Pneumat-, Pneumato- is a prefix that is used in medical and scientific terminology and has the following meanings:
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Presence of air or gas. This value indicates a connection with air, gases or their movement. For example: pneumatic - operating using compressed air or gas.
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Breath. This value indicates a connection with the respiratory system and the breathing process. For example: pneumonia - inflammation of the lungs, pneumothorax - accumulation of air or gas in the pleural cavity.
Thus, the prefix pneumatic/pneumatic indicates a connection with the properties of air, gases, as well as with the respiratory system and the breathing process. It is widely used in medical terminology to refer to diseases and conditions associated with these aspects.
Pneumat- and Pneumato- are prefixes that are used in various languages to indicate the presence of air or gas, as well as to describe the process of breathing. These prefixes come from the Greek word “pneuma”, which means “air” or “gas”.
Pneumat- is used to indicate the presence of air in an object or process. For example, a pneumatic device is a device that uses air to perform its function. Air brakes are brakes that operate using air.
Pneumato- is also used to indicate the presence of air or gases in an object or process, but unlike pneumato-, it also indicates the process of breathing. For example, humans have lungs, which are respiratory organs, and they use air for the breathing process.
Both variants - pneumatic and pneumatic - are quite common in various languages, especially in technical literature and in scientific research. They help simplify the explanation of processes involving air or gas and facilitate understanding of the operation of various devices and mechanisms.
Pneumat (-Pneumat-) and Pneumato (-Pneumato-)
Pneumat (- Pneumat -) is a Greek prefix that comes from the Greek word “pnēuma” (air). It is used to indicate the presence of air or gas in various processes and devices. In addition, pneumatic technology is the basis of modern industry, and therefore the concept of pneumatics is often associated with objects related to manufacturing, medicine, energy and other fields. Pneumatic device - a device with a source of compressed gas or steam (target) and a device for controlling its flow (throttle valve, control valve, etc.) for using the moving power to perform the technological process. The source, which is a single source, short for industrial production, is called a compressor, for dosing a medicine - a siphon-aerosol, for medical equipment and medical products - a pneumatic regulator.
In the field of medicine, pneumatic equipment is important because its functional elements - artificial breathing devices, as well as products intended for sampling blood components, are used in many fields of medicine. Such pneumatic devices are often accompanied by an inhalation and exhalation device that allows the rate and volume of consumption to be adjusted. Due to this, pneumatic respirators are a necessary element when carrying out various procedures and operations, such as artificial respiration, inhalation therapy, functional diagnostic studies using gases, etc. Based on the drive principle, ventilation and air conditioning distinguish between pneumatic ventilation and pneumatic conditioning (CP). The operating principle of the CP system: internal air in the suction manifold, which is located in the area of the most polluted external air, is compressed by a compressor several times in pressure and directed through air ducts under excess pressure to the first stage of the compressor. The compressed air here expands, which produces enough heat to warm it up to the temperatures and conditions of the recirculation rooms. The spent coolant is removed from the first stage to the second stage, where it enters the environment at low pressure, is again compressed in the compressor and returns to the closed cycle. In the 2nd stage, excess coolant is pumped from the discharge pipe of the second stage through the condensate line to the air-steam emission conditioner.