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Water reuse system

Colombian designer (Alberto Vázquez )created a simple system for reusing water from the shower after bathing. The device, which consists of four concave parts, has the capacity to collect 90% of the water used in the shower, which represents between 30 and 40 liters of the precious liquid. Once in the device, the water can be reused for watering plants or filling up the toilet tank.

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Unbreakable earphones for children

Juan David Galindo, an industrial designer at the ICESI University in Cali, who in 2013 arrived in the State of Florida in the United States as an intern at Marblue, an American company. There, he devoted himself to developing the “HeadFoams”, the unbreakable earphones for children made with EVA rubber, also known as foamy. This material, in addition to being recyclable, is highly resistant, non-toxic, washable and easy to mold.

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Sara castillo.  Ecológical paper with sugar 

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Sara castillo.  Ecológical paper with sugar 

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The colombian company propal worked for 50 years to create a ecológical paper Made from sugar cabe dinero a agro industrial waste that resulta from the sugar productivo procesa. This si the resulta of colombian innovación an si a Unique producto un the world

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Sophrology is a dynamic relaxation method developed by neuropsychiatrist Alfonso Caycedo from 1960 to 2001 and includes physical and mental exercises to promote health and well-being. Sophrology has been called “a method, a practice and a philosophy” that uses the mind-body connection to increase awareness and conscious living, with the aim of enabling individuals to create more balance and harmony in themselves and in the world around them.

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Solar chargers were created by agroup of Electronic Engineering students from  Manizales campus, designed a charger that works thanks to a solar cell panel, which generates the energy needed to charge any mobile device. And this was made because it's very common your phone runs our of battery, so this device would help out a lot

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Gabriel Villar's creation is a true revolution: he used the technology of 3D printers to, excuse the redundancy, print synthetic structures that behave like living tissues.

Although its development is still in a primitive phase, it is expected that in the future this creation will replace or strengthen deteriorated human tissues. An application that would surely help millions of people around the world.

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Christian Díaz create this innovation in the year 2015 in MIT newspaper

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Juan José Peñaloza                                                Virtual Reality Surgery        

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Juan José Peñaloza                                                Virtual Reality Surgery        

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What this product make is to be like a test or a game where the doctors can practice for futures surgerys. This surgery work with olograms and vere complex computers. And this is important because it can make that most of the doctors be ready for a very hard and carefull situation.

https://www.elhospital.com/blogs/Realidad-virtual-como-proceso-de-aprendizaje-para-cirugias-guiadas+120869

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External artificial pacemaker with internal electrodes – Jorge Reynolds

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External artificial pacemaker with internal electrodes – Jorge Reynolds

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A pacemaker is a device that is surgically placed next to the heart and that by means of electrical signals regulates the stimulation of the heart and maintains the appropriate heart rate to the needs of each moment, this was previously a gigantic device that people wore as an accessory. Jorge Reynolds is an engineer recognized by the world for his invention of the first external artificial pacemaker with internal electrodes. This in 1958, Dr. Reydolds started working at the National University of Colombia and at the Shaio Clinic and realized that what was the main problem and how he could help, it is the same product but with a size that is easier to carry.
Today more than 48 million people around the world use it.

- Isabella Villa 8B

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Alberto Vasquez created the reusing system. This system can collect 90% of the water used in the shower.  This idea was made because Alberto saw that in many places of the world the water was a difficult source to get. Due to the high demand for simple tasks using water he decided to create a system in which water is reused. This project started on September 12, 2012, in Budapest, Hungary, and finished in May 2013 in Bucaramanga, Colombia.

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They are cute accesories made of quartz,with a fairy theme.its created by Susie,aproximately the 7 of september of 2021,the name is inspired by her cat,it is a virtual shop.You just need to write her to her instagram or wathsapp and do your order,most of the accesories are customizable,it is important because this store have original accesories and some unique pieces,that give them ,exclusivity.

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Eco-friendly paper with fiber of sugar cane 

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Eco-friendly paper with fiber of sugar cane 

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The colombian company Propal worked for many years to create a paper ecological produced with fiber of sugar cane, a waste agro-industrial that results from the process of sugar production. Eco-friendly and innovative.
Sofía Díaz.

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Water reuse system - Juan Andres Sanchez

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Water reuse system - Juan Andres Sanchez

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In these times, one of the biggest inconveniences that harms the society of which we are a part is the indiscriminate waste of water, which harms the lives of all the people on planet Colombian designer Alberto Vázquez designed a simple system to reuse shower water from the bathroom This invention is one of the positive signs offered by Colombians in their attempt to give procedures that support the mitigation of the environmental evil that we cause daily without realizing it in occupations as common as bathing, this system promises to be a huge step in saving energy. water in homes and economic savings of enormous importance for them.

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El corral, it started an 8th of February in 1983, in a little local in front of the tunel of the Javeriana university, where they stared to sell hamburgers.

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Zumba was created in the 1990s by dancer and choreographer Alberto Perez in Cali, Colombia. Pérez, an aerobics instructor, forgot to bring his regular music to his aerobics class; however, he happened to have cassette tapes of Latin dance music (salsa and merengue) and danced to them instead—which Pérez later taught as "Rumbacize."

In 2001, Pérez partnered with Alberto Perlman and Alberto Aghion to officially launch Zumba, and the trio released a series of fitness videos sold via infomercial Though the word "Zumba" has several meanings in, e.g., Castilian and Latin American spanish ,it is stated by Zumba Fitness, LLC to be a neology that was expressly created as a brand name. Pérez initially wanted to call it "rumba", but this name was already taken for the Cuban musical genre and could create confusion. As such, he and his partner began to try initial letters until they landed on 'sumba'; Pérez ultimately decided to spell it with the letter 'z' because he liked the fictional character Zorro when he was a child.
Juliana Pardo

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Solar vehicle. Led by Gilberto Osorio Gómez,  Professor of the Department of Product Design Engineering at the EAFIT University, in Medellin, in 2013 a group of Antioquian students created “Primavera” (Spring), the first prototype of a 100% Colombian solar vehicle.This car has more than 1,600 solar cells, can travel at an average speed of 100 kilometers per hour and, thanks to its aerodynamic design, saves up to 70% energy.

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Solar vehicle. Led by Gilberto Osorio Gómez,  Professor of the Department of Product Design Engineering at the EAFIT University, in Medellin, in 2013 a group of Antioquian students created “Primavera” (Spring), the first prototype of a 100% Colombian solar vehicle.This car has more than 1,600 solar cells, can travel at an average speed of 100 kilometers per hour and, thanks to its aerodynamic design, saves up to 70% energy.

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Isabella Vasquez

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The Colombian company Propal work 50 years to create a paper that is made of sugar tissue this ivention is make of the agro industrial waste call bazago of sugar Cain  this is a unique paper in the World.

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Santiago Saavedra is a mathematician who studied during his doctoral thesis at Stanford University, the impact that mining has on people’s health. Later, he found out that there is a great deal of illegal mining in the world that destroys the environment, including deforestation and contamination of rivers with hazardous chemical residues.Technological innovations for these circumstances were needed.

During his research, he also discovered that locating illegal mining is a really difficult process which makes it harder to control. Then, when finding solutions for this matter, he thought about getting involved with machine learning practices. something he knew nothing about. After working for a long time, he created an algorithm that identifies the location of the illegal mines through NASA satellite images. It also uses artificial intelligence to predict patterns. Talk about technological innovations for the environment!

So far the system has 79% of accuracy, taking into account it feeds with several pictures to recognize which areas might be intervened and which aren’t. Hence, it is a very high rate for a program that is not finished yet.

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It is a Valve created by Salomón Hakim a Colombian neurologist born on the 4th of June 1922 in Barranquilla and died on the 5th of May 2011. The valve drains excessive cerebrospinal fluid and treats hydrocephalus. Salomón dedicated his life to improving the much-flawed valve made in 1949 by Spitz which had great risks. His new valve was introduced in 1966 and was great input to what is medicine today. His son Carlos follows his father's footsteps by creating his own valve "which may prevent ventricular collapse when the pressure of the CSF is too low" this valve was released in 2017!

By: Laura Malaver 8B

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In the Department of Electrical and Electronic Engineering of the Universidad de los Andes, students Nicolás Zuluaga and Santiago Jumah, together with teacher Johann F. Osma, made the first copy presented by students as an undergraduate thesis in 2013.

Using materials such as polymers, resins, alloys with metals, ceramics, and even sucrose; it is feasible to make a fast first model and flexible, personalized manufacturing.

The most specialized materials have the possibility to cost around 150 thousand dollars.

The initiative of the students is to create parts of microsystems that measure less than one millimeter.

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Vibrator for the deaf - Isamar Cartagena y Katherine

invented the vibrasor for the deaf in 2012, being tenth grade students, This device consists of a handle composed of a microphone, microprocessor, filters and basic electronic equipment that converts the sound waves from the whistles of cars and motorcycles into vibratory or light signals until a distance of 10 meters

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Jorge Reynolds Pombo the creator of the first external artificial pacemaker

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Jorge Reynolds Pombo the creator of the first external artificial pacemaker

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In 1958 Jorge Reynolds Pombo developed the
first external artificial pacemaker, not knowing that
would restore vitality to affected hearts
due to arrhythmia. At present, their contributions have
benefited more than 80 million people and are va
fundamental for cardiology worldwide.

The research was patented with the help of
Colombian cardiologist Alberto Vejarano, who
motivated the implantation of the pacemaker in an adult of
70 years, prolonging his life 18 years more. In a
start, the device was not very functional, weighed 50
Kilograms and also had to be accompanied by
a car battery, in charge of providing
energy

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Since 2012, a company from Bogota, Marclay's, has been exporting green valves for cars to Latin American countries such as Chile and Bolivia. This innovative product, specially designed for cars that drive in cities located at heights of more than 1,000 meters, saves between 10% and 15% fuel and reduces gas emissions.
For racing experts, this benefit is especially useful because it means that their cars will operate reliably on the road for longer periods, with the pressure remaining stable regardless of the wild swings in temperature that can happen when a race car’s tires heat up.

If that hasn’t sold you on nitrogen-filled tires, you should also know that the gas is inert, that is to say, it doesn’t have any other particles. The nitrogen a professional will pump into your tires is not only pure but dry.

It is devoid of water molecules that would normally corrode the aluminum components per tire, which is why it is promoted as a corrosion-free gas.
Felipe Moscote

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Colombian designer Alberto Vázquez created a simple system for reusing water from the shower after bathing. The device, which consists of four concave parts, has the capacity to collect 90% of the water used in the shower, which represents between 30 and 40 liters of the precious liquid. Once in the device, the water can be reused for watering plants or filling up the toilet tank.

It is expected that this device, developed in mid-2014, will reach the market in 2015 with an average price of $30.

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Ecological paper with sugar cane fiber - Propal Company

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Ecological paper with sugar cane fiber - Propal Company

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La empresa colombiana Propal trabajó durante 50 años para formar un papel ecológico elaborado con fibra de caña de azúcar, un residuo agroindustrial que resulta del proceso de producción del azúcar. Este es el resultado de la innovación colombiana y es un producto único en el mundo.

- Mariana Melo

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This innovative product designed especially for children, is the result of the work conducted by Juan David Galindo, an industrial designer at the ICESI University in Cali, who in 2013 arrived in the State of Florida in the United States as an intern at Marblue, an American company. There, he devoted himself to developing the “HeadFoams”, the unbreakable earphones for children made with EVA rubber, also known as foamy. This material, in addition to being recyclable, is highly resistant, non-toxic, washable and easy to mold.

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Juan David Galindo, a student at the Icesi University of Cali, developed the unbreakable headphones called HeadFoams. It consists of headphones that resist rough treatment to which they are subjected, they can be stretched and bent without the risk of breaking. The most suitable material was ethylvinylacetate (EVA) so that the product will be handled like a rubber.

-Mariana Melo

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Samuel carranza: charger that works on sunlight

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Samuel carranza: charger that works on sunlight

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In the year 2015 Colombian university students made a charger that used sunlight instead of electricity, this is important because it uses natural energy instead of one that contaminates, its a small solar panel the size of a mini tablet that was east to carry https://m.eluniversal.com.co/tecnologia/estudiantes-colombianos-crean-cargador-para-celular-que-funciona-con-luz-solar-185260-HBEU283411

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Robotic arm for recycling and flattening of waste

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Robotic arm for recycling and flattening of waste

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It is the winning invention in the children's category. It was made by students from the Envigado Commercial Educational Institution, who are part of the research group GCA (Group of Environmental Awareness) and Engineers for the Future. The objective of this invention is to facilitate recycling: "We like to recycle and seeing that some of the people in charge of doing this work suffered injuries, we decided to do something," said members of the group. The arm has magnets, reusable PVC tubing, and solar panels to improve performance

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Superintendencia de Industria y Comercio

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Grupo GCA - Ingenieros para el futuro IECE

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It was created by Maria Marcela Duque and Jorge Andres Perez in Huila

Before, fruit picking methods were not reliable and complex. They often harmed trees and there was a loss in the fruits that could have been harvested.

It is a rotating tweezer for portable harvesting, with a cylindrical support structure, adjustable clamp, a screw that makes the linear movement into a rotational movement and a mesh that redirects the collected fruits.

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Created in Medellín, in 2013.

A group of Antioquian students led by professor Gilberto Osorio Gómez of the EAFIT University,  created “Primavera” (Spring), the first prototype of a 100% Colombian solar vehicle.

This car has more than 1,600 solar cells, can travel at an average speed of 100 kilometers per hour, and thanks to its aerodynamic design, saves up to 70% energy.