Tonsil cleaning and rinsing tool

Abstract

This tool is designed to clean the tonsils and soft tissues of the mouth in a hygienic and effective way. Problems related to the tonsils, such as the accumulation of food debris and bacteria, may lead to oral infections and diseases such as tonsillitis (tonsillitis). This tool, using a special structure that includes a high-density polyethylene body and a part made of hygienic silicone, helps to clean the tonsils effectively. This tool is equipped with soft, fine cylindrical bristles that guide water, air, detergents, and medically approved disinfectants through a channel along the length of the tool and out through perforated bristles on one side of the tool to effectively perform the washing process. In addition to home use, this tool can also be used in professional environments such as hospitals and dental clinics.

Description

Description of the invention Title of the invention Tonsil cleaning and rinsing tool Technical background of the relevant invention This invention is in the medical field and is specifically designed to clean the palatine tonsils and contaminated particles located at the back of the throat. Designed. Technical problem and stating the objectives of the invention Tonsils are part of the immune system and specifically belong to the immune system of the pharynx and mouth. These tonsils are located in the back of the mouth and on both sides of the pharynx and play an important role in defending the body against infections and germs. Given the problems related to cleaning the tonsils that cause oral infections and, on the other hand, the lack of a suitable specialized tool for this task, a tool has been designed to solve this problem. A tool that, with its tiny cylindrical bristles made of hygienic silicone and capable of connecting to home water jets and dental Pore units, can clean the tonsils and soft parts of the mouth (soft palate, gums, tongue) and improve oral hygiene. A description of the state of the prior art and the history of developments related to the claimed invention. From the past to the present, cleaning the tonsil cavities and maintaining oral hygiene has been one of the major challenges in the field of oral hygiene. Traditional methods such as gargling with salt water, using mouthwashes, earwax, and vinegar, while helpful in initial cleaning, are not able to completely remove the contaminants and deposits present in the tonsils. These limitations often lead to more invasive procedures such as tonsillectomy. A search of existing patents revealed that: 1. In patent number US1541664A, filed on June 9, 1925, the patent introduces a tool called a "Tonsil Snare" used to remove tonsils, but does not provide a means for non-invasive cleaning of the palatine tonsils. 2. In patent number 3943592US, registered on March 16, 1976, this invention is dedicated to a toothbrush for cleaning the tongue, which, despite its positive effects on oral hygiene, is not capable of cleaning the palatine tonsils and lacks a rinsing system. 3. Patent No. US4288883A, filed September 15, 1981, relates to a toothbrush and gum massager that helps improve the cleaning process and reduce the time it takes. However, this tool is not designed to clean the tonsils and cannot be connected to a dental Pore Unit or water jet. 4. In patent number US4488327A, filed on December 18, 1984, this invention provides a combination toothbrush and tongue scraper having a ring structure. This tool is designed for cleaning the tongue and is not specifically suitable for cleaning the palatine tonsils. 5. In patent number USD399349S, filed on October 13, 1998, a toothbrush is designed to be used for cleaning the mouth and teeth. This tool also lacks the ability to specifically clean the tonsils. 6. In patent number 5842247US, filed on December 1, 1998, this invention provides a combination tongue and tooth brush that allows a person to brush their teeth and tongue at the same time. However, the structure of this tool is not such that it can easily reach the back of the mouth and clean and rinse the palatine tonsils. 7. Patent No. US6056763A, filed on May 2, 2000, provides a tongue scraper that includes a pair of adjustable prongs. This tool also focuses on cleaning the tongue and cannot clean the tonsils. 8. In patent number US6131228A, filed on October 17, 2000, this invention is dedicated to a device for cleaning the root of the tongue and reducing contamination of the oral cavity and soft palate, but does not directly address cleaning the palatine tonsils. 9. Patent No. US6475172 B1, filed November 5, 2002, describes a device for removing particles and stains from the tonsils. However, the need to apply external pressure to use this device can lead to reduced patient tolerance and other potential problems. The device also lacks the ability to be disinfected after cleaning. 10. Patent number US20040134007A1, filed July 15, 2004, refers to a toothbrush with a handle and a bristle head that includes massaging flaps for the teeth. This tool is also not designed to clean the tonsils. 11. In patent number US20080155771A1, registered on July 3, 2008, a tool is designed to clean the tonsils; however, this tool lacks a mechanism for rinsing and disinfecting after cleaning, which causes hygiene problems. 12. In patent number US20080255536A1 filed on October 16, 2008, a device includes applying a biting force to a piece of material, which closes the mouth and the biting force suppresses the gag reflex of the user, and the tonsils and adjacent throat structures of the user can be treated by spraying a liquid onto the tonsil or manipulating the surface of the tonsil and related structures. This can clean the tonsils. This invention causes some pressure on the tonsils and the process can be painful for the patient. 13. In patent number US7614111B2 filed on November 10, 2009, this invention describes an oral care instrument having a handle with an attached head and tooth cleaning elements extending from fixed housings. The instrument also includes bridges that allow the cleaning elements to move during use. Although this instrument offers improvements in the cleaning process, its focus is more on cleaning the teeth and does not specifically address the cleaning of the tonsils. 14. In patent number USD710113S, registered on August 5, 2014, a tonsil brush is mentioned in this patent and no detailed description is provided in its file. 15. In patent number USD744652S1, registered on December 1, 2015, this invention is a tonsil cleaner, which does not have a detailed description in its file. 16. Patent No. WO2018209172, filed on November 15, 2018, provides a tongue cleaning tool kit of various sizes and shapes. The tongue cleaning tips may optionally include a proximal mounting stem extending from the distal working blade to allow better access to specific areas of the tongue. This invention does not access the palatine tonsils and is not similar to our invention. The mentioned inventions are the results of examining similar inventions in Iran and abroad. Providing a solution to an existing technical problem along with an accurate, sufficient, and integrated description of the invention This tool is designed to provide an effective experience in cleaning the soft parts of the mouth, especially the palatine tonsils. A connector (1) with an outer diameter of 3 mm, an inner diameter of 2 mm and a height of 3 mm is located at the end of this special tool, which is specially designed for connection to dental POA units and home water jets. This connector (1) is connected to a channel (9) inside the tool. This channel is responsible for guiding water, air, detergents and medically approved disinfectants to the soft parts of the mouth, including the gums, tongue, soft palate, tonsils, inner cheeks, floor of the mouth and inner lips. This channel continues from the end of the tool to its beginning, which is like a cylindrical rod with a diameter of 2 mm and a height of about 9 cm in the lower half of the tool and like a rectangular cubic chamber with a length of about 12 cm and a width of about 3.5 cm and a thickness of 2 mm in the upper half of the tool. The upper chamber is filled with simple jelly villi (6) with a diameter of 3 mm and a height of 2 mm, and perforated (7) with an internal diameter of 1.5 mm, 3 mm outer diameter, and 3 mm height, is connected, which can remove water or air from the perforated bristles. A cap for the tool connection point (8) made of polyethylene terephthalate (PET) and with an inner diameter of 3 mm, an outer diameter of 5 mm, and a height of 5 mm is provided, which is responsible for preventing contaminated particles from entering this channel. The tool handle (2) with a length of about 9 cm and a thickness of 4 mm is ergonomically designed and made of high-density polyethylene to fit comfortably in the hand. This handle has several protrusions (3) with a height of 2 mm on both sides of the handle, which the thumb easily fits on and creates a natural lock between the tool and the hand. This action prevents the tool from slipping in the hand during use. The tool body (5) is also made of high-density polyethylene with a length of about 13 cm, a width of about 2 cm, and a thickness of 4 mm. High-density polyethylene (HDPE) is a type of PE with a linear structure.Because its molecules are tightly packed together, HDPE is an extremely strong polyethylene with high tensile strength and impact resistance. HDPE is also resistant to chemicals and UV rays and meets FDA hygiene standards because it does not absorb moisture even after prolonged contact with liquids. The body (5) is designed to be gentle on the soft tissues of the mouth and helps maintain oral hygiene. The tool connector for attachment to the dental handpiece and home waterjet (1), the tool handle (2), the protrusion on the tool handle (3), and the tool body (5) are molded from steel or aluminum and are integrally connected, and the air and water passage channel when the tool is attached to the dental handpiece or waterjet, which is also connected to the inner housing of the tool (9), is also molded from the same integral mold. The cleaning pad (4) is located on both sides and in the upper half of the tool.On this surface, i.e. the back and top of the instrument, two types of bristles are used, including simple cylindrical bristles (6) and cylindrical bristles with holes (7) made of hygienic silicone. The simple cylindrical bristles (6) are completely located on the back of the instrument with an ergonomic design and maximum cleaning, and the cylindrical bristle with holes (7) is located on the top of the instrument, which can expel water or air. The cylindrical bristle with holes (7) is connected to the internal channel of the instrument (9) and offers greater durability, and in combination, simple bristles are also used between those bristles to provide better resistance when they want to effectively absorb excess pressure and prevent damage to sensitive tissues. One of the key innovations of this tool is the design of elastic gel bristles that absorb pressure up to 40% better than conventional bristles and provide better adaptation to different mouth shapes.The simple cylindrical bristles (6) on the back of the tool, together with the back plate (4), as well as the cylindrical bristle with a hole (7) on the top plate of the tool (4), are molded integrally from hygienic silicone. The two back and top plates are attached to the plastic body of the tool (5) using a hot press and industrial equipment. These special features and designs make the tool an effective, creative and unique solution for cleaning the palatine tonsils and soft parts of the mouth. Explanation of shapes, maps and diagrams Explanation of tool map numbering: Number 1: Instrument connector, for connecting to the dental Pore Unit and home waterjet. Number 2: Toolbox. Number 3: Protrusion on the tool handle. Number 4: Cleaning pad placement plate. Number 5: Tool body. Number 6: Simple cylindrical shape. Number 7: Perforated cylindrical fluff. Number 8: Tool connector cover. Number 9: Water or air passage channel when connecting the instrument to the dental Pore Unit or waterjet, which also connects to the internal chamber of the instrument. It is connected. A clear and precise statement of the advantages of the claimed invention over prior inventions. - Use of unique gel bristles with the ability to trap tonsil debris between them. - Higher efficiency and greater safety than invasive methods. - Possibility of cleaning without causing pain or discomfort. - Reduces the adhesion of particles and contaminants to the bristles and body of the tool. - No need for electrical energy sources or batteries. - This tool uses little space with its small and compact design. - Ability to connect to various nozzles for home water jets. - This tool can be designed for different ages and in different sizes. - Prevent excessive pressure and damage to sensitive tissues. - No need for a cap or protector to use this tool. - It can be sterilized and used repeatedly, without these features becoming a risk of causing environmental infection. Description of at least one implementation method for implementing the invention To use the tonsil cleaning and rinsing tool, the user must first remove the tool from its storage location and check that all its components are intact and clean. Then, using the ergonomic handle, gently guide the tool towards the tonsils and soft parts of the mouth to complete the cleaning process. The simple cylindrical and perforated bristles in this tool help to effectively clean the tonsils and soft tissues. While the user uses the home water jets separately to wash the sensitive tissue of the tonsils, the user can connect the tool to the water jet to clean the gums, tongue, soft palate, tonsils, floor of the mouth and inner lips with adjusted water pressure and more effectively, which is especially useful for deeper and more effective cleaning of different parts of the mouth. After use, the tool should be washed with warm water, dried thoroughly and stored in a hygienic place. Explicit mention of the industrial application of the invention Tonsil and soft tissue cleaning and rinsing tools are emerging as a new solution in the field of oral hygiene that can be used in several different industries and provide diverse revenue streams. In summary, some of the industrial applications are listed below: This tool can be used as a dental hygiene and cleaning device in medical centers and hospitals. This tool can also be used as an advanced hygiene tool in dental offices and clinics and can also be used to clean the back of the mouth and clean the tonsils. This tool can be used as an innovative and advanced product in the field of technology, especially in health and hygiene-related industries.

Claims

Claims What is claimed: Claim 1) A tool for cleaning the palatine tonsils and reducing throat infections, consisting of two types of bristles that are installed on the back and top of a plastic body, respectively. By holding the handle of the tool and using hand force, the user is able to move the tool inside the mouth and clean the palatine tonsils and soft parts of the mouth. This tool consists of the following components: - Tool handle - Plastic body - Simple bristle - Perforated bristle - Water or air passage channel - Tool attachment cap Claim 2) According to claim "1", it is claimed that a tool handle is used to transfer hand force to the tool, which is made of high-density polyethylene and is designed according to the dimensions of the user's mouth and throat diameter. Claim 3) According to claim "1", it is claimed that in the upper half of the tool, two types of cleaning bristles are used: simple ones to remove surface layers of contamination and perforated bristles to create appropriate pressure and evenly distribute water or air in deeper areas of the tonsils, which are made of hygienic silicone. Claim 4) According to claim "1", it is claimed that a bacteria-proof cap made of polyethylene terephthalate (PET) is used to prevent any contamination from entering the channel and to prevent it from suddenly opening during transportation and storage.

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