Neonatal unit safety incubator cover.

Abstract

The invention is an incubator (10) to provide the low temperature and sterile environment needed by premature babies, and its feature is a magnetic locking system consisting of a magnetic lock handle (14) attached to the body (11) for automatic locking of the lid (12) and a magnetic lock counter (15) attached to the lid (12); the magnetic lock can be deactivated in emergency situations and the lid (12) can be returned For automatic magnetic locking when closed, on the bottom of the body (11) The touch button (17) is located on the bottom of the body (11) and includes a combination lock (18) for activating or deactivating the magnetic lock and manually controlling the lid (12) when the power is cut off.

Description

1 TARIFF NEWBORN UNIT SAFE INCUBATOR COVER Technical Area The invention involves a magnetically locking automatic locking device added to the lid of a neonatal intensive care unit. This relates to an incubator that, thanks to its locking mechanism, eliminates the risk of the baby falling during treatment. State of the Art The neonatal intensive care unit provides intensive care for premature or sick newborn babies. It is a section designed to meet their needs. These units provide vital care for babies. equipped and expert to continuously monitor, treat and support their functions They are staffed. Neonatal intensive care units are generally found in hospitals and babies' vital signs, respiratory and circulatory systems, body temperature, fluid balance, and It monitors other health indicators. It also provides respiratory support, enteral or intravenous fluids to infants as needed. Medical interventions such as parenteral nutrition, drug therapy, and phototherapy are performed. Premature babies... birth defects such as low birth weight, respiratory distress, infections, or congenital anomalies They may need intensive care due to health problems. Intensive care units are where these necessary to save babies' lives, improve their health and support their development It offers medical and care services. 20 Incubators provide premature (early-born) babies with the low temperature and sterile environment they need. It is a device used to provide this. Incubators are usually made of glass or plastic material. It is shaped like a closed box and contains a baby cot, heating and humidification systems. The primary purpose of an incubator is to control the temperature of premature babies and reduce the risk of infection. The purpose is to minimize and protect babies from external factors. Incubators also support the development of babies. It is also used to monitor, provide nutrition and respiratory support. Incubators are usually made of clear plastic. It is a box made of a material in which the baby will stay comfortable and safe. There is an area where it is placed. Temperature and humidity are also controlled in the incubators, which allows It helps the baby maintain its body temperature. Incubators also provide oxygen and other respiratory support. It is designed to support medical equipment such as respiratory devices. It is frequently used in incubators. Incubators contain medical equipment such as monitors, heart rate monitors, and intravenous lines. It is also designed to protect the baby from external influences: noise, light, and microorganisms. Soundproof materials are used specifically to minimize noise. Additionally, incubators are disinfected. It has features that allow for monitoring of the baby and sterilization. In incubators, 35 2 side windows to allow doctors, nurses and family members to see him The covers used in incubators completely surround the environment in which the baby is located. It has a special design that closes and protects against external factors. Incubator lids have latches to prevent babies from falling out. 5 The access windows of standard incubators currently in use are usually located at the front and back. A total of six latch systems: two on the lid and one on each side. It is located there. There are also two latch systems on both the front and back covers of the incubator. When the nurse is going to attend to the baby, she first manually opens these latches and then... The nurse opens the lid to access the baby. After caring for the baby, the nurse closes the lid again. 10 and activates the latches. Long working hours, fatigue, field-specific limitations. Factors such as competence, inattention, and workload can cause a nurse to leave the latches unlocked. This can happen. If the lid latches don't lock, there is a risk of the baby falling. This is the subject of discussion. As a result, automatic technology eliminates the disadvantages present in the current technique. The existence of the need for a locked incubator and the inadequacy of existing solutions in the relevant technical field is a 15 This has made improvement necessary. Brief Description of the Invention The present invention meets the aforementioned requirements and eliminates all disadvantages. and in neonatal intensive care units, which bring some additional advantages, added to the lid part The magnetic lock that automatically locks eliminates the risk of the baby undergoing treatment falling. It is related to incubators. Based on the current state of the art, the aim of the invention is to attach a magnetic lock to the incubator and 25 Thanks to the touch-sensitive coded lock, the lid locks automatically, thus eliminating the need for human intervention. The goal is to eliminate the risk of the baby falling. The invention aims to maximize the safety of babies through automatically locking magnetic locks. The goal is to ensure its removal. 30 Another purpose of the invention is to control magnetic locks by an automation system. Thanks to this, the process of locking the lid after it is closed is done automatically without requiring manual control. The goal is to ensure that it is carried out in this way. 35 Another purpose of the invention is to ensure the baby in the incubator remains secure thanks to the silent operation of the magnetic locks. The goal is to ensure the lid locks without being disturbed. 3 Another purpose of the invention is to activate or deactivate magnetic locks thanks to the touch-sensitive combination lock. the ability to bring them in and to manually check the incubator lids when the power goes out is to ensure. Another purpose of the invention is to enable emergency situations by allowing magnetic locks to be deactivated with a single button. In these situations, the goal is to ensure quick access to the contents of the incubator. Another purpose of the invention is to allow city power to the locking system thanks to an externally attached power adapter in the incubator. The goal is to ensure that energy is supplied without the need to interfere with the electricity grid. 10 Another purpose of the invention is to deactivate the magnetic lock thanks to a touch button added to the incubator. the magnetic lock engages and locks the lid when it is brought in and the lid is closed again. The goal is to enable it to be performed automatically. The structural and characteristic features and all the advantages of the invention are given in the figures below and in relation to these figures. This will be understood more clearly thanks to the detailed explanation written with references. Therefore, the evaluation should be made taking these figures and detailed explanations into consideration. is required. Brief Description of the Figures The structure of the current invention and the best understanding of its advantages, including additional components. This should be evaluated together with the figures explained below. Figure 1 shows a schematic overview of the incubator with the lid open. Reference Numbers 10. Incubator 30 11. Body 12. Cover 13. Intervention window 14. Magnetic lock holder 15. Magnetic lock strike plate 35 16. Control panel 17. Touch button 4 18. Coded lock module 19. Latch Detailed Description of the Invention In this detailed description, the subject of the invention is the cover (11) part of the neonatal intensive care units. Thanks to the added automatic locking magnetic lock system, the risk of the baby undergoing treatment falling is reduced. incubator (10) which eliminates the problem is only an example to better understand the subject and does not It is described in a way that will not create a limiting effect. Figure 1 shows the low temperature required by premature (early born) babies and Feature of the incubator (10) used to provide a sterile environment; magnetic lock added to the body (11) magnetic lock system consisting of a handle (14) and a magnetic lock strike plate (15) attached to the lid (12). thanks to which the lid (12) locks automatically when it approaches the body (11) and thus The aim is to eliminate the risk of the baby falling. The mentioned incubator (10) is made of transparent material 15 and a body (11) and the inside of the body (11) to create a controlled closed volume for the newborn. It includes a cover (12) for easy access to the part. The aforementioned body (11) contains the necessary In this case, intervention windows (13) are positioned to access the newborn. access windows (13) on the body (11), latches (19) to prevent uncontrolled opening. It is connected via. In the lower part of the mentioned body (11), the incubator (10) internal temperature, humidity 20 There is a control panel (16) for adjusting conditions such as the oxygen level and the ratio. The mentioned lid (12) is closed automatically without relying on human initiative. magnetic lock holder (14) on the body (11) which uses magnetic force to lock it and magnetic lock counterpart on the cover (12) corresponding to the magnetic lock holder (14) (15) is positioned. When the lid (12) is closed, the aforementioned magnetic lock handle (14) 25 The approaching magnetic lock counterpart (15) holds and locks thanks to magnetic attraction. The aforementioned magnetic lock holder (14) and magnetic lock strike plate (15) are deactivated in emergency situations. The magnetic lock is deactivated by removing it and when the cover (12) is closed again, the magnetic lock is activated. For automatic locking, a touch button (17) is located on the bottom of the body (11). The magnetic lock can be activated or deactivated at the bottom of the mentioned body (11), electrical 30 A combination lock (18) is positioned to manually control the lid (12) when it is cut open. The mentioned incubator (10) also has a power adapter that regulates the voltage for the systems to work, and an electrical Integration of magnetic lock systems into existing incubator configurations without interfering with the existing system. It has been externally connected for this purpose.

Claims

REQUESTS 1. Premature (early-born) babies need a low temperature and sterile environment. To provide incubator (10), its feature is; - To ensure the lid (12) locks automatically when it approaches the body (11), turn the body (11) 5 from the added magnetic lock holder (14) and the magnetic lock counterpart added to the lid (12) (15) magnetic lock system consisting of; - when the magnetic lock is deactivated in emergency situations and the lid (12) is closed again located on the bottom of the body (11) for automatic locking of the magnetic lock touch button (17); 10 - activating or deactivating the magnetic lock, opening the lid (12) when the power is cut off a coded lock located on the bottom of the body (11) for manual control It contains a lock (18).

2. The incubator (10) conforming to Request 1 is characterized by the fact that the lid (12) can be closed at human initiative. 15 on the body (11) that uses magnetic force to lock automatically without being stuck. It includes a positioned magnetic lock holder (14).

3. The incubator (10) conforming to Request 1, its feature being that the lid (12) is closed at human initiative. A magnetic lock that uses magnetic force to automatically lock without being pressed. magnetic lock positioned on the lid (12) to correspond to the handle (14) The equivalent is (15). 20 4. The incubator (10) is compliant with Request 1 and its feature is that it is available without interfering with the electrical system. external integration of magnetic lock systems into incubator configurations It includes a connected power adapter.

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