SOUND DAMPENING AND NOISE COLLECTION DEVICE

Abstract

The invention relates to a device (1) that detects the sound and noise intensity in the environment and, if the intensity is above the threshold for harm, sends a signal with an inverse value to dampen the harmful difference value. The device (1) will collect sounds with irregular frequencies in the environment thanks to the noise collector (4) inside it and convert them into electrical energy. This converted energy will be stored in the battery module (8). This energy will meet the power requirements for the general operation of the device (1). In addition, the noises in the environment will be directed to less dense areas through the device (1).

Description

1 TARIFF SOUND DAMPENING AND NOISE COLLECTION DEVICE Technical Area 5 The invention detects the intensity of sound and noise in the environment and then determines if the intensity is harmful to health. If it is above the threshold, the inverse value is used to dampen the damaging difference value. It is related to a device that sends a signal. State of the Art People who work in environments such as factories and workplaces in daily life experience excessive noise and They are exposed to noise. This situation negatively affects people's health in the long term. This has an impact. To prevent this exposure, people should use certain items such as headphones and earplugs. They are taking precautions with these vehicles. However, the use of these vehicles eventually leads to problems for people. They cause discomfort and also impair hearing, making people closed off to dialogue. This brings about the need for relevant tools in jobs that require collaboration and communication. Its use also brings about negative consequences. The system in question, application number US11527231B1, in the current technology, is a headset. to receive sounds from the user and produce an audio signal that represents those sounds. a microphone transducer with a microphone configured for; a primary housing It includes a primary earcup, an internal speaker, and a primary external speaker. The user's 25 to receive the sound signal and generate a primary sound cancellation signal in order to cancel the sound. Structured voice cancellation circuit; and primary voice cancellation designed to cancel the user's voice. configured to produce and output sounds representing the cancellation signal. a headphone system consisting of a first external speaker containing a first speaker transducer This solution provides individuals with headphones when working in a noisy environment. It is an expensive and difficult system to implement, requiring its installation. 30 In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been observed. 35 2 Purpose of the Invention The invention detects the intensity of sound and noise in the environment and then determines if the intensity is harmful to health. If it is above the threshold, the inverse value is used to dampen the damaging difference value. It is based on sending signals. Thanks to the device developed for this purpose, 5 The values ​​in the environment will be adjusted to a level that will not harm health. For example, to the person Let the sound limit that can cause damage be 60dB. Let the measured sound level in the environment be 80dB. Sound For a value of 20dB, which is the difference between the limit and the ambient sound level, the device has the inverse value. It will dampen excess sound signals by sending signals. In the end, the sound will be at the limit. will be reduced to level 10. On the other hand, the designed device, thanks to the noise collector it contains, reduces noise in the environment. by collecting the noise (sound with irregular frequencies) found, it converts it into electrical energy. It will convert the energy. This converted energy will be stored in the battery module. This stored energy... It will meet the power requirements necessary for the overall operation of the device. Additionally, the ambient temperature of 15... Noises will be directed to less dense areas via the device. Result The device, as designed, is not intended to completely eliminate sounds and noises in the environment. It aims to minimize the harm to human health. The structural and characteristic features and all the advantages of the invention are given in the figures below and 20 This becomes clearer thanks to the detailed explanation written with references to these figures. It will be understood. Explanation of the Figures Figure 1 is a schematic view of the device described in the invention. The drawings do not necessarily need to be scaled and are useful for understanding the invention. Unnecessary details may have been omitted. Explanation of Part References 1. Device 2. Sound intensity measurement sensor 3. Audio signal generation module 35 3 4. Noise collector 5. Analysis module 6. Signal transmission antenna 7. Motherboard 8. Battery module 5 Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. 10 for the purpose of understanding and without creating any limiting effect It is explained. The subject of the invention is a sound damping and noise collection device (1), which reduces sound and noise in the environment. audio that measures frequency density and detects low and high frequency regions. Includes density measurement sensor (2). 15 sent by sound density measurement sensor (2). The data processing analysis module (5) gives a reverse signal if the sound intensity is too high. It sends a command to the sound signal transmission module (3) to produce the sound signal. Also detected The frequencies transmitted by the noise collector (4) to the low-density regions signal It transmits through the transmission antenna (6). The sound frequency density in the environment is human If the sound signal transmission module (3) 20 is above the limit that affects its health An inverse sound frequency is produced by it. It collects the noise frequencies in the environment and uses them to generate electricity. The noise collector (4) converts some of the energy into energy, which is used to meet the energy needs of the device (1). to analyze the battery module (8) and send some of it to the outside environment. It transmits the inverse frequencies generated by the audio signal transmission module (3) to the module (5). and noise frequencies signal transmission antenna 25 directed by analysis module (5) (6) is sent to the external environment. The control of the device (1) is via the motherboard (7) It is provided by. The operating principle of the device (1) is as follows:  The device (1) is positioned in the desired area. 30  The sound intensity measurement sensor (2) on the device (1) measures the sound and noise in the environment It measures the sound levels. If the sound level is at a level that is harmful to human health... sensor (2) sends measurement information and regional location information to the analysis module (5) sends. 4  The analysis module (5) processes the data and sends the audio signal to the reverse frequency module (3). It sends a command to produce it.  The sound signal generation module (3) also adjusts the sound intensity in the environment to suit human health. It generates a reverse frequency that reduces the signal to a level that will not cause harm and transmits the signal. It transmits to its antenna (6). 5  The signal transmission antenna (6) transmits the inverse frequencies to the outside environment.  On the other hand, the noise collector (4) collects the noises in the environment and one of them It converts part of it into electrical energy and transmits it to the battery module (8). Battery module (8) also stores this energy.  Noise that is not converted into electrical energy is transmitted to the analysis module (5). Analysis 10 Module (5) processes this data. Sound intensity measurement sensor (2) also reduces noise. It transmits the region information with its density to the analysis module (5).  The analysis module (5) transmits the noise it receives to less dense regions. It sends the signal to the signal transmission antenna (6). The signal transmission antenna (6) also sends to the outside environment. It transmits noise. 15

Claims

REQUESTS 1. Sound damping and noise collection device (1) and its feature is;  Measures the frequency intensity of sound and noise in the environment, both low and high. Sound intensity measurement sensor (2) which detects frequency regions, 5  The limit of sound frequency intensity in the environment that affects human health If it is on the device, it sends an audio signal that produces an inverse sound frequency. module (3),  It collects noise frequencies in the environment and converts them into electrical energy, and then converts the energy... a part of the battery module (8) which meets the energy needs of the device (1) 10 noise which transfers part of it to the analysis module (5) to send to the external environment. collector (4),  Processing the data sent by the sound intensity measurement sensor (2) and sound audio signal to generate a reverse signal if its intensity is high. 15 low density detected sending command to the sending module (3) Frequencies transmitted to regions by noise collector (4) signal transmission The analysis module (5) transmits through the antenna (6),  Inverse frequencies generated by the audio signal transmission module (3) and analysis sending noise frequencies directed by module (5) to the outside environment signal transmission antenna (6), 20  Motherboard (7) that controls the device (1) It includes.

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