risk of the threat. Sexually transmitted infections (STIs) are passed from one person to another through unprotected sex or genital contact. Official figures from Public Health England showed that almost 440,000 people were diagnosed with an STI in the country in 2014.

The team of students from Isaac Newton Academy in Ilford, Essex, came up with their S.T.EYE condom to help reduce the number of cases. "We created the S.T.EYE as a new way for STI detection to help the future of the next generation," said Ali in a statement.

Tuesday, October 20, 2015

Artistry of Ingenuity 2: Fully Drivable Cardboard Car and Bicycle



Lexus unveils fully drivable car made from cardboard.

Japanese car brand Lexus used 1,700 individually shaped cardboard sheets to create a fully functional replica of its IS saloon model.
Cardboard-Origami-Car_Lexus_dezeen_936_0
Inspired by origami, the full-size sculpture was produced as a celebration of the human craftsmanship behind each Lexus car.
Cardboard-Origami-Car_Lexus_dezeen_936_1
London-based companies LaserCut Works and Scales and Models were commissioned to complete the project, which took three months in total to finish.
Cardboard-Origami-Car_Lexus_dezeen_936_2
The studios were provided with a 3D model of the existing IS saloon, which they then divided into principal parts, including the main body, dashboard, seats and wheels.
Cardboard-Origami-Car_Lexus_dezeen_936_4
These sections were digitally rendered as 10-millimetre slices, then laser cut from the cardboard and given individual reference numbers to ensure the car was assembled in the correct sequence.

Every layer was fixed together by hand using a water-based wood glue, which had to be left to set for 10 minutes after each application. "This was a very demanding job, with five people involved in the digital design, modelling, laser cutting and assembly," said Scales and Models founder and director Ruben Marcos.
Cardboard-Origami-Car_Lexus_dezeen_936_6
An electric motor used to power the vehicle is mounted on a steel and aluminium frame is housed within the model. The car also features a fully fitted interior, functioning doors, headlights and rolling wheels.
Cardboard-Origami-Car_Lexus_dezeen_936_8
"The seats took a few attempts to get just right and the wheels required a lot of refining," said Marcos. "Once we could see the physical pieces taking shape, we could identify where we needed to make improvements."
Cardboard-Origami-Car_Lexus_dezeen_936_11
"As with anything, there were some elements of trial and error, but as we had all the resources we needed in-house, this made the changes easier to produce," he continued.
Cardboard-Origami-Car_Lexus_dezeen_936_15
The cardboard Origami Car will be on show as part of the Grand Designs Live event at the National Exhibition Centre (NEC) in Birmingham, UK, from 8 to 11 October 2015.
Cardboard-Origami-Car_Lexus_dezeen_936_14
Earlier this year, Lexus revealed its Back to the Future-style hoverboard, which uses magnetic fields to carry its rider without touching the ground.
Cardboard-Origami-Car_Lexus_dezeen_936_19
Cardboard has previously been used to create a waterproof bicycle that costs less than £10 to manufacture.


Cardboard Bicycle by Izhar Gafni
(Via DeZeenMagazine)

Israeli engineer and systems developer Izhar Gafni has invented a cardboard bicycle that's strong, waterproof and costs less than £10 to manufacture (+ movie).
Cardboard Bike by Izhar Gafni
Izhar Gafni started developing the Cardboard Bicycle three years ago. "Since there was no know-how with regards to the cardboard material, the first two years were devoted to learning the properties and behaviour of the material," explains Gafni.

Cardboard Bicycle by Izhar Gafni from Dezeen on Vimeo.

Above: movie by Giora Kariv
Cardboard Bicycle by Izhar Gafni from Dezeen on Vimeo.
 
"The idea is like Japanese origami," he says in the movie. "You fold it once and then it doesn't become twice the strength, it's almost three times the strength. So I took it from there and did the same thing with cardboard. "After the shape has been cut out, the cardboard is treated with a waterproof and fireproof coating specially created by Gafni, before lacquer paint is applied over the top.
Cardboard Bike by Izhar Gafni
The "urban bike" for adults costs around £6 per unit and weighs 9kg, while the kids' bike costs £3 per unit and weighs 3.5kg. Both are made almost entirely from recycled materials and cyclists will also have the option to add an electric motor, according to the designer.
Cardboard Bike by Izhar Gafni
Gafni's business partner, Israeli investment group ERB, is currently fundraising and developing the bicycle for production.
Cardboard Bike by Izhar Gafni
Here's some more information from Gafni's business partner, ERB:

The Cardboard Bicycle Project is a new, revolutionary and green concept to produce bicycles made of durable recycled cardboard. ERB is an active partner which manages all the business and financial aspects of this project. ERB leads the worldwide business activity of the cardboard bicycle in Israel and abroad.
The first commercial model of the bicycle is designed for large companies as a vehicle for their employees and for large cities as a cheap, light-weight vehicle. Parallel to those, the electric model is being developed.
The Cardboard Bicycle can withstand water and humidity. Part of our unique technology enables us to create a product that looks like it is made out of hard lightweight polymer. The bike is stronger than carbon fibre and can carry riders weighing up to 220 kilograms. The cost to make the bicycle is around $9-$12.