CORD OXIMETER FOR NEWBORNS

Abstract

This invention relates to a corded oximeter for newborns, which can be used to make more accurate measurements by being easily fixed, especially in newborns. Its features include: an oximeter body (1) containing a microprocessor, battery, memory card and electronic components; a touch-sensitive digital screen (2) mounted on the oximeter body (1) and displaying the measurements; a silicone power button (3) located on the oximeter body (1) to turn the device on and off; an infrared sensor (4) located on the inner surface of the oximeter body (1) and emitting infrared rays; and a cord (5) made of gel silicone that extends from both sides of the oximeter body (1) and grips the wrist with its ends overlapping.The cord (5) must have at least 4 detectors (6) positioned on the surface of the inner extension that comes into contact with the skin when the cord (5) is wrapped around the wrist, which detect the infrared rays emitted from the infrared sensor (4) and transmit the measurement data to the microprocessor located in the oximeter body (1), and an adhesive surface (7) located on the inner surface of one extension of the cord (5) and on the outer surface of the other extension, which stick together when the cord (5) is wrapped around the wrist.

Description

1 TARIFF CORD OXIMETER FOR NEWBORNS Technological Field: 5 This invention allows for easier and more accurate fixation in humans, especially newborns. This relates to cord oximeters for newborns, which can be used to take measurements. State of the Art: 10 Today, it is easy and quick to measure heart rate per minute and blood oxygen levels. Oximeters are used to measure this. Various types of oximeters are available. These are usually measured from the finger, elbow, earlobe, or forehead. This is possible. Especially in newborns, oximeters are placed on these limbs and a 15 Measuring the duration is very difficult. The aggressive movements of the newborn make the devices difficult. can move it and lead to inaccurate or no measurement results. This leads to a situation where a simpler device that can be attached to a limb, which will not harm the newborn, and... A comfortable, easily attachable oximeter is required. Patent application number TR201107414 describes a device with "Various Display Modes". The invention describes a "Finger-Attached Oximeter." The invention allows users to measure... observe the result appropriately from any of the surrounding directions by providing multiple display modes that can be shown one by one in a cyclical manner. A fingertip oximeter is provided. The present invention allows users to place their finger on a 25-inch finger. without needing to move a finger from any of the surrounding directions This allows them to observe the measurement result of the oximeter tip. Accordingly... as a condition of partial occlusion of arterial capillary blood vessels This can be avoided so that the strength of the pulse does not decrease and the signal strength remains the same. will not be affected. As a result, the accuracy of the measurement is increased. 30 2 Patent application number KR100978907B1 describes an "Oximeter". The invention, Oxygen saturation device with a simple finger-mounted design and comfortable use. When describing the measuring device, it was also mentioned that oxygen saturation values ​​can be easily verified. It has a portable structure that allows for various applications. The present invention consists of a sensor housing and a It is a portable oxygen saturation meter including an indicator body: sensor body; A 5 an insertion hole created on one side, the subject to be inserted through the insertion hole a hollow piece to insert your finger into and a device to measure oxygen saturation sensor, image housing; a case that is detachably attached to the sensor housing, a display provided at the box to show the subject's oxygen saturation level 10 will include the unit and a circuit board electrically connected to the display unit. It is structured in this way. Patent application number EP2883498A1 for “Oximeter for Newborns” The invention describes an optical sensor that includes: a light emitter; a light receiver, and a light source. 15 where one of the emitter and one of the light receivers are placed and must be grasped by a subject's hand. a rod-shaped gripping element and a portion of the subject's hand gripped by the gripping element a clamping element adapted to clamp together a light emitter and a light receiver. The other is arranged within the clamp element. The above are 20 oximeter applications that can be used in adults and newborns. This is explained. These oximeters are placed on the fingertip or earlobe in adults. It is attached in this way, and in newborns, the newborn is enabled to grasp it with their hand. Pulse and blood oxygen saturation can be measured. A newborn's fingers... It is very difficult to stabilize or get the person to hold a device. Both muscle strength is insufficient and... Because her consciousness is underdeveloped and her skin is very delicate, it is impossible for her to do what is asked of her, 25 Attaching a limb to a device is dangerous. In conclusion, the newborn who can overcome the disadvantages mentioned above the same There is a need for a new technology that can make accurate measurements with ease of use in a short time. It is heard. 3 Description of the invention: This invention is for newborns who can overcome the disadvantages mentioned above. It is a corded oximeter, and its feature is that it can be used in both newborns and different age groups. Suitable for use on humans, easy-to-attach and detach cord design, easy 5 It can be fixed in place, materials that do not irritate human skin are used, and it is easy to use. Its advantage is that it stays securely on the wrist, allowing for more accurate measurements. The invention is designed to be used by people of all age groups. In particular... Thanks to its design that can be attached to the wrist of newborns, accurate measurements can be taken. 10 A product that doesn't disturb newborns and doesn't cause them to fall or slip as a result of their movements. It is structured in such a way that the umbilical cord can be very easily attached and removed. Thanks to this, the newborn It does not pose any problem or danger. Located on the cord It can be easily fixed thanks to its adhesive surface. The cord and the body. The materials used in its production are designed not to irritate human skin or cause sweating. 15 Thanks to its wrist-worn design and easy securing, it helps prevent newborn aggression. Despite their movements, more accurate and efficient measurements can be made. The invention is easy to assemble thanks to the fact that its components can be easily fastened together. It is being installed, and thanks to the short assembly time, the costs are low. 20 Furthermore, the invention has a robust structure. Explaining the Figures: The invention will be described by referring to the attached figures, so that the features of the invention are defined in 25 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. 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 was shown to illustrate the preferred arrangements and both methods are 30 the most useful shaping of both the rules and conceptual features of the invention 4 It should be understood that they are presented to provide a readily understandable definition. This in the drawings; Figure 1 shows a frontal view of the system. Figure 2 shows the rear view of the system. 5 Figure 3 shows a side view of the system. Figure 4 is a perspective view of the system. Illustrations that will help understand this invention are shown in the attached image. They are numbered and listed below with their names. 10 Explanation of References: 1. Oximeter Body 2. Digital Display 15 3. Power Button 4. Infrared Sensor 5th Cord 6. Detector 7. Adhesive Surface 20 Description of the Invention: The invention is a device that incorporates a microprocessor, battery, memory card, and electronic components. The oximeter housing (1) is mounted embedded on the oximeter housing (1) and 25 The touch digital screen (2) on which the measurements are displayed, turning the device on and off providing, made of silicone and positioned on the oximeter body (1) The power button (3) is located on the inner surface of the oximeter body (1) and emits infrared rays. emitting an infrared sensor (4), made of gel silicone and two of the oximeter body (1) The cord (5), which extends from the side and grips the wrist with its ends overlapping, 30 When the cord (5) is wrapped around the wrist, the inner extension's surface that comes into contact with the skin measurement by positioning and detecting infrared rays emitted from the infrared sensor (4) at least 4 detectors transmit their data to the microprocessor located in the oximeter body (1) (6) and on the inner surface of one extension of the cord (5), on the outer surface of the other extension. It has an adhesive surface (7) which sticks together when the cord (5) is wrapped around the wrist. is happening. The invention has an infrared sensor (4) that can measure the user's minute heart rate. is happening. Detailed Description of the Invention: The parts that make up the invention are basically: oximeter body (1), digital display (2), power button. (3), infrared sensor (4), cord (5), detector (6) and adhesive surface (7). A device worn on the user's wrist measures pulse and blood oxygen saturation. The device contains 15 components including the microprocessor, battery, memory card, and electronic components. There is an oximeter body (1). The upper surface of the oximeter body (1) is embedded There is a digital display (2) mounted on it. The digital display (2) is touch-sensitive. It has the feature of displaying the measured values. In addition to the digital display (2), There is a power button (3) located on the outer surface of the oximeter housing (1). The power button (3) is used to turn the device on and off. The body of the oximeter (1) is 20 feet. There is an infrared sensor (4) on the surface that comes into contact with the skin. Infrared sensor (4) emits infrared and red rays. At the same time, the infrared sensor (4) detects the person It also measures the minute pulse rate. Extending from both sides of the oximeter body (1) There is a cord (5). The cord (5) is placed on the wrist with one end on top and one end on the bottom. It is wrapped. The inner surface of the inner extension of the cord (5) that remains inside when it is wrapped around the wrist has at least 25 There are 4 detectors (6). Detector (6) detects the radiation emitted from the infrared sensor (4). By detecting infrared and red light, it measures the intensity of the detected light. It performs this measurement. This measurement is sent to the microprocessor located in the oximeter body (1). It transmits. In order to secure the cord (5) when wrapped around the wrist, the inner extension 30 Adhesive surface (7) integrated into the outer surface and the inner surface of the outer extension When the adhesive surface (7) is glued together, the cord (5) is attached to the wrist. 6 It is fixed. Another design measures pulse and blood oxygen concentration. The procedure can be performed via the waist area. 10 20 30

Claims

7 REQUESTS 1- The invention relates to a cord oximeter for newborns, the characteristic of which is;  a device containing a microprocessor, battery, memory card and electronic components oximeter body (1), 5  mounted embedded on the oximeter body (1) and the measurements the touch digital screen (2) on which it is displayed,  A silicone switch that enables the device to be turned on and off, and is part of the oximeter. The power button (3) is located on the body (1),  10 located on the inner surface of the oximeter body (1) and emitting infrared rays an infrared sensor (4),  Made of gel silicone and extending from both sides of the oximeter body (1) The cord that grips the wrist with its ends overlapping (5),  When the cord (5) is wrapped around the wrist, the inner extension's surface that comes into contact with the skin positioned and detecting infrared rays emitted from the infrared sensor (4) 15 at least 4 that transmit the measurement data to the microprocessor located in the oximeter body (1). number of detectors (6) and  on the inner surface of one extension of the cord (5) and on the outer surface of the other extension The adhesive surface (7) which is located and sticks together when the cord (5) is wrapped around the wrist It is having. 20 2- The cord oximeter mentioned in Claim 1 is for newborns and its features are: by having an infrared sensor (4) that can measure the user's minute heart rate It is the characterization of the situation. 30

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