BREGMA EVALUATION DEVICE

Abstract

This invention relates to a Bregma Assessment Device developed using sensor and artificial intelligence-based systems to measure and objectively monitor the bregma region opening and suture line width in real time, starting from the neonatal period after birth.

Description

1 TARIFF BREGMA EVALUATION DEVICE Techn6k Area This invention, starting especially from the neonatal period after birth, 5 patency of the bregma region and bregma-related suture lines in infants objective measurement of width, measurement results according to the baby's age and / or month taking into consideration and evaluating the measurement results obtained at different times a sensor and artificial intelligence-based system developed for the purpose of comparison and monitoring This relates to the Bregma Assessment Device. 10 Previous Techn6k Bregma refers to the suture structures between the skull bones in newborns and infants. located at the junction and its dimensions and anatomical features change during the developmental process. It is a region whose characteristics can vary. The assessment of the Bregma region, in particular... 15 as part of clinical assessments in the developmental monitoring of infants is being carried out. In current clinical practice, the opening of the bregma region and the width of the suture line are generally considered. through manual palpation and physical examination by a healthcare professional This assessment involves palpating the bregma region and... It is possible to determine its approximate size. 20 In manual assessment methods, measurement results constitute the evaluation. depending on the experience of the person performing it, the pressure applied, the finger position, and This can vary depending on the evaluation criteria. In addition... Current methods describe the dimensional properties of the bregma region along two different axes. obtaining and recording standardized electronic measurement data. 25 It does not allow for its acquisition. Changes in Bregma span and suture line width over time Manual assessments conducted at different times are also directly relevant in terms of monitoring. Comparisons may be limited, especially as the baby gets older. In evaluating the changes occurring in the region, the measurement value is 30 It is important to interpret the information according to the baby's age or month. In current practices, the measurement result is electronically displayed along with the baby's age and / or month. This involves evaluating the data, automatically comparing it with previous measurements, and measuring the results. enabling the evaluation of data through an artificial intelligence-based system 2 There is no integrated structure. Furthermore, the Bregma region should be evaluated. the contact conditions and / or applied pressure during which the measurement is performed electronic detection and evaluation of the measurement result of this data its use addresses the limitations of existing manual assessment methods. It offers an approach aimed at this. Therefore, the openness of the bregma region and suture 5 capable of measuring line width in at least two axes, contact and / or pressure during measurement. able to evaluate the conditions and the measurement results obtained according to the baby's age and / or month capable of correlating with, comparing with past measurements, and performing AI-based analysis. An objective measurement and evaluation device capable of performing this task is needed. The purpose of the invention is 10 The primary aim of the invention is to reduce the opening of the bregma region and the width of the suture line. instead of subjective assessments based on manual palpation in evaluation can be measured, recorded and compared via electronic sensors The goal is to develop a device that provides data. Another objective of the invention is to obtain measurement values ​​for the bregma region from at least two different 15 obtaining it on the axis and thus the biaxial dimension of the bregma aperture The aim is to enable the determination of its characteristics. Another purpose of the invention is to measure the bregma region with the sensor module (1) during measurement. contact between them and / or applied pressure via a pressure sensor. perception and use of the data in the evaluation of the measurement 20 to provide. Another purpose of the invention is to place the sensor module (1) on the finger of healthcare personnel. and / or in an ergonomic design that can be worn on the hand or carried by hand by performing a practical and controlled measurement of the bregma region. to provide. 25 Another aim of the invention is to determine the bregma measurement values ​​obtained based on the baby's age. and / or its association with the bear and through an AI-based analysis algorithm The aim is to ensure that the baby is evaluated according to their age group. Another aim of the invention is to analyze bregma obtained at different times from the same baby. the measurements are stored in the memory unit (3) and the previous measurements and the current measurement 30 by comparing the results, the change in the bregma region is monitored over time. The aim is to ensure that it is done. 3 Another aim of the invention is to analyze measurement results and provide AI-based evaluation. the results are presented to the user in an understandable and objective manner via the image unit (4). The aim is to ensure its presentation. Another purpose of the invention is the measurement of the bregma region, data processing, and age-related data. evaluation, recording and tracking changes over time 5 The goal is to perform all operations within a single integrated system. Detailed Description of the Invention The Bregma Evaluation Device, suitable for the purposes of the invention, contains the following examples: below; The elements shown in the figures are numbered as follows and refer to section 10 of the definition. These numbering systems will be used for the remainder of the year: A. Bregma Evaluation Device Block Diagram 1- Sensor 2- Processor 3- Memory 15 4- Image bNrNmN The subject of the invention is the Bregma Evaluation Device; sensor module (1), processor unit (2), It consists of an integrated system containing a memory unit (3) and a display unit (4). The sensor module (1) enables the acquisition of measurement data regarding the bregma region. It includes electronic sensing elements. The sensor module (1) is placed in the user's hand and / or 20 a body that can be worn on the finger or carried in the hand by the user It can be positioned on it. The sensor module (1) can be configured to be worn on the finger and / or hand. Thanks to this, healthcare personnel can place the sensor module (1) on their finger or hand By moving it, it can be directed towards the bregma region and measurement can be performed. Thus, the sensor 25 Controlled positioning of the module (1) on the bregma region and / or It becomes possible to move it. The sensor module (1) provides data regarding the location and / or size of the bregma zone. It includes at least one position and / or distance sensing sensor that enables this. The subject is the position and / or distance sensing sensor, sensor module (1) bregma 30 its location on the region and / or measurement distances relating to the Bregma region It can work towards identification. 4 Measurements relating to the Bregma region are carried out along at least two different axes. The first The measurement value on one axis and the measurement value on the second axis are obtained separately. The obtained biaxial measurement values ​​are evaluated together to determine bregma. The dimensional characteristics of the opening and / or bregma region are determined. Thanks to biaxial measurement, the dimension of the bregma zone in only one direction is 5. Instead of determining the dimensional characteristics in two different directions, the same measurement is used. It is ensured that it is evaluated within the system. The sensor module (1) also makes contact between the sensor and the bregma zone during measurement. conditions and / or applied to the bregma region by the sensor module (1) It may include at least one pressure sensor that enables the acquisition of pressure-related data. 10 The pressure data obtained by the pressure sensor is reflected by the sensor during measurement. the contact condition of the module (1) bregma region and / or the applied pressure It can be used in determining the contact conditions under which the measurement is performed. Additional data related to the matter is obtained. Pressure data can be evaluated by the processing unit (2) together with the measurement data. 15 This allows the pressure and / or contact conditions applied during measurement to be measured. Evaluating the impact on results and inappropriate measurement conditions retaking the measurement result and / or warning the user It may be possible to provide this. Position, distance and pressure data obtained by sensor module (1) are processed by processor 20 is transferred to unit (2). Processor unit (2) processes the raw data coming from sensor module (1). It processes and converts measurement data into analyzable form. The processor unit (2) measures the values ​​for the first axis and the second axis separately. and / or they can be evaluated together. Thus, the measurement of the bregma aperture in two axes. The results are generated. 25 Measurement data processed by the processor unit (2) can be transferred to the memory unit (3). Memory unit (3), measurement results, baby's age and / or month information, measurement date and / or its time, previous measurement results, and the result of AI-based analysis can hide. The baby's age and / or months must be determined before or during the measurement (30 months). The information can be entered into the system. Thus, the measurement obtained by the sensor module (1) The data is then linked to the baby's age information. The artificial intelligence-based analysis system of the device in question analyzes the data obtained during measurement. The first and second axis measurement values ​​along with the baby's age and / or months. evaluates. The AI-based analysis algorithm uses the baby's age and / or month to measure bregma. By analyzing the relationship between the values, the measurement result is determined according to the relevant age group. 5 It allows for evaluation. In this context, the system displays the same measurement value differently at different age periods. It can be structured in a way that allows for its evaluation. Thus, bregma The measurement result regarding the opening is taken into consideration by the baby's age and / or month. It can be interpreted. 10 The AI-based analysis algorithm also uses previous measurement results for the same baby. can take into account. In this case, the current measurement result is the one previously in the memory unit (3) Compared with stored measurement results. Comparing previous and current measurement results shows that the bregma opening... The change along the first and second axes can be determined. This change is 15. This can be assessed based on the baby's age and / or the time interval between measurements. In this way, the system not only displays a single measurement result but also bregma It can also reveal the course of change in the region over time. The image unit (4) displays the measurement values ​​obtained by the sensor module (1), first and measurement results relating to the second axis, pressure and / or contact conditions 20 information, the baby's age and / or month information, and the result of the AI-based analysis. can show to the user. The change between the current measurement and previous measurements is also shown on the image unit (4). This can be shown. Thus, the change in the bregma region over time for healthcare personnel. It allows for tracking within. 25 In the operation process of the device that is the subject of the invention, the sensor module (1) bregma It is positioned in the region. The sensor module (1) is placed by the user's finger and / or hand. It can be carried on a portable device or directed towards the bregma region on a suitable body. Position and / or distance when the sensor module (1) is positioned in the bregma zone Measurement data regarding the bregma zone is obtained via sensors. At the same time, 30 Contact and / or pressure data generated during measurement is obtained via a pressure sensor. It is done. The obtained data is transferred to the processor unit (2). The data is processed by the processor unit (2). By processing, measurement values ​​for the first and second axes are generated. 6 Measurement results are correlated with the baby's age and / or month. The correlated data is stored in memory. can be stored in the unit (3) and analyzed by an artificial intelligence-based analysis algorithm. It is evaluated. The AI-based analysis results indicate that the measurement values ​​correspond to the baby's age and / or The result is calculated based on the baby's age. Previous measurements for the same baby are taken into account. If available, the current measurement result is compared with previous measurement results to determine any changes. Information can be generated. As a result, the measurement, comparison and analysis data obtained are image unit (4) It is presented to the user through this medium. The device in question consists of a sensor module (1), a processor unit (2), a memory unit (3) and a display 10 The unit (4) may be located within a single device housing, or the said units separate physical buildings that will enable wired and / or wireless data communication between them It can also be structured in units. The fact that the sensor module (1) can be worn on the finger and / or hand ensures the accuracy of the measurement. It allows the operation to be performed by the staff with a controlled hand movement. 15 However, the invention allows the sensor module (1) to be attached to a finger only. not limited, the sensor module (1) is handheld, on the hand different body shapes that can be attached, worn on the finger, or directed towards the bregma region. This can be achieved through their structures. The position and / or distance sensing sensor and pressure 20 used within the scope of the invention. sensor structure, sensor placement and number, measurement accuracy, data sampling method and the data processing method of the processor unit (2), the device will be implemented It may vary depending on the application. Thanks to the device described in this invention, the bregma region opening and suture line width can be doubled. It can be measured electronically along the axis, contact and / or pressure during measurement 25 The conditions can be taken into consideration, and the measurement results obtained can be used in relation to the baby's age and / or month. It can be associated with and through an artificial intelligence-based analysis algorithm. can be evaluated. Thus, the evaluation of the bregma region; the performance of the measurement, the measurement. data processing, age-based assessment, recording, previous 30 including the stages of comparing with measurements and displaying the results. It is carried out through an integrated system.

Claims

7 REQUESTS 1. This invention relates to the opening of the Bregma region and / or the width of the suture line. It is a Bregma Evaluation Device developed for measurement and evaluation, feature0; 5 a. At least one that obtains location and / or distance data related to the Bregma region. sensor module (1), b. At least one processing unit that processes the measurement data obtained by the sensor module (1) 0slemc0 b0r0m0 (2), c. at least one memory slot for storing measurement data and / or evaluation results 10 b0r0m0 (3) and d. at least one image presenting the measurement and / or evaluation results to the user. b0r0m0 (4) Bregma measurement data obtained by the 0çermes0 and sensor module (1), an AI-based analysis algorithm based on the baby's age and / or month 15 It is to ensure that it is evaluated through.

2. Bregma Evaluation Device according to Claim 1, its characteristic is; sensor module (1), to determine the dimensional properties of the bregma region in at least two different axes. It must include at least one configured location and / or distance sensing sensor.

3. According to Claim 2, it is a Bregma Evaluation Device, the characteristic of which is that it can handle at least 20... two different axes, the first axis and the second axis, and the measurement related to the first axis. The bregma aperture is determined by separately obtaining the measurement value for the second axis and the measurement value for the third axis. It is the determination of biaxial dimensional properties.

4. Bregma Evaluation Device according to any of claims 1 to 3, The feature is the contact between the Bregma region of the sensor module (1) and the sensor module (1) 25 and / or the pressure applied to the bregma region by the sensor module (1) It must contain at least one pressure sensor that obtains the data.

5. Bregma Evaluation Device according to Claim 4, its feature is; from the pressure sensor The obtained pressure data together with the bregma measurement data is processed by the processor unit (2) It is evaluated by [the relevant authority]. 30 6. Bregma Evaluation Device according to Claim 4 or 5, its characteristic is; pressure the data makes appropriate contact with the bregma region of the sensor module (1) during measurement It is used to determine whether or not the condition is met. 8 7. Bregma Evaluation Device according to any of claims 1 to 6, Its feature is that the sensor module (1) can be attached to the user's finger and / or hand. It is positioned on the fuselage.

8. Bregma Evaluation Device according to Claim 7, its characteristic is; sensor module (1) can be carried on the user's finger and directed towards the bregma region and / or 5 It is structured in a way that allows it to be moved around the bregma zone.

9. Bregma Evaluation Device according to any of claims 1 to 8, Its feature is that the processor unit (2) obtains the raw measurement by the sensor module (1). by processing the data, at least the measurement values ​​for the first and second axes. It is the creation of. 10 10. Bregma Evaluation Device according to any of claims 1 to 9, Its feature is the entry of information regarding the baby's age and / or months into the system and measurement data. It is associated with.

11. Bregma Evaluation Device according to any of claims 1 to 10, Its feature is that the AI-based analysis algorithm analyzes 15 axes on the first and second axes. Bregma measurement values ​​are evaluated in conjunction with the baby's age and / or months.

12. Bregma Assessment Device according to Claim 11, its feature is artificial intelligence. the analysis algorithm based on bregma measurement values ​​according to the baby's relevant age and / or month An evaluation result obtained by comparing it with reference data for the period. It is the creation of. 20 13. According to claim 12, it is a Bregma Evaluation Device, the characteristic of which is; evaluation. the result of the bregma measurement value according to the baby's relevant age and / or month period It includes a conclusion regarding its suitability.

14. Bregma Evaluation Device according to any of claims 1 to 13, The feature is that the memory unit (3) has 25 different events performed at different times on the same baby. It stores measurement data related to measurements.

15. Bregma Evaluation Device according to Claim 14, its characteristic is that the processing unit (2) and / or the current measurement data of the artificial intelligence-based analysis algorithm from previous It involves determining the change in Bregma opening by comparing it with measurement data.

16. The Bregma Evaluation Device, according to Claim 15, is characterized by its... 30 The change is determined separately and / or together for the first and second axes.

17. Bregma Assessment Device according to any of claims 14 to 16, This feature displays previous and current measurement results along with the baby's age and / or month. The goal is to determine the trend of change in the Bregma region by evaluation. 9 18. Bregma Evaluation Device according to any of claims 1 to 17, Its feature is the measurement values ​​of the image unit (4) relating to the first axis and the second axis. pressure data, baby's age and / or month information, and the result of AI-based analysis. It is to present it to the user.

19. Bregma Assessment Device according to any of claims 14 to 18, 5 The feature is that the image unit (4) has at least one previous measurement between the current measurement and the previous measurement. It is about presenting the change to the user.

20. Bregma Evaluation Device according to any of claims 1 to 19, Features include; sensor module (1), processor unit (2), memory unit (3) and display unit (4) wired and / or wireless data transmission between devices within a single device housing and / or with each other. It is structured into separate units in a way that will facilitate communication.

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