|It's no secret (by billyoung, Jul 10th, 2007)
I love this ringtone. Its sound is great.
|Good (by nautin, Jul 9th, 2007)
The rhythm is so strong and active! I like it!
|Shakin'.... (by kitty, Jul 9th, 2007)
Dance music mixing with the lively things like the bus whistle sound.
|Execellent tone! (by forestgum, Jul 7th, 2007)
I love it so much, definitely, I would use it as a ringtone for my cell.
|Damm good! (by Mr.Bean, Jun 22nd, 2007)
It freaks me out. Can't stop hearing it again.
Testing the original ring tones
By ALEXANDRA ZAWADIL
With the precision of a surgeon,
Andreas Rupp carefully wraps sensor strips around a 21-tonne bell in Vienna's
famous St. Stephen's Cathedral.
Europe's second-largest bell, nicknamed "Pummerin," is one of several famous
bells across the continent being checked to determine their life spans, and
unlock the secret of the optimum chime.
Using acceleration sensors and echo microphones, the sensor strips are like
electro-cardiograms that determine the health of human hearts, Mr. Rupp said.
"The Pummerin is well," determines Mr. Rupp, a project scientist and professor
at the Polytechnic College in the German city of Kempten. "We just want to know
how long it can be healthy and if there is any risk she could crack like so many
Hamburg's Millennium Bell has already undergone the examination, and bells in
Paris's Notre-Dame Cathedral and London's St. Paul's Cathedral – which British
partners in the project favoured over Big Ben in the Houses of Parliament – are
lined up as the next patients.
The project was triggered by a debate 10 years ago among bell-makers who wanted
to determine if bell clappers were hitting the right spot.
Every time a clapper hits, it causes a slight deformation and strains the metal,
mostly bronze or bronze alloys. Experts say the location and force of the
clapper's hit – as well as what it is made of – will ultimately have an impact.
The sensors record how hard the hit, how deformed the bell is, and its chime.
Dangers also lurk in modernization, they add.
Churches opting for mechanical, even computerized systems over human ringers
might shorten their bells' lifespan, some say. Others think a switch from softer
clappers to steel ones about 100 years ago has added to the damage.
"Many fear historic bells could be damaged severely or even destroyed by this
new way of ringing," Mr. Rupp said.
"Computers chime the bells as they were programmed to do. Humans can always use
their hearing, and go 'Oh, that didn't sound so nice,' or 'Ouch, that was much
too hard,' " he said.
Human ears needed
In the past, it would have taken about 10 people to chime the Pummerin, but now
it happens at the flick of a switch. Since the bell has been in action for only
about 50 years, it may still have plenty of bongs in it yet.
Its predecessor was cast in 1711 with metal from cannon balls used by the Turks
during an unsuccessful siege of the city in 1683, but that bell was destroyed in
the Second World War.
The current bell was cast from remainders of the old one and new material in
Even if the Pummerin is a youngster in bell terms, Peter Grassmayr, a
14th-generation bell-founder and the Austrian partner in the project, has no
doubt about its destiny.
"One day or another, every bell will crack," Mr. Grassmayr said as he stood next
to the bell, which spans more than three metres and is nearly the same height.
"We simply hope to extend their life span with our project."
Sparing usage can also work in a bell's favour. Many great bells – such as Big
Ben in the Houses of Parliament in London – ring daily or hourly, but the
Pummerin chimes only on special occasions, such as high church days, the death
of a pope or at midnight on New Year's Eve.
For Austrians themselves, the Pummerin is not just a bell but a symbol of their
identity that marks big events throughout their lives, the dome's priest, Toni
"It is a voice of freedom, a voice of hardship, a voice of hope and a voice of a
new life," he said, proudly glancing at the Pummerin. "I can hear all that when
I hear the Pummerin."