TR2023001690U5 - CIGARETTE SMOKING MOUTH - Google Patents

Abstract

The invention is based on traditional knowledge; It is about heat transfer rules, preventing smoke and soot from burning oil lamps in mosques, condensation, and smoking mouthpieces that positively affect human health by helping quit smoking designed for tobacco products that affect human health issues.

Description

DESCRIPTION CIGARETTE MOUTH TECHNICAL FIELD The invention, based on traditional knowledge, concerns heat transfer principles, the prevention of smoke and heat from burning lamps in mosques entering the premises, condensation, and the development of cigarette mouthpieces for tobacco products that affect human health. Known State of the Art: One of the problems encountered in smoking, ever since tobacco products were first produced and smoked, has been the unpleasant aftertaste of tobacco entering the user's mouth. Furthermore, due to factors such as irritation of the fingers due to the heat generated by the burning of the cigarette, and the like, the need for a mouthpiece that protects the user from these effects has arisen. To this end, the first known state of the art involved making mouthpieces from tree branches and suitable reeds. However, with advancements in technology, plastic mouthpieces began to be applied to the state of the art. To address the problems and some undesirable aspects of plastic mouthpieces, cotton was used in a reduced thickness. However, utilizing the air permeability of cotton in the mouthpiece, which allows for suction after smoking, resulted in frequent cotton replacement. The problem of bitter liquid coming into the mouth after moisture saturation was exacerbated by placing the silica gel hand in the suction direction after the cotton. Forgetting a lit cigarette in the mouthpiece caused the plastic to melt, resulting in a foul odor. This necessitated mounting the cigarette on a material with a higher combustion temperature. Therefore, cigarettes began to be produced with filters. However, the aforementioned problems persisted. The situation becomes even more complex when the health problems caused by smoking, as well as the problems arising from the mouthpiece and filter, are added. The problems in this situation are as follows; - Tobacco coming into the user's mouth when the mouthpieces are unfiltered, - Bitter liquid coming into the user's mouth due to condensation of smoke, - Negative effects of heat generated on the lips, moustache and fingers due to the combustion process, - Tar reaching and staying in the oral mucosa, teeth and lungs due to the combustion process, - Inability to adjust the air flow in the system inside the mouthpiece to quit smoking habit, - More tar than nicotine being drawn into the lungs and therefore pathological structure forming in the lungs, - Since it is medically difficult for smokers to quit the habit suddenly, it is recommended to quit gradually, - The materials used in the production of mouthpieces consist of substances that are harmful to the mouth and human health. However, an embodiment that simultaneously solves all of these problems is not present in the known state of the art. Purpose of the Invention The purpose of the invention is to overcome all of the problems mentioned above by integrating the adequacy of technology, the technology of our knowledge and humanitarian sentiments to create a smoking mouthpiece that saves smokers from the negative effects of smoking and helps those who want to quit within the framework of the rules. Thus, a useful apparatus emerges such as being safer, healthier, providing alternatives for quitting, and minimizing the smell of butts on fingers. Explanation of the Figures Figure 1A. Sectional view of the first body structure of the mouthpiece (Compatible with the diameter of a normal unfiltered cigarette) Figure 1B. Sectional view of the alternative configuration of the first body structure of the mouthpiece (Compatible with the diameter of a normal filtered cigarette) Figure 1C. Sectional view of an alternative configuration of the first body structure of the mouthpiece (Compatible with the diameter of a slim filter cigarette) Figure 2. Sectional view of the sealing part Figure 3. Sectional view of the cassette cover Figure 4A. Sectional view of 2-channel cassette siphon part Figure 4B. Sectional view of 3-channel cassette siphon part Figure 4C. Sectional view of 4-channel cassette siphon part Figure 5. Sectional view of the cassette Figure 6. Sectional view of the filter placed at the last exit of the cassette Figure 7. Sectional view of the second body of the cigarette mouthpiece which is the subject of the invention Figure 8A. Top view of the cigarette mouthpiece which is the subject of the invention Figure 8B. Side view of the cigarette mouthpiece which is the subject of the invention Explanation of the References in the Figures For a better understanding of the invention, the correspondences of the numbers in the figures are given below: 1. First body Ia. Cigarette opening lb. Bearing surface 2. Sealing element 3. Cassette Cover 3a. Cassette Cover Bowl 4. Siphon Part 4a. Siphon Part Bowl 4b. Siphon Part Nozzle 40. Channel. Cassette 5a. Filter Opening 5b. Siphon Part Opening 5c. Cassette Nozzle 6 Filter 7. Second Body 8. Mouth Tip 9 The Tip to Which the Cigarette Is Attached. Cigarette Smoking Mouthpiece Detailed Description of the Invention The product which is the subject of the invention is a cigarette smoking mouthpiece (10) for the use of tobacco products; - a first body made of nonmetal, which includes a cigarette opening (1a) into which the cigarette is inserted and a bearing surface (lb) for the sealing element (2) behind the point where the cigarette rests and which allows the smoke to pass through; - a sealing element (2) in the form of a gasket, which is made of polymer material and provides a complete seal, located between the point where the cigarette rests and the bearing surface (lb); - a cassette (5) that closes the mouth section, which is made of polymer material, which helps the smoke to accelerate due to the contraction in the place where the diameter becomes smaller and which is perpendicular to the axis, and which also ensures the sealing in this area of the cassette (5); a cassette cover bowl (3a) which is hit by the smoke of the inhaled cigarette and which provides the gas to hit the siphon part (4) directly; and a cover nozzle (3b) which ensures the gas to hit the siphon part (4). a cassette cover (3), - a siphon piece (4) made of plastic material and having channels (4c) which allow the smoke to suddenly expand when the accelerated smoke coming from the cassette cover (3) section hits the siphon piece bowl (4a) located on it and thus the smoke to increase its speed by narrowing the volume of the area through which the smoke passes from the edge gaps due to the condensation of heavy substances in the smoke, thus allowing the gas to cool and also the separation of tar from the smoke due to the condensation formed, - a funnel-shaped and transparent structure made of crystalline polymer, a filter opening (5a) to which the cigarette filter (6) is attached, the siphon piece (4) is connected between the cassette nozzle (5c) and the siphon - a cassette (5) with a siphon part opening (5b) in which a small gap is left between the part and the nozzle (4b); - a cylindrical cigarette filter (6) located on the cassette (5) which is the last place where the bitter liquid inside the cigarette smoke is filtered before it reaches the user; - a second body (7) which combines with the first body (1) and includes the cassette (5) structure to form a single-piece smoking mouthpiece (10). Polymers suitable for human health have been selected in the manufacturing process. The invention relates to a cigarette smoking mouthpiece (10) that is resistant to heat depending on where it is used, minimizes the effect of heat on the lips and fingers, and allows smokers who want to quit smoking to purify the cigarette smoke mixture from the end where the cigarette is inserted (9) to the end of the mouth where it is delivered to the user (8), thus allowing them to quit smoking permanently when used regularly. Figures 1A, 1B and 1C show the first body (l) configuration, which is the first part of the cigarette mouthpiece (10) that is the subject of the invention, in an alternative way compatible with normal filtered, normal unfiltered and slim filtered cigarette diameters. The first body (l) is made of nonmetallic material and is connected to the second body (7) via a threaded connection, creating an integrated, monolithic structure, revealing the cigarette holder (10). The cigarette opening (1a) in the first body (1) is a slot in the cigarette holder (10) that allows the user to insert a cigarette. The sealing element (2) is a gasket and is mounted between the support surface (lb) behind the area where the cigarette rests on the first body (l) and the cassette (5). When the first body (1) and the second body (7) are assembled together with a screw connection, it automatically remains between the support surface (lb) and the cassette (5), compressing in this area and providing a complete seal. (Figure 2) Figure 3 shows a cross-sectional view of the cassette cover (3). The cassette lid (3) is a polymer material with a relatively small diameter perpendicular to the axis of the cassette (5), ensuring leak-tightness. The bowl section is perforated along the axis. It features a lid nozzle (3b) that facilitates the volumetric contraction of the gas and allows the gas to directly impinge on the plastic siphon piece (4). Figures 4A, 4B, and 4C show cross-sectional views of the 2-channel, 3-channel, and 4-channel siphon piece (4). The siphon piece (4) is made of plastic. The reduced volume and accelerated cigarette smoke gas coming from the cassette lid (3) suddenly expands upon impinging on the siphon piece bowl (4a), thus condensing the cigarette smoke. Thanks to this condensation, the cigarette smoke is separated from the heavy materials it carries, and the mixture passes through the channels (4c) located in the edge gaps of the siphon piece (4) to the siphon piece nozzle (4b), where its volume decreases and its speed increases. The cassette nozzle (5c) minimizes the passage of the cigarette smoke gas mixture coming from the siphon piece nozzle (4b) and ensures that the unwanted tar contained in the cooled cigarette smoke gas mixture remains in the cassette space under the siphon piece (4), also resulting from condensation. The tar-free cigarette smoke gas mixture passes into the cylindrical filter (6). There are three different siphon parts (4) structures: two-channel (4c), three-channel (4c) and four-channel (4c). The smoke suddenly expands when it hits the siphon part (4a) section, causing the heavy substances in the smoke to condense, thus reducing the volume of the area through which the smoke passes through the edge gaps and increasing its speed. The number of channels (4c) in question is related to the greater or lesser transmission of the smoke-gas mixture to the user, i.e., permeability. Users who want to quit smoking switch to the three-channel (4c) siphon part (4) after using the four-channel (4c) siphon part (4) for 20 to 25 days. After using the three channel (4c) siphon part (4) for 20 to 30 days, the user switches to the two channel (4c) siphon part (4). When the user gets used to the two channel (4c) siphon part (4), it becomes much easier to quit smoking since gas permeation occurs at a rate of 100%. When the four channel (4c) siphon part (4) is used, the replacement period of the cassette (5) is after 5 or 6 cigarettes. When the three channel (4c) siphon part (4) is used, the inside of the cassette (5) becomes filled with tar after 7 or 9 cigarettes, requiring replacement. As can be seen, depending on the number of channels (4c) used in the siphon part (4), the cassette (5) needs to be replaced after a few cigarettes. Figure 5 shows the cross-sectional view of the cassette (5). The structure of the cassette (5); The siphon part (4) is the structure that houses the cylindrical filter (6) and the cassette cover (3). The cassette (5) is a funnel-shaped, transparent, crystalline polymer structure where all the physical processes that cigarette smoke undergoes until it reaches the user occur. It is the section where tar is separated from the smoke. When tar buildup reaches a level that no longer allows the cigarette smoke-gas mixture to pass, it can be removed from the cigarette smoker (10) and replaced with a new one. There is a siphon part opening (5b) through which the cigarette smoke gas enters the siphon part (4). The cassette nozzle (5c) is located following the siphon part (5b) opening. The cassette nozzle (5c) is positioned opposite the siphon nozzle (4b) and directs the tar-free cigarette smoke gas mixture coming from the siphon nozzle (4b) to the filter (6). Finally, the bitter liquid contained in the cigarette smoke gas mixture is filtered in the cylindrical filter (6). The cigarette smoke, also purified from the bitter liquid, is then delivered to the user through the mouthpiece (8) of the cigarette holder (10) and thus to the user. The second body (7) is composed of health-friendly polymers and is the section at the end of which is the exit mouthpiece (8) that allows the user to inhale the cigarette. The operating principle of the invention is as follows: Hot smoke generated by the burning of the cigarette end is drawn into the sealing element (2), and its volumetric diameter decreases and its speed increases. Heat is lost here, which limits the speed of the accelerating cigarette smoke gas. The accelerated smoke hits the siphon element bowl (4a), and its speed is minimized by the sudden expansion of the volume in this region. As the cigarette smoke gas passes into the cassette (5) section, it passes through the thin channels (4c) of the siphon element (4) that contact the semicircular surfaces of the cassette (5), depositing as much tar or pitch as it can condense, and reaches the volumetrically larger chamber of the cassette (5). Meanwhile, the cigarette smoke both loses heat and releases tar through the condensation of the pitch. Then, the cigarette smoke is directed to pass through the siphon part nozzle (4b) of the cassette (5) and then the cigarette smoke passes into the second body (7) and the smoke passing into this structure passes through the mouthpiece (8) and reaches the user's oral mucosa, having been 70% freed from the tar that was initially present in it. Application of the Invention to Industry The invention is a cigarette holder structure manufactured for tobacco use and its industrial application is in this way. The invention is not limited to the above example applications, and a person skilled in the art can easily reveal different applications of the invention. These should be evaluated within the scope of the protection claimed by the invention's claims.

Claims (1)

1.