DOUBLE-ENTRY PNEUMATIC MASK

Abstract

This invention relates to a double-entry pneumomask that can be used for both oxygen therapy and nebulizer therapy in the emergency and critical treatment of respiratory system diseases. Its features include a mask body (1) designed to avoid applying pressure to the user's face, a nose groove (2) located on the upper part of the mask body (1) that is designed to be longer to prevent irritation to the user's nose, a rubber or silicone band (3) positioned on the upper part of the mask body (1) that contacts the patient's face, a first inlet (4) located on the front of the mask body (1) where the reservoir bag is attached, and a second inlet (5) located on the front of the mask body (1) where the nebulizer chamber is attached.

Description

1 TARIFF DOUBLE-ENTRY PNEUMATIC MASK Technological Field: 5 This invention is useful in the emergency and critical treatment of respiratory system diseases, both in terms of oxygen therapy. with a dual-inlet pneumomask that can also be used for nebulizer therapy. It is related. State of the Art: Today, emergency and critical treatment of respiratory system diseases is particularly important, especially with high levels of awareness. patients in the intensive care unit who require oxygen support at a certain concentration Oxygen therapy with a reservoir mask is frequently applied. With a reservoir mask, 15 The patient receiving oxygen support should also be given nebulizer and inhaler therapy. It is necessary. Oxygen and nebulizer treatments are administered using two separate masks. Current reservoir masks consist of a simple face mask with a reservoir (bag) at the bottom end. This is the type of mask available. Oxygen passes through the bag and reaches the mask. The mask and bag are 20... A tube that allows air to pass through in two directions is located between them. Thanks to the tube, the bag is closed after inspiration. As the oxygen inside goes to the patient, some of the air exhaled is released. It comes out and the remaining part goes into the bag. During the next inspiration, the part inside the bag... Air mixed with oxygen is inhaled. In this way, the patient receives a low flow rate of air at the high flow rate they need. Oxygen is supplied in high concentration. 25 Current nebulizers deliver vaporized liquid medication to the patient. It allows the air to pass through the respiratory tract. The mask should cover the patient's mouth and nose. It is placed on the face. A nebulizer mask is used to achieve the desired effect when administering medication. the amount of solution placed in the nebulizer, the correct adjustment of the airflow rate, 30 factors such as selecting the appropriate face mask, patient position, and medication container position Important points need to be considered. These two separate treatments are to be performed at the same time. 2 This causes some problems when it needs to be administered. High doses of oxygen. nebulizer therapy for critically ill patients who need support If the patient is disconnected from the reservoir mask, their oxygen levels will reach a critical level. It falls below this level. When a reservoir bag mask is attached to the patient for oxygen therapy. However, this time the medication treatment is interrupted. 5 The utility model application numbered CN219721604U concerns "Oxygen Mask". It is described. The invention belongs to the field of clinical medicine oxygen masks and specifically to an oxygen mask. It relates to the mask. An oxygen mask is an oxygen mask body without an elastic band. It includes a hydrocolloid dressing used to attach to the patient's face, and oxygen 10. The mask is arranged on the body and the hydrocolloid wrap is placed on the mask body. It is placed on the face that comes into contact with the patient. Compared to an oxygen mask, it is a hydrocolloid dressing. It is arranged on the body of the oxygen mask and the hydrocolloid wrapper has viscosity, Thus, when a hydrocolloid dressing comes into contact with a patient's face, the hydrocolloid dressing It can be automatically attached to the patient's face and the oxygen mask body is secured. 15 When the oxygen mask casing needs to be removed, the hydrocolloid dressing can be applied directly. The hydrocolloid dressing is removed; the patient does not experience pain when the hydrocolloid dressing is removed. The gel on top cannot fall off or remain on the patient's face, and the patient's face must be clean. This is guaranteed. Therefore, the elastic band oxygen mask body will not put pressure on the patient. The problem of creating a wound is solved. 20 The invention of the mask used in oxygen therapy is described above. This mask... The mask only helps to overcome the problem of pressure sores that can develop on the patient's face. has arrived and can provide both oxygen and drug therapy simultaneously. It does not have a structure. 25 In conclusion, a new one that can overcome the disadvantages mentioned above. Technology is needed. Description of the invention: 30 3 This invention enables the direct delivery of drugs to the lungs in respiratory system diseases. providing a high flow rate of 10-15 L / min with a reservoir (bag) attachment, at 60-90% efficiency. A device that delivers oxygen within a specific concentration range, fits snugly to the patient's face but without pressure. soft and non-irritating, with silicone padding to reduce pressure at pressure points. a structure with a textured and adjustable headband 5 It explains. The most important advantage of our invention is that it delivers high concentrations of oxygen while simultaneously Inhaler nebulizers enable the delivery of vaporized medication for treatment. The function in question is provided by two inputs created on the mask. 10 Another advantage of our invention is that the mask covers the face, especially the bridge of the nose. The method involves placing silicone on the parts that come into contact with the skin to prevent pressure sores from forming. Additionally, the metal rod located at the top of the mask can be extended to provide a more comfortable fit to the face. This ensures the mask fits more comfortably on the face, preventing eye irritation and pressure sores. 15 It is being blocked. With the mask that is the subject of the invention, 1 / 3 of the exhaled air can be reused. It returns to the reservoir and combines with the oxygen coming from the streammeter. In this way The patient is provided with high-flow, low-concentration oxygen as needed. Additionally, oxygen 20... It easily moistens and the patient's mucous membranes do not dry out, preventing the development of mucositis. It is prevented. While the mask is being fitted with the medication reservoir for inhaler therapy, the patient is elevated. Oxygen levels drop because it continues to receive oxygen at a low concentration. It is not happening. In inhaler therapy, the position of the nebulizer mask and the patient's posture are key to effective treatment. The position is important. The subject of the invention is the oxygen reservoir section and the nebulizer section of the mask. Because it remains in a fixed position, the treatment is also effective. Additionally, the nebulizer chamber fits 30 cm into the mask. Because it will be secured, the patient's position is not negatively affected. 4 Since the mask in question has a double inlet, the nebulizer mask can be compared to a reservoir mask. There is no need to place anything underneath. Therefore, pressure sores that form on the face... is prevented. In addition, the inlet part is specially designed for the reservoir portion of nebulizer treatments. Thanks to this, inhaler drug therapy is administered comfortably and effectively. Effective and Because effective treatment is provided, the patient recovers faster and the hospital stay is shorter, and 5 The mortality rate is decreasing. Also, there is no need to use two different masks, and only one mask is used. Since it will be used in various ways, our invention also offers a cost advantage. Explaining the Figures: The invention will be described by referring to the attached figures, so that the features of the invention can be explained. It will be understood and appreciated more clearly, but the purpose of this invention is this obvious It is not about limiting it with regulations. On the contrary, the invention is defined by the accompanying claims in 15 all alternatives, modifications, and options that could be included within the defined area The aim is to cover their equivalences. The details shown are only for the present invention. It is shown to illustrate the preferred arrangements and both the methods shaping, as well as the rules and conceptual features of the invention, in the most useful way. It should be understood that they are presented to provide a readily understandable definition. These 20 in the drawings; Figure 1 is a perspective view of the system. Figure 2 shows a side view of the system. Figure 3 is a perspective view of the system. 25 Illustrations that will help understand this invention are shown in the attached image. They are numbered and their names are given below. References Explanation: 30 1. Mask Body 2. Nasal Groove Band 3 4. First Introduction 5. Second Introduction Detailed Description of the Invention: The parts that make up the invention are basically: the mask body (1), the nose groove (2), the band (3), The first entry is (4) and the second entry is (5). Used for respiratory illnesses and designed to fit comfortably on the user's face. There is a designed mask body (1). On the upper part of the mask body (1) there is a There is a nasal groove (2). The nasal groove (2) provides better support for the nose and It is designed to be longer so as not to put pressure on the user's face. Mask tape (3) 15 on the upper side of the edge parts of the body (1) that come into contact with the user's face It is positioned. The tape (3) is made of rubber or silicone. In this way The user's face is prevented from being irritated. The front of the mask body (1) The first inlet (4) where the reservoir bag is attached, on the front of the mask body (1) There is a second inlet (5) where the nebulizer reservoir is attached. Thanks to having a double inlet Nebulizer therapy can be administered while the reservoir bag is in place. 20 mg / mg from the reservoir bag Oxygen is supplied while vaporized medication flows from the nebulizer chamber. is provided. 30

Claims

6 REQUESTS 1- The invention relates to a double-entry pneumatic mask, the characteristic of which is;  Used in respiratory illnesses and applies pressure to the user's face. The mask body (1) is designed not to be applied. 5  located on the upper part of the mask body (1) and which irritates the user's nose The nasal groove is designed to be longer so that it does not become (2),  on the upper part of the parts of the mask body (1) that come into contact with the patient's face positioned and made of rubber or silicone (3),  10 positioned on the front part of the mask body (1) and fitted with a reservoir bag first introduction (4) and  positioned on the front part of the mask body (1) and to which the nebulizer chamber is attached It has a second entrance (5). 20 30

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