KR20240052262A - Apartment interfloor noise monitoring method for prevention and solution between noisy neighbors - Google Patents

Abstract

The present invention relates to a method for monitoring inter-floor noise for preventing and resolving inter-floor noise disputes in complex buildings. More specifically, the first step is to measure inter-floor noise for one week without notifying the household affected by inter-floor noise of the inter-floor noise measurement; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step; including; If the inter-floor noise for a week measured in the second step according to the inter-floor noise monitoring method is lower than the inter-floor noise for a week measured in the first step, even though the offending household can reduce the inter-floor noise, the offending household's intention , It is possible to objectively prove that inter-floor noise was caused to the victim household by negligence or carelessness, and by making the victim household aware of the fact that measurements are being made continuously, the inter-floor noise is continuously reduced by the victim household. This is about a method of monitoring inter-floor noise to prevent and resolve inter-floor noise disputes in complex buildings.

Description

Interfloor noise monitoring method for preventing and resolving interfloor noise disputes in apartment complexes {Apartment interfloor noise monitoring method for prevention and solution between noisy neighbors}

The present invention relates to a method for monitoring inter-floor noise for preventing and resolving inter-floor noise disputes in complex buildings. More specifically, the first step is to measure inter-floor noise for one week without notifying the household affected by inter-floor noise of the inter-floor noise measurement; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step; including; If the inter-floor noise for a week measured in the second step according to the inter-floor noise monitoring method is lower than the inter-floor noise for a week measured in the first step, even though the offending household can reduce the inter-floor noise, the offending household's intention , It is possible to objectively prove that inter-floor noise was caused to the victim household by negligence or carelessness, and by making the victim household aware of the fact that measurements are being made continuously, the inter-floor noise is continuously reduced by the victim household. This is about a method of monitoring inter-floor noise to prevent and resolve inter-floor noise disputes in complex buildings.

In general, inter-floor noise refers to noise that causes harm to other residents due to human activities in an apartment complex (multi-family house, multi-family house, apartment, etc., hereinafter referred to as 'unit building'). For example, There are toilet water sounds, floor impact sounds, piano sounds, audio sounds, conversation sounds, TV sounds, etc.

Meanwhile, concrete, the main material used in the construction of complex buildings, has better blocking properties against air-borne sound, such as speech or TV sound, than other materials of the same thickness due to its heavy and tight nature.

However, among the above-mentioned inter-floor noises, floor impact noise (solid transmission) generated by direct impact to the floor slab, such as children running, objects falling, sounds due to moving furniture, adults' footsteps, and sounds due to exercise equipment. Sound) has the characteristic of being easily transmitted to adjacent households, and vibration and noise caused by shock occur simultaneously, emerging as the biggest problem in residential life. This inter-floor noise, like other noise pollution, is bad for mental and physical health. It has an impact, and as a result, it can even become a social problem, such as many problems and complaints among neighboring residents.

Accordingly, as part of an effort to block floor impact sound, the floor thickness is limited to more than 210 mm in wall-type or flat plate structures and 150 mm or more in ramen structures, and the performance of the cushioning material installed on the floor structure to absorb impact sound is limited to lightweight. It is specified as 58dB or less for impact noise and 50dB or less for heavy impact noise.

In particular, in recent years, when constructing a complex building to reduce inter-floor noise, development and research on various materials and floor structures to reduce vibration and noise between floors of the building have been actively conducted. The developed floor structure completely reduces inter-floor noise. There are limits to blocking, and despite the development of technology to block floor impact noise, each person perceives noise differently, so these physical methods also have limitations in preventing disputes due to noise between floors. In order to reduce disputes caused by noise, it can be said that the attention and consideration of household users is one of the most important things.

Therefore, in order to reduce disputes due to inter-floor noise, technology has recently been actively developed to reduce inter-floor noise by measuring inter-floor noise so that lower-floor residents can be informed or by warning upper-floor residents of the occurrence of inter-floor noise. If we look at the technologies that have been developed, they are as follows:

Korean Patent No. 10-1647704 (registration date: August 5, 2016) is a noise/vibration detection means installed between floors of a house with two or more floors to detect noise and vibration; a data processing device that compares and determines a predetermined reference value with a detection value corresponding to the noise data detected by the noise/vibration detection means and a detection value corresponding to an excitation point defined by the vibration data; and an alarm means for outputting the decision result of the data processing device to the outside, wherein the data processing device stores data for distinguishing and contacting households and data on the number and installation location of the noise/vibration detection means. database part; a recording storage unit that stores and records noise and vibration data detected by the noise/vibration detection means; a determination unit that determines whether noise and vibration data stored in the recording storage unit exceeds a preset standard value; A real-time monitoring system for inter-floor noise in an apartment complex is known, including a matching unit that matches the data of the database unit with the households and locations corresponding to the exceeding results based on the results determined by the determination unit.

In addition, according to Korean Patent No. 10-1716445 (registration date: March 8, 2017), it is installed within each household of an apartment complex, receives the noise limit setting value, measures inter-floor noise wirelessly in real time, and compares it with the preset noise limit value. Multiple inter-floor noise collection devices that diagnose inter-floor noise events and warn of the occurrence of inter-floor noise events according to the diagnosis results, transmit the diagnosis results in real time to the management server through a communication network, or exchange them with other inter-floor noise collection devices outside the household; and is installed in the central control center or management room of the apartment complex to enable communication with multiple inter-floor noise collection devices. By collecting noise limit settings for each household, a database is built to manage inter-floor noise events for each household, and the noise between each floor is collected. Including a management server that receives, stores and manages real-time inter-floor noise event diagnosis results from the collection device and visualizes and displays real-time monitoring information of inter-floor noise events for each household, mutually acceptable noise between neighboring households in an apartment complex according to their living patterns There is a known real-time management and reduction induction system for inter-floor noise that reduces disputes between households due to inter-floor noise in apartment complexes by encouraging consideration of neighboring households through setting limits and visualizing inter-floor noise events.

In addition, in Korean Patent No. 10-1801813 (registration date: November 21, 2017), the noise measurement device and measured noise data information generated in each household are transmitted to a server using communication, and the server stores the data in a database. Each household can be monitored through an intercom (or similar interdisplay) installed in each household, and a system and method for preventing interfloor noise in advance by immediately sounding a warning alarm when interfloor noise occurs. In order to provide, it is placed in each unit of a building with a multi-story structure to measure the intensity of inter-floor noise and the resulting vibration frequency to generate inter-floor noise data, and to match the generated inter-floor noise data to the intensity of the pre-set standard inter-floor noise. Or, a noise measuring unit that transmits the inter-floor noise data exceeding the standard vibration frequency together with the building number information to the central management unit below using a wired or wireless network, and the noise measuring unit receives the inter-floor noise data including the building number information. Once this is done, it is stored in a database for each unit number, and the stored inter-floor noise data for each unit is transmitted to the display unit below, and a warning alarm is sent in real time to notify that inter-floor noise has occurred to the corresponding household to which the inter-floor noise data was delivered. If the preset maximum standard is maintained, the central management department manages the report to the police or district office, and the inter-floor noise data for each unit is placed in each household of a multi-story building and transmitted from the central management department. An inter-generational noise measurement system and method including a display unit that displays the current state of the inter-floor noise and classifies it in different colors according to the current status of the inter-floor noise is known.

In addition, Korean Patent Publication No. 10-2017-0099467 (publication date September 1, 2017) includes the steps of obtaining vibration values detected by a plurality of vibration sensing modules installed on the lower floor ceiling of a complex building including a plurality of households; Comparing each vibration value detected by the plurality of vibration sensing modules with a reference vibration value, and determining a household in which interfloor noise exceeding the standard limit is generated based on the comparison result; And a method of monitoring inter-floor noise in a complex building is known, which includes the step of performing an alarm function for a household in which inter-floor noise exceeding the above standard limit occurs through an alarm device pre-registered for each household and a complex building monitoring system.

In addition, in Korea Registered Patent No. 10-2024070 (registration date: September 17, 2019), the noise level obtained from the sound at a predetermined set time interval is acquired at a relatively shorter period than the set time interval and recorded in a log file, and the noise level of the set time interval is recorded in a log file. Measurement means for generating an event for a section in which the maximum noise level is higher than the standard noise level among the sections that appear in a cycle, and recording the event occurrence to generate a recording file; Evaluation means for assigning weight to the number of event occurrences according to the difference between the maximum noise level and the reference noise level, calculating the accumulated weighted cumulative number, and selecting an alarm grade according to the weighted cumulative number; Alarm means for notifying a preset notification target of the changed alert level whenever the alert level changes; and recording means for storing and managing log files and recording files, wherein the noise level includes a 1-minute equivalent noise level, a 5-minute equivalent noise level, and the highest noise level, and acquisition of the highest noise level, a 1-minute equivalent noise level, and a 5-minute equivalent noise level. The period is the same, but is set to 1/n (n is a natural number) of the set time interval corresponding to the highest noise level. The measurement means generates events for each type of noise level, and the evaluation means selects the alarm level for each type of noise level. , the alarm means is a known real-time inter-floor noise monitoring system for proactive management of inter-floor noise conflicts that notifies the alarm level by type of noise level.

In addition, in Korea Registered Patent No. 10-2257683 (registration date: May 24, 2021), it is installed within each household of an apartment complex to detect noise and vibration values, and to notify when the detected noise and vibration value is higher than a preset standard value. Inter-floor noise and vibration detection device; and a server that stores information about each household separately by number, receives noise and vibration values from the inter-floor noise and vibration detection device, and generates a notification signal to notify the household that generated the noise and vibration values. , the inter-floor noise and vibration detection device includes a detection unit installed on the ceiling of each household to detect noise and vibration values; A memory unit for presetting and storing allowable reference values for determining inter-floor noise; A decision is made to receive the noise and vibration value from the detection unit, compare the received noise and vibration value with a reference value stored in the memory unit, and transmit the noise and vibration value to the server when the noise and vibration value is greater than the reference value. wealth; and an alarm unit for receiving a notification signal from the server and notifying the user, wherein the server receives a plurality of vibration noise values from two or more inter-floor noise and vibration detection devices among the plurality of inter-floor noise and vibration detection devices. In this case, the magnitudes of the plurality of vibration noise values received are compared with each other, and the household that transmitted the vibration noise value with the largest magnitude is judged to be the generation generating the interfloor noise, and the interfloor noise and vibration of the household determined to be the generation generating the interfloor noise is determined. An alarm signal is transmitted to the detection device, and when the vibration noise value is received from all of the plurality of inter-floor vibration noise detection devices, it can be regarded as external noise and determined to be an error. If it is determined that an error has occurred, an error signal There is a known inter-floor noise and vibration monitoring system that generates and transmits to an inter-floor vibration noise detection device.

In addition, Korean Patent No. 10-2352472 (registration date: January 13, 2022) includes a first communication device that receives first data expressing the status of the first neighbor regarding inconveniences; and a second communication device that outputs second data to a second neighbor that is spatially spaced from the first neighbor, wherein the second data is configured to (i) refrain from the inconvenience according to the meaning of the first data. (ii) a different expression while maintaining the meaning of the request, and (ii) an expression that means a state in which the inconvenience can be accepted, but does not include privacy information about the presence or absence of the first neighbor, and is selectively converted into one of two expressions, The inconvenience is caused by the second neighbor, and the first data is an expression indicating the first neighbor's degree of acceptance of the inconvenience, including information about the absence of the first neighbor. Artificial intelligence-based inter-neighbor data processing Devices are known.

In addition, in Korea Patent Publication No. 10-2022-0105239 (publication date July 27, 2022), a vibration device is installed on one side of the floor slab (11) or wall (12) in the apartment unit (1) to measure the vibration of the frame. Vibration sensor assembly (2) including a sensor (21); and an analysis module 311 that is provided on the wall pad 3 installed in the household 1 and classifies the vibration level by comparing the vibration data received from the vibration sensor 21 with a preset reference value, and the analysis module 311 ) A data processing unit 31 including a main signal output module 312 that receives a signal from and outputs a signal to the display unit 30 of the wall pad 3 according to the vibration level; An interfloor noise monitoring system is known, characterized in that it consists of:

However, the conventional patented technologies related to inter-floor noise vibration monitoring or notification as described above allow residents of the lower floors to know how much inter-floor noise generated from the upper floor is transmitted to the lower floor through inter-floor noise measurement values, or warn the upper floor of the occurrence of inter-floor noise. There is an advantage in being able to objectively determine whether inter-floor noise occurs, but there is still a problem that there may be disputes between neighbors regarding the objective reliability of the measured value.

In addition, in cases where the upper floor inter-floor noise victim repeatedly causes inter-floor noise and is not considerate of the downstairs neighbors, even when the lower floor inter-floor noise victim tries to file a lawsuit related to inter-floor noise, in most cases, they write a noise log and report cell phone inter-floor noise. Because only recordings and other materials were submitted, it was difficult to collect evidence to objectively prove damage from inter-floor noise.

In addition, even if the affected household attempts to collect objective proof data by applying for inter-floor noise measurement at the Neighborhood Center, it takes a long time to apply and visit the measurement, and even if the measurement is made, it is measured only for a very short period of time, so it is realistically unsuitable as proof data. , Most inter-floor noise does not occur continuously 24 hours a day, 365 days a year, so if you visit and measure during times when inter-floor noise does not occur, it will inevitably be confirmed that there is no inter-floor noise objectively. In fact, victims of inter-floor noise are extremely vulnerable. The reality is that people are dismissed as sensitive people.

Furthermore, even if the household affected by inter-floor noise attempts to secure objective evidence of inter-floor damage through an application for court appraisal, the offending household is notified at the time of application for court appraisal and then the inter-floor noise is measured, so there is a high possibility that the offending household will not intentionally generate inter-floor noise. There were realistic difficulties in obtaining inter-floor noise measurements that could be recognized by the court.

Accordingly, the present inventors measure the exact inter-floor noise when inter-floor noise occurs and simultaneously prepare legal evidence regarding the measured inter-floor noise, thereby preventing disputes between the households causing inter-floor noise and the affected households in advance, and resolving dispute litigation processes that occur. developed an inter-floor noise monitoring method for preventing and resolving inter-floor noise disputes in complex buildings to quickly resolve disputes, and completed the present invention.

[Patent Document 001] Korean Registered Patent 10-1647704 (Registration Date: August 5, 2016) [Patent Document 002] Korean Registered Patent 10-1716445 (Registration Date: March 8, 2017) [Patent Document 003] Korean Patent No. 10-1801813 (registration date: November 21, 2017) [Patent Document 004] Korean Patent Publication 10-2017-0099467 (Published on September 1, 2017) [Patent Document 005] Korean Patent No. 10-2024070 (registration date: September 17, 2019) [Patent Document 006] Korea Registered Patent 10-2257683 (Registration Date: May 24, 2021) [Patent Document 007] Korean Registered Patent 10-2352472 (Registration Date: January 13, 2022) [Patent Document 008] Korean Patent Publication 10-2022-0105239 (Published on July 27, 2022)

The present invention is intended to solve the above-described conventional problems, comprising: a first step of measuring inter-floor noise for one week without informing the inter-floor noise-afflicted household of the inter-floor noise measurement; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step; including; If the inter-floor noise for a week measured in the second step according to the inter-floor noise monitoring method is lower than the inter-floor noise for a week measured in the first step, even though the offending household can reduce the inter-floor noise, the offending household's intention , It is possible to objectively prove that inter-floor noise was caused to the victim household by negligence or carelessness, and by making the victim household aware of the fact that measurements are being made continuously, the inter-floor noise is continuously reduced by the victim household. The task to be solved is to provide a method for monitoring floor noise to prevent and resolve inter-floor noise disputes in complex buildings.

In order to solve the above problem, the present invention includes a first step of measuring inter-floor noise for one week without informing the household affected by inter-floor noise of the fact of measuring inter-floor noise; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step; including; The inter-floor noise monitoring method is used as a means of solving the problem.

The inter-floor noise measuring device for measuring inter-floor noise for one week in the first step and the second step includes a diagnostic device main body including an upper collector terminal, a lower collector terminal, a power terminal, a display, and a noise sensor; A pair of circular collectors connected to the upper and lower collector terminals, respectively, and attached to the ceiling and floor surfaces is intended as a means of solving the problem.

The inter-floor noise measurement device measures sound pressure in dB(A) and has a measurement error of ±1dB(A) as a means of solving the problem.

The inter-floor noise monitoring method further includes the step of receiving membership registration from the inter-floor noise victim household before the first step of measuring inter-floor noise for one week without notifying the inter-floor noise-affected household of the inter-floor noise measurement as a means of solving the problem. do.

The inter-floor noise monitoring method further includes the step of sharing inter-floor noise comparison data with a real estate brokerage office by comparing the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step. Include it as a means of solving the problem.

The inter-floor noise monitoring method is operated by a franchise method as a means of solving the problem.

The inter-floor noise monitoring method is operated by a computer system connected to a server as a means of solving the problem.

The inter-floor noise monitoring method for preventing and resolving inter-floor noise disputes in complex buildings of the present invention includes a first step of measuring inter-floor noise for one week without notifying the inter-floor noise-afflicted household of the inter-floor noise measurement; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step; including; If the inter-floor noise for a week measured in the second step according to the inter-floor noise monitoring method is lower than the inter-floor noise for a week measured in the first step, even though the offending household can reduce the inter-floor noise, the offending household's intention , It is possible to objectively prove that inter-floor noise was caused to the victim household by negligence or carelessness, and by making the victim household aware of the fact that measurements are being made continuously, the inter-floor noise is continuously reduced by the victim household. There is an excellent effect that can induce you to do it.

1 is a process diagram of an interfloor noise monitoring method according to the present invention.
Figure 2 is a block diagram of the inter-floor noise measurement device used in the present invention
Figure 3 is an installation diagram of the inter-floor noise measurement device used in the present invention
Figure 4 is an example measurement graph of the inter-floor noise measurement device used in the present invention.

Hereinafter, the present invention will be described in detail through examples and/or drawings so that those skilled in the art can easily implement the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments and/or drawings described herein.

First, the inter-floor noise monitoring method of the present invention, as shown in [Figure 1], includes a first step of measuring inter-floor noise for one week without notifying the household causing inter-floor noise of the inter-floor noise measurement; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the one-week inter-floor noise measurement data measured in the second step and the one-week inter-floor noise measurement data measured in the first step. Including; It is composed.

Here, in the first step, the inter-floor noise was measured for one week without informing the household causing inter-floor noise of the inter-floor noise measurement, and in the second step, the inter-floor noise was measured for one week while notifying the household causing inter-floor noise of the inter-floor noise measurement. The reason for measuring is to prove the offending household's intention, negligence, or carelessness by comparing the interfloor noise generated by the offending household without knowing that it was being measured with the interfloor noise generated by the offending household knowing that it was being measured.

In other words, if the inter-floor noise decreased for a week after the offending household learned of the inter-floor noise measurement, this means that the offending household was able to live without generating sufficient inter-floor noise, but the offending household intentionally, negligently, or carelessly caused inter-floor noise. It is possible to prove that noise was generated.

Therefore, if the household causing inter-floor noise knows that the victim household is measuring inter-floor noise, they will make efforts not to generate inter-floor noise, and if these efforts continue for at least one week, their lifestyle patterns and efforts to reduce inter-floor noise will become habitual and reduce inter-floor noise. This means that bonsai between neighbors can be prevented and resolved.

On the other hand, the inter-floor noise measuring device for measuring inter-floor noise for one week in the first stage and the second stage is as shown in [FIG. 2] and [FIG. 3], the upper collector terminal 101, the lower collector terminal ( 102), a diagnostic device body (A) including a power terminal 103, a display 104, and a noise sensor 105; It is configured to include a pair of circular collectors (B) respectively connected to the upper collector terminal 102 and the lower collector terminal 102 and attached to the ceiling and floor surfaces.

At this time, the inter-floor noise measurement device uses dB(A) sound pressure measurement and has a measurement error of ±1 dB(A), which is advantageous as objective proof data. In particular, as shown in [Figure 4], the inter-floor noise measuring device can continuously record the time and amount of inter-floor noise for 24 hours to confirm the time and value, and the size of the incoming noise by applying the legal noise level ( degree) can be displayed in color to make it easier to recognize.

Meanwhile, the inter-floor noise monitoring method further includes the step of receiving membership from the inter-floor noise victim household before the first step of measuring inter-floor noise for one week without notifying the inter-floor noise victim household of the inter-floor noise measurement, and is operated on a membership system. It is desirable in terms of after-management of inter-floor noise.

In addition, the inter-floor noise monitoring method shares inter-floor noise comparison data with a real estate brokerage office by comparing the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step. It is also possible to include additional steps to remind people that they may be disadvantaged by inter-floor noise during real estate transactions by using them in real estate brokerage transactions.

In addition, the inter-floor noise monitoring method of the present invention can be operated by an affiliated store method, and can also be operated by a computer system connected to a server.

As described above, if the inter-floor noise for one week measured in the second step of the inter-floor noise monitoring method for preventing and resolving inter-floor noise disputes in complex buildings of the present invention is lower than the inter-floor noise for one week measured in the first step, the offending household Even though inter-floor noise can be reduced, it can be objectively proven that inter-floor noise was generated due to the offending household's intention, negligence, or carelessness, causing inter-floor noise damage to the victim household, and that the victim household is continuously measuring the noise. By making people aware of this fact, there is an effect of encouraging the offending generation to continuously reduce noise between floors.

The above description is merely an illustrative explanation of the technical idea of the present invention, and various modifications and variations will be possible to those skilled in the art without departing from the essential characteristics of the present invention. Accordingly, the embodiments and/or drawings disclosed in the present invention are not intended to limit the technical idea of the present invention, but are for illustrative purposes, and the scope of the technical idea of the present invention is not limited by these embodiments and/or drawings. . The scope of protection of the present invention should be interpreted in accordance with the claims below, and all technical ideas within the equivalent scope should be construed as being included in the scope of rights of the present invention.

101: upper collector terminal 102: lower collector terminal
103: power terminal 104: display
105: Noise sensor
A: Diagnostic device body B: A pair of circular collectors

Claims (7)

A first step of measuring inter-floor noise for one week without informing the household causing inter-floor noise of the inter-floor noise measurement; The second step of notifying the inter-floor noise measurement data for one week measured in the first step to the household affected by inter-floor noise, as well as the fact that inter-floor noise will be measured for the next one week and legal measures for relief from inter-floor noise damage. ; A third step of notifying the inter-floor noise-afflicted household of inter-floor noise comparison data that compares the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step; including; Interfloor noise monitoring method characterized by
According to paragraph 1,
The inter-floor noise measuring device for measuring inter-floor noise for one week in the first step and the second step includes a diagnostic device main body including an upper collector terminal, a lower collector terminal, a power terminal, a display, and a noise sensor; A method for monitoring inter-floor noise, comprising: a pair of circular collectors respectively connected to the upper collector terminal and the lower collector terminal and attached to the ceiling and floor surfaces;
According to paragraph 2,
The inter-floor noise measuring device is an inter-floor noise monitoring method characterized in that the sound pressure is measured in dB(A) and the measurement error is ±1 dB(A).
According to paragraph 1,
The inter-floor noise monitoring method further includes the step of receiving membership registration from the inter-floor noise victim household before the first step of measuring inter-floor noise for one week without notifying the inter-floor noise-afflicted household of the inter-floor noise measurement. Monitoring method
According to paragraph 1,
The inter-floor noise monitoring method further includes the step of sharing inter-floor noise comparison data with a real estate brokerage office by comparing the inter-floor noise measurement data for one week measured in the second step and the inter-floor noise measurement data for one week measured in the first step. Interfloor noise monitoring method comprising:
According to any one of claims 1 to 5,
The inter-floor noise monitoring method is characterized in that the inter-floor noise monitoring method is operated by an affiliated store method.
According to any one of claims 1 to 5,
The inter-floor noise monitoring method is characterized in that it is operated by a computer system connected to a server.