Pneumatic and Hydraulics Industrial Automation
On a personal level, I think that these two technologies were fundamental pillars in the creation of the Metro and Transmi -Cable installed in Ciudad Bolívar, in our capital district where they are technological contributions that contribute to the evolution of cities both at the level of transportation, clear examples inOld mayor who implemented a complete fleet of garbage collecting cars, the new Transmilenio cars product of the chatterization, the firefighters or the carcasses of the aqueduct, or elephant pumping cars where they projected an industrialization, architecture and socioeconomicProfessional way apply to potential to develop projects to new technologies to be leaders in the market. They involve the use in the incorporation of interconnection of arguments, elements, diagnostics, supplementary technologies, designs, generating new ways of working as a team, renewing forms of leadership, integration into lines of labor processes, programming designs, applications with specific functions, by that renovations are carried out daily to the work operating systems where the technological and innovative resources that generates efficiency is made by applying it to industrial segments that does not affect negative aspects to the social environment or conventional environmental impacts; A current, economical and easy -to -implementation technology planning is carried out, which perfectly accommodates the needs of manufacturers at a functional security level that chronologically scheduled to quarter, semester and annual, the continuous supervisions before Social and Labor Security and Labor and Superintendence of Industry and Commerce implement high quality and quality approaches due to safety in their processes; or in mining, where pollution resistant elements are required and that they can handle high work loads. Even in segments such as the car, with mass transport systems such as buses and trains, where access doors are pneumatic, since a minimum of electrical consumption is required. Without leaving behind the training of the population that performs this type of functions.
To synthesize I think that many multinationals to know which system should use in your field of action or laboratories the labor should be clear about each discipline because when making a comparison of the characteristics of hydraulic and tire systems although it is not usuallyA problem decide since its uses are very differentiated. The main characteristic that does not make them the same is that hydraulics is used in processes that apply a lot. Compressed air and hydraulics are used in the pneumatics. The pneumatic is faster but more unstable as the compressible air is, instead in hydraulic oil the oil is practically incompressible and the pressure level is greater. The force is limited in about 30kn to 6 bar, in hydraulics the pressures can reach 600 bar generating great forces that can reach 3000kn. It is very important that both tire and hydraulic circuits are protected against overloads since the components are prepared to withstand pressures that in the case of overcoming them due to some system failure, can cause an accident. This is where the role of occupational health begins to implement in broad strokes for the arduous and extensive assessments at the business level in terms of human resource, protection and industrial implementation outside the training courses often required and that touches renovations eachsome time.
Regarding technological optimization, it is focused on the use of new materials resistant to high pressures to which they are subjected by oil;This has significantly helped the weight of cylinders especially in mobile facilities such as those present in the machinery of
construction and agricultural. Another of the technological evolutions in hydraulics is in the optimization of pumping systems, which are much more efficient, making small pumps can provide in a constant and high pressure the oil required for these systems for these systems. Given the above if we confirm in the realization of these projects that the pneumatic is an easy -to -obtaining and treatment source for the control of machines and other elements subjected to movement. Thus creating a technological emporium where hydraulic systems and pneumatic systems are examples of those called ‘fluid systems’, according to the online resource for fluid engineers. Hydraulic systems use oil, water or some other liquid to produce mechanical work. Pneumatic systems use compressed air, nitrogen or some other gas. Pneumatic systems are considered energy fluid systems because these compressed gases work very similar to fluids.
But I think that the pro and the argumentatives of why it is more profitable or not and that is that making long -term projection, pneumatic systems tend to be simpler than hydraulic systems, and therefore less expensive to thetime to buy and install them. However, their operating costs tend to be higher than those of hydraulic systems, making the most profitable hydraulic in the long term, it is where I continue to affirm that the labor is involved in the operational cycle of each technology and theElements used for the same purpose everything is unified by making a usual mechanical operational chain. Pneumatic systems tend to be simpler than hydraulic systems, and therefore less expensive when buying and installing them. However, their operating costs tend to be higher than those of hydraulic systems, making hydraulics more profitable in the long term
In recent years, numerous channel structures, river navigation and shores protection have been built, in some the technical monitoring required to establish its performance and evaluate it according to the function for which they were built, under topographic studies, metric, metricand of population and environmental georeference which allows the improvement in the design of future works. Although each science of the earth has its particular approach, all often overlap with geology. In this way, the study of the Earth’s water in relation to geological processes requires knowledge of hydrology and oceanography, while the measurement of the earth’s surface uses cartography (maps) and geodesy (topography). because all these compact sciences are a syncretism of technology and industrialization that provide news of evolution and marketing where mechanics, branch of physics that deal with the movement of objects and their response to hydraulic forces, and begins to play in theApplication of engineering fluid mechanics, to build devices that work with liquids, usually water or oil. Posing daily problems that solve only the mechanism of hydraulics solves problems such as fluid flow through open ducts or channels and the design of reservoir dams, pumps and turbines. Its foundation is the Pascal principle, which establishes that the pressure applied at a point in a fluid is transmitted with the same intensity to each point of the same. The philosopher and scientist Blaise Pascal formulated in 1647 the principle that bears his name, with very important applications in hydraulics. But focusing on social life as a resolution of conflicts will be that this same terminology can be applied in a behavioral mechanism and mental entrepreneurship of a society ´´ which establishes that the pressure applied at a point in a fluid is transmitted with the same intensityat each point of the same.¨ It would be interesting.
One of them would be the future projection of architectural tenders and their construction according to government plans and their different ministries;We are currently working on the training and training of the working hand and professionals of the branch with empires and monopolies of industrialization where their conductive threads synthesize us a lot so that hydraulic energy is one of the energies of the future. To ensure that the construction of hydraulic plants is cheaper and supposes a lower environmental impact, the places where the new centrals will be installed are being studied very thoroughly.
Finally, I know that technology is an evolutionary wheel where a line of industrial competitiveness travels by giant, also progressing greatly in optimizing these plants, so that with a lower waterfall, that is, with a centralmuch smaller, a greater amount of energy is achieved. Different international cooperation programs are being carried out, so that countries that have a greater amount of hydraulic energy can export the electrical energy generated to other places where it is not so simple to do so.
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