PHONETIC MOUTH SHAPE-SOUND MATCHING AND VERIFICATION SYSTEM

Abstract

The invention relates to a phonetic teaching and pronunciation verification system developed for the understanding and verification of correct lip and mouth position in foreign language phonetic education. The system includes a three-dimensional anatomical mouth model (1) representing the lips, front teeth area and tongue surface, a multi-point pressure sensor array (2) measuring the pressure distribution in the upper lip, lower lip and lip corner regions, a control circuit (5) processing the measurement data, a programmable target profile memory (4) storing reference pressure profiles for different phonetic sounds, a visual feedback unit (3) showing correct or incorrect pressure distribution with green and red light emitting diode signals, a removable surface cover structure (6) for hygienic use and a power supply unit (7).

Description

1 TARIFF PHONETIC MOUTH SHAPE-SOUND MATCHING AND VERIFICATION SYSTEM TECHNICAL FIELD The invention relates to the field of foreign language teaching and phonetic training techniques, particularly English. In phonetic education, there are 5 things necessary for students to correctly produce sounds that are difficult to pronounce. It enables the visual and tactile understanding of the positions of the mouth, lips, teeth, and tongue. br phonetic teaching and pronunciation verification system le lg ld r. The invention creates features not found in native speakers or native language habits. Why are sounds like “th”, “v”, “w” and “f” incorrectly articulated? 10 used in the correct production of these sounds. For the purpose of perceiving, comparing and verifying mouth and lip positions. It has been developed and includes a three-dimensional anatomical mouth model and a multi-point pressure sensor (DZS). visual feedback, programmable target profile memory, control circuit, surface The cladding structure and power supply are integrated into the brm system. STATE OF THE ART Current methods for teaching foreign language phonetics mainly rely on verbal explanations and sounds. This is carried out using recordings and k-dimensional phonetic diagrams. These methods by giving the student the opportunity to understand the target sound through auditory and visual schemas Together, sufficient physical understanding of the correct mouth, lip, tooth, and tongue positions. It does not provide this level of service. Especially for Turkish speakers, the sounds “th”, “v” and “w” found in the English language are native to Turkish. It is produced with different articulation patterns resulting from habits. This The situation causes students to repeat the sounds with incorrect lip and tongue positions. 25 This causes and leads to persistent pronunciation errors in the ongoing language learning processes. It extracts. In the solutions provided, the teacher or guide verbally explains the correct lip and tongue position. or by showing one's own face. This approach is used in group class 30. This makes it difficult to provide individual feedback in their environment, given the student's own oral structure. It does not allow for direct comparison of the target location and real-time verification. It does not contain any mechanism. 2 In addition, in the solutions mentioned, multipoint pressure is applied using a three-dimensional anatomical mouth model. The sensor includes a DZSN and a light-emitting diode-based instantaneous feedback system; The student's phonetic profile targets lip pressure distribution while producing their own voice. There is no integrated phonetic validation system that can be compared. THE PURPOSE OF THE INVENTION The purpose of the invention is to enable students to use the correct lips and mouth in foreign language phonetics training. a phonetic that allows it to independently discover and verify its position The aim is to provide a teaching and pronunciation verification system. Another purpose of the invention is to provide real-time assessment through pressure feedback. and individual phonetic practice without the need for teacher intervention. The key is to create a BRS STEM that makes it possible. Another purpose of the invention is to store target pressure profiles for different phonetic sounds and 15 This programmable LRBR compares the pressure distribution applied by the student with these profiles. It is about providing structure. The invention's other purpose is to produce a green light emitting diode signal under correct pressure distribution, eliminating errors. 20 visual feedback structures that produce a signal using a red light-emitting diode in pressure distribution. The goal is to enable students to receive instant verification. Another purpose of the invention is to create a portable, ergonomic, hygienic, and versatile device suitable for various uses. The aim is to provide a phonetic education platform applicable in all educational settings. DESCRIPTION OF THE FIGURES Figure 1 shows a representation of the phonetic teaching and pronunciation verification system that is the subject of the invention. It is the appearance. EXPLANATION OF REFERENCES IN THE FIGURES 30 1. Three-dimensional anatomical mouth model 2. Multi-point pressure sensor dzs 3. Visual feedback 4. Programmable target profile memory 3 5. Control circuit 6. Surface coating structure 7. Power supply brm DETAILED DESCRIPTION OF THE INVENTION 5 The invention concerns a phonetic teaching and pronunciation verification system for foreign languages. In education, the correct positions of the lips, mouth, teeth, and tongue are taught to the student visually and tactilely. to be understood as and the pressure data of the locations in question The integrated kbr training system that enables verification is D R. The system involved in the invention is a three-dimensional representation of the anatomy of the human mouth. three-dimensional anatomical mouth model (1), the three-dimensional anatomical mouth model (1) Multi-point pressure sensor DZS (2) distributed over the lip contact areas on the surface instantaneous data from the multi-point pressure sensor DZS (2) A visual feedback system (3) that provides evaluation, target 15 for different phonetic sounds. a programmable target profile memory (4) that stores pressure profiles, sensor a control circuit (5) that manages the visual feedback rmbrmn (3) by processing the data, three 3D anatomical mouth model nn (1) removable lrbr surface enabling the use of hygienic materials It includes a casing structure (6) and a power supply unit (7) that enables the system to operate. In one application of the invention, a three-dimensional anatomical mouth model (1), lips, front teeth a three-dimensional representation of the anatomy of the human mouth, encompassing the region and surface area. It is the main model element. The three-dimensional anatomical mouth model (1) is flexible and transparent. or is made of translucent material. The aforementioned three-dimensional anatomical mouth Model (1), when held next to the student's own mouth area, the target phonetic position 25 a dimension that allows the student to visually compare their own mouth position and is structured with transparency. In one application of the invention, a three-dimensional anatomical mouth model (1) is used for different age groups. and has an ergonomic structure that adapts to different facial anatomy. The three mentioned 30 3D anatomical mouth model (1) thanks to its flexible material structure to the user It provides tactile perception and shows how the mouth, lips, teeth, and tongue regions relate to the target location. It helps in understanding, from a physical perspective, why it needs to be implanted. 4 In one application of the invention, a multi-point pressure sensor dzs (2), three-dimensional anatomy model of mouth nn (1) upper lip, lower lip and lip corner regions integrated It is a sensing structure consisting of multiple sensors. The multi-point pressure sensor in question... dzs (2) contains capacitive or p eoselective sensors. The mentioned multi-point pressure sensor dzs (2), applied by the user to the three-dimensional anatomical mouth model (1) 5 It measures the spatial distribution and intensity of pressure separately. In one application of the invention, the multi-point pressure sensor dzs (2), different English phonetic k will detect differences in lip contact and pressure distribution required for sound production The three-dimensional anatomical mouth model (1) is distributed over the figure. Thanks to this structure, 10 The positions of the lips, teeth, and tongue required for sounds like “th”, “v”, “w”, and “f” Different pressure patterns are being measured. In one application of the invention, a programmable target profile memory (4) is used for each phonetic The sound reference pressure distribution profile is stored in a configurable LRBR memory unit. 15 The programmable target profile memory (4) is used by the educator or system producer. creating independent target profiles for different phonetic sounds, in a way that allows it to be stored, updated and expanded It is structured. The mentioned programmable target profile memory (4) is different in the system. It allows for adaptation to sounds and different educational needs. 20 In one application of the invention, a control circuit (5), multi-point pressure sensor The area receiving the measurement data from dzs (2) can program the said measurement data. comparing the target profile with the reference pressure profile stored in the memory (4) and this According to comparison, the electronic control that manages the visual feedback (3) 25 It is an element of the mentioned control circuit (5), the pressure distribution applied by the user. It evaluates the suitability of the target phonetic profile. In one application of the invention, a visual signal is displayed (3), and the control circuit (5) managed by and on a three-dimensional anatomical mouth model (1) or on the system at 30 Instantaneous display consisting of light-emitting diode indicators positioned in a visible area. It is an evaluation structure. The visual feedback system (3) in question is the student's The signal from the diode emitting green light when the applied pressure distribution reaches the target profile is erroneous. When pressure distribution occurs, a diode emitting red light produces a signal. In one application of the invention, the visual feedback (3), three-dimensional anatomical mouth model nn (1) light-emitting diodes placed in positions corresponding to the lip regions It contains indicators. The mentioned visual feedback (3), which print Showing the student, based on location, that the point deviates from the target profile. 5 It is structured. With this structure, the student instantly identifies the incorrect lip contact or pressure point. That makes a difference. In one application of the invention, a surface coating structure (6), three-dimensional anatomical mouth model nn (1) removable coating on the outer surface which provides hygienic use 10 It is an element of the surface coating structure (6), three-dimensional anatomy of the mouth. The model is configured to be detached from (1) and reattached. The mentioned The surface coating structure (6) is made of a cleanable material and has more than one It contributes to ensuring hygienic conditions during the user's sequential use. In one application of the invention, a power supply brm (7), multi-point pressure sensor dzs (2), control circuit (5), programmable target profile memory (4) and visual feedback brm (3) is the energy element that provides the necessary electrical energy. The power in question The source brm (7) enables the system to be used in portable educational environments. It is structured. 20 In one application of the invention, the phonetic teaching and pronunciation verification system targets phonetics. The sound can be used by selecting it from the programmable target profile memory (4). The student takes the three-dimensional anatomical mouth model (1) next to his own mouth. Hold or use your fingertips to guide your lips on the model to produce the target phonetic sound. 25 It forms the position. Multi-point pressure sensor dzs (2), applied pressure It measures the distribution and transmits it to the control circuit (5). The control circuit (5) transmits the measurement data. compares the programmable target profile with the reference profile in memory (4) and The visual feedback system (3) is managed according to the result of this comparison. Visual ger b ld rmbrm (3), green signal when target profile match is achieved, 30 from target profile It produces a red signal when there is a deviation. In one application of the invention, the student receives the signal from the visual feedback rmbrm (3). According to this, it corrects the lip and mouth position and phonetics until verification is achieved. 6 The experiment is repeated. This structure requires teacher intervention. enabling individual phonetic practice without hearing and facilitating immediate self-correction. Give it a chance. The invention's application is a phonetic teaching and pronunciation verification system, for primary school 5. It is used in secondary school English language classes. The invention's other features... in practice, the system is used in foreign language courses and individual language learning environments. It is used in other applications of the invention, including system, speech therapy and special needs. It is used in educational development programs. In another application of the invention... SE system is used in teacher training programs. 10 The resulting phonetic instruction and pronunciation verification system consists of three... 3D anatomical reference model, multi-point pressure-based verification, Programmable target voice profile, location-based visual feedback, and hygienic usage. It is a portable and inclusive educational platform that presents its elements together. 15 The invention concerns a phonetic teaching and pronunciation verification system; foreign language teaching. materials, English phonetic training tools, speech therapy aids, Industry in the fields of special education development materials and teacher training tools It is applicable. 20 In one application of the invention, the system is used in primary and secondary English language classes. It is used for pronunciation training purposes. In another application of the invention, the system, For phonetic practice in foreign language courses and individual language learning settings. It is used. In other applications of the invention, the system is used in speech therapy and special 25 as supporting educational materials in educational development programs It is used. In another application of the invention, the system is used for teacher training. It is used as a sampling and validation tool in programs. The invention consists of a three-dimensional anatomical mouth model (1), a multi-point pressure sensor dzs (2), visual 30 ger b ld rmbrm (3), programmable target profile memory (4), control circuit (5), surface coating structure (6) and power supply brm (7) can be produced leb lrfz ksel and electronic k Because it consists of elements, it is produced on an industrial scale and in different educational environments. suitable for use.

Claims

7 REQUESTS 1. Correct lip and mouth positioning in foreign language phonetics education teaching and pronunciation of phonetics aimed at understanding and verifying It is a verification system, and its features include: human oral anatomy, lips, and anterior tooth region. and a three-dimensional representation of the surface, flexible and transparent or semi-transparent. A three-dimensional anatomical mouth model (1) made of transparent material, word subject three-dimensional anatomy mouth model nn (1) upper lip, lower lip and lip Corner areas are integrated and different pressure points are positioned and regulated. multi-point pressure sensor dzs (2), which measures separately, multi-point pressure The sensor processes the measurement data received from (2) and provides visual feedback. brmn (3) is managed by br control circuit (5), control circuit (5) When the managed and measured pressure distribution reaches the target profile, it emits a green light. diode signal and diode signal generator that emits a red light in case of faulty pressure distribution. br visual ger b ld rmbrm (3), reference pressure distribution for different phonetic sounds a programmable target profile memory (4) that stores profiles, hygienic 15 to be extracted from the three-dimensional anatomical mouth model (1) for use structured surface coating structure (6) and enables the system to function br power supply brm (7) includes d r.

2. According to claim 1, it is a phonetic teaching and pronunciation verification system, and its feature is; 20 consisting of capacitance TF or p eoselective sensors and placed over the upper and lower lips The corners of the lips correspond to many areas positioned in a certain way. point pressure sensor dzs (2) çermes d r.

3. According to claim 1 or 2, a phonetic teaching and pronunciation verification system, 25 Feature: Independent reference pressure distribution profile for each phonetic sound. storing and the profiles in question by the educators or system producers a programmable target profile that allows updating and expansion memory (4) chermes d r.

4. Phonetic teaching and pronunciation based on any of the previous systems. It is a verification system, and its feature is; the student places it next to their own mouth area. When held, the target phonetic position visualizes the student's own mouth position. 8 three structures structured with a size and transparency that allows for comparison. 3D anatomical mouth model (1) is a model of the mouth.

5. Phonetic teaching and pronunciation based on any of the previous systems. It is a verification system and its feature is; three-dimensional anatomical mouth model (1) 5 It is designed to be detached and reattached, and it can be cleaned. It contains a surface coating structure (6) made of material.

6. Phonetic teaching and pronunciation according to any of the previous systems. It is a verification system and its feature is; three-dimensional anatomical mouth model (1) lip 10 zones are indicated by light-emitting diode indicators placed at corresponding locations. Determine the position of which pressure point deviates from the target profile. The visual showing the following is included in the image (3).

7. Phonetic teaching and pronunciation according to any of the previous systems 15 verification system and its feature is; multi-point pressure sensor dzs (2) The received measurement data is stored in the programmable target profile memory (4). a control circuit (5) that compares the reference pressure profile.

8. Phonetic teaching and pronunciation according to any of the previous systems 20 verification system and its features include; multi-point pressure sensor DZS (2), control circuit (5), programmable target profile memory (4) and visual feedback (3) contains a power supply unit (7) which provides the necessary electrical energy. 30

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