KR101433518B1 - Method for warning of residence arlam system and device using the same - Google Patents

Abstract

The present invention relates to a warning method and device of a residential warning system. The method is performed by a detection unit provided in each residence of an apartment house and a server having network connectivity with a residence terminal. The method comprises the steps of receiving noise generating information, which is generated to include information on a noise generating location by referring to the direction of diffusion of the noise from a detection unit for detecting the same, when noise occurs in the residence of an apartment house; generating corresponding noise notification information by analyzing the noise generating information; and transmitting the noise notification information to the residence terminal provided in the residence where the noise occurs.

Description

TECHNICAL FIELD The present invention relates to an alarm system and an alarm system,

The present invention relates to an alarm method and apparatus in a residence alarm system.

In the case of multi-unit dwelling such as villas, apartments, and office buildings where multi-generations live, the ceilings, floors, and walls of one's residence are connected to other residences jointly. Accordingly, when noise or vibration occurs in a place of residence, the noise or vibration is transmitted to another residence, which causes serious mental stress to the resident. In addition, since the noise victim must directly perform a series of behaviors such as notifying the occurrence of noise at the occurrence of noise and requiring restraint of noise generation, the noise victim can cause not only mental stress but also temporal and physical damage have.

In addition, if a noise victim protests against a noise provider against a noise victim, accidental violence by emotion may be produced in a situation in which the person and the person are directly in front of each other, which can lead to the risk of life if serious.

Furthermore, when faced with legal liability due to frequent noise, there is a problem that it is difficult to collect relevant evidence data, and a solution is required.

It is an object of the present invention to provide an alarm method and apparatus in a residence alarm system for detecting and providing information on the noise of a residential home.

An alarm method in a residence alarm system according to an embodiment of the present invention for realizing the above object is performed by a server connected to a network with a detection unit and a residence terminal respectively provided in the residence of the residence, Receiving noise generation information generated so as to include noise generation position information that refers to a diffusion direction of the noise from the detection unit that detects noise when the noise is generated in the workplace of the user; Analyzing the noise generation information to generate corresponding noise announcement information; And transmitting the noise notification information to the residence terminal of the residence where the noise is generated.
The method may further include storing the noise generation information and the noise announcement information after receiving the noise generation information and generating the noise announcement information.
Here, after receiving the noise generation information and generating the noise announcement information, the noise generation information and the noise announcement information may be output according to an input signal of a user input unit provided in the residence terminal, To the terminal.
Here, the noise generation information may include noise size information and noise time information for the noise.
The step of analyzing the noise generation information and generating corresponding noise announcement information may include generating the noise announcement information by comparing the noise level information and the noise time information with a preset reference value.
Here, the noise alerting information may include at least any one of the noise generation information and the alerting information for the noise, and the step of transmitting the noise alerting information to the residence terminal included in the place where the noise is generated Determining a noise generating residence terminal included in the noise generating place by referring to the noise generating position information; And determining the noise transmission terminal located in the place where the noise is transmitted by referring to the noise generation location information.
The step of transmitting the noise notification information to the residence terminal of the residence where the noise occurs may further include transmitting the noise notification information including the noise generation information and the alarm information to the noise generation residence terminal, Transmitting to the terminal; And transmitting the noise notification information excluding the alarm information to the noise transmission home terminal.
The step of transmitting the noise notification information to the residence terminal included in the place where the noise is generated may further include generating notification result information on the transmission result and transmitting the generated notification result information to the noise- have.

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In order to realize the above-mentioned object, the residence alarm apparatus according to another embodiment of the present invention is installed in a residence of a multi-family house, and when detecting the noise generated in another residence, A sensing unit configured to generate sensing information to be sensed; A management server configured to receive and store the detection information and generate notification information corresponding to the detection information; And a residence terminal configured to receive the notification information and to expose the notification information to the outside.
Here, the sensing information may include noise size information, noise time information, and noise generation position information, and the notification information may include at least one of the sensing information or the alert information according to the sensing information, The management server may be configured to generate the notification information by comparing the detection information with the set reference value.
Here, when the noise is generated, the management server refers to the noise generation position information and transmits the notification information including the detection information and the alarm information to the place where the noise has occurred, Information may be generated.
Here, when the noise is generated, the management server refers to the noise location occurrence information and transmits the notification information and the notification result information, from which the alarm information is excluded, to another residential terminal adjacent to the place where the noise is generated, As shown in FIG.
Here, the alarm information may include voice guidance information related to the noise and warning siren information, and the residence terminal may include: a display unit; A speaker section; And a display unit for displaying the contents of the notification information when the notification information is received and displaying the contents of the notification information through the display unit when the notification information includes the alarm information, Information is output to the outside, and the light emitting unit is formed to emit light in accordance with the alert information.
Here, the residence terminal may further include a user input unit, and when the input signal of the user input unit is generated, the residence terminal may display the corresponding notification information on the display unit according to the input signal.

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According to the alarm alarm system of the residence alarm system according to the present invention configured as described above, the noise generated in the other residence can be automatically detected, and related noise occurrence information can be recognized by the noise provider and the noise victim.

In addition, when the noise is generated, the speaker unit and the light emitting unit of the home terminal are operated to effectively inform the noise provider of the noise generation information.

In addition, by outputting the noise generation information stored in the management server or transmitting it to a legal institution, it can be used as evidence for a legal problem caused by noise in the future.

In addition, the fire detection is notified to the resident residing in the apartment, and the cause of the fire can be identified through the fire occurrence information stored in the management server.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual diagram illustrating the relationship among components of a residence alarm system according to an embodiment of the present invention; FIG.
2 is a flow chart of an alarm method in a residential alarm system related to noise according to an embodiment of the present invention;
3 is a flow chart of an alarm method in a residence alarm system related to a fire in accordance with another embodiment of the present invention.
4 is a conceptual diagram illustrating a relationship among components of a residence alarm device according to an embodiment of the present invention;
5 is a conceptual diagram for explaining an overall operation relationship with respect to an alarm method and apparatus in a residence alarm system according to the present invention;
6 to 10 are conceptual diagrams for explaining a stepwise operation method in a residence terminal according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an alarm method and apparatus in a residential alarm system according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. In the present specification, different embodiments are given the same or similar reference numerals, and the description thereof is replaced with the first explanation.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a conceptual diagram illustrating the relationship among components of a residence alarm system according to an embodiment of the present invention; FIG.

As shown in FIG. 1, the residence alert system may include a sensing unit 10, a management server 20, a residence terminal 30, and the like.

The sensing unit 10 may detect noise transmitted from another residence or a fire generated in a user's residence to generate noise generation information or fire generation information related thereto. The generated noise occurrence information or fire occurrence information can be transmitted to the management server 20. Here, the noise may include both propagation of sound or sound due to vibration.

When receiving noise generation information or fire occurrence information from the sensing unit 10, the management server 20 may generate noise notification information or fire notification information by comparing the noise generation information or the fire occurrence information with a preset reference value. The generated noise notification information or fire notification information may be transmitted to the residence terminal 30 provided in the place where the noise or fire occurs and the residence terminal 30 provided in the place where the generated noise or fire is transmitted. The noise generation information, the fire occurrence information, the noise notification information, and the fire announcement information can be stored at the same time as the reception or the generation, and the related contents can be outputted or transmitted to the set external terminal have.

When the noise notification information or the fire notification information is received from the management server 20, the residence terminal 30 outputs the information about the noise notification information or the fire notification information to the outside so that the resident who has made the noise recognizes the noise generation, The resident who has transmitted the noise can accurately ascertain the location of the noise, confirm whether the noise is generated, and request the related data from the management server 20 in the case of legal response in the future. Also, when fire alert information is received, all residents of the apartment can be aware of the fire occurrence, and in the future, by submitting relevant information to the fire brigade, it can help to identify the cause of fire occurrence.

The above describes the correlation between the components of the residence alarm system, and the alarming method in the residence alarm system will be described in detail with reference to FIGS. 2 to 3. FIG.

 2 is a flow chart of an alarm method in a residential alarm system related to noise according to an embodiment of the present invention.

As shown in FIG. 2, a server (not shown in FIGS. 1 and 20) connected to a network with a detection unit (omitted in FIGS. 1 and 10) and a residence terminal (not shown in FIGS. 1 and 30) (S10), when the noise is generated in the single residence of the apartment house, the noise generation information generated from the sensing unit that senses the noise may be received. The noise generation information may include noise size information on the generated noise, noise time information related to the time when the noise is generated, and noise generation position information related to the noise generation location (noise generation place). Noise level information is generally applicable in dB units. Thus, the noise generation information generated by the sensing unit sensing the noise can be used to determine in which place, how many dB of noise, when, and for how long.

In addition, the sensing unit can generate the noise generation information by determining the direction in which the noise is diffused. In the case where noise is diffused in the direction of the sensing unit from another residence, it can be determined that the noise is generated in the other residence. However, when the noise is diffused in the direction of the sensing unit from the residence to the other residence If the noise is diffused, it may not be judged as the noise generated in the other residence. Therefore, the noise generation position can be clearly determined by analyzing the diffusion direction of the noise.

Next, the server compares the noise level information and the noise level information among the received noise level information with the preset reference level (S12), and if the level exceeds the reference level (S13), the server generates the corresponding noise alert information (S14 ). For example, if the noise level information and the reference value for the noise time information are respectively set to a noise level of 50 dB and a duration of 5 minutes, the server analyzes the received noise generation information, and only when the noise of 50 dB or more lasts for 5 minutes or more Thereby generating noise notification information. The noise notification information may include at least one of noise generation information or alarm information. The alarm information includes an alarm message and an alarm sound for noise generation, so that it is possible to efficiently notify the residents of the residence where the noise is generated through the alarm information.

When the noise notification information is generated as described above, the server can determine the noise generating residence terminal provided in the noise generating place and the noise transmitting place terminal provided in the place where the noise is transmitted based on the noise generating position information of the noise generating information (S15).

First, when it is determined that the terminal is a noise generating residence terminal (S16), the noise annunciation information including the alarm information may be transmitted to the corresponding terminal (S17). Since the noise notification information transmitted includes the noise occurrence information and the alarm information, the resident of the residence can recognize the fact that the noise is generated in his / her residence through the alarm information, and the noise generated through the noise occurrence information The size and the time of the noise, and the other residential areas affected by the noise.

In addition, if the server transmits noise notification information to the noise-generating residence terminal, the server generates notification information on the transmission result (S18) and transmits the notification information to the noise transmission terminal provided in the residence where the noise is transmitted (S19). Since the notification information includes the result of transmitting the noise notification information including the alarm information to the terminal where the noise is generated, when the notification information is transmitted to the noise transmission terminal, the residents of the place where the noise is transmitted, And the result of the processing for the above can be confirmed.

Next, if it is determined that the terminal is a noise transmitting home terminal (S20), only the noise notification information excluding the alarm information may be transmitted to the corresponding noise transmitting home terminal (S21). The noise transmitting home terminal need not include the alarm information because it is the residence where the noise damage is performed, and it is possible to determine the place where the noise is generated, the noise size, and the time through the noise occurrence information.

Although not shown, in the above-described steps, the server may receive all of the information received from the other apparatus or generated in the server at each stage of receiving the noise generation information, generating the noise notification information, and generating the notification result information. This is because, in the future, when legal disputes arise due to noise, it can be used as evidence.

Therefore, when a request is made by a resident or an external legal entity (S22), the related noise generation information, the noise notification information, and the notification result information may be output or transmitted to the corresponding institution (S23) . The information output and transmission can be performed according to the input signal of the user input unit provided in each residence terminal, so that a resident who lives in the residence can quickly and conveniently use the related information. In addition, according to the input signal of the user input unit, the noise generation information and the noise notification information can be processed and the processed information can be transmitted to the corresponding home terminal. Through this, the user can confirm the noise occurrence history or the noise damage history according to the intended manner.

The above describes the alarm method in the residence alarm system related to the noise, and the alarm method in the residence alarm system related to the fire will be described in FIG.

  3 is a flowchart of an alarm method in a residence alarm system related to a fire according to another embodiment of the present invention.

As shown in FIG. 3, when a fire occurs in a place of residence of the apartment house, when fire occurrence information generated from a sensing unit (not shown in FIGS. 1 and 10) for sensing the fire is received (S30) Information can be stored (S31).

Next, the server (not shown in FIGS. 1 and 20) analyzes the fire occurrence information and generates corresponding fire announcement information (S32). The fire occurrence information includes the fire size information, the fire time information, and the fire position information, and the fire notification information may include fire occurrence information and alarm information about the fire occurrence.

Accordingly, when the fire notification information is generated, the server can transmit the fire notification information to the entire residence terminal (omitted in FIGS. 1 and 30) provided in the residence where the fire occurred and the residence of the same apartment house in step S33. Accordingly, when a fire occurs in the residence of the apartment, resident of the same apartment can confirm the fire occurrence information, so that evacuation or assistance request can be made promptly. In addition, the server can transmit the fire notification information to an external terminal provided in a fire station and a police station, so that rapid fire suppression can be performed and fire cause identification can be performed through fire occurrence information and fire notification information .

The above describes the alarm method in the residence alarm system related to the fire. In FIG. 4, the configuration of the residence alarm system using the alarm method in FIGS. 2 and 3 will be described in detail.

4 is a conceptual diagram for explaining the relationship among the components of the residence alarm system according to the embodiment of the present invention. Description of the same functions and structures as those described above will be omitted.

As also shown in FIG. 4, the residence alert system 100 may include a sensing unit 10, a management server 20, and a residence terminal 30.

The sensing unit 10 may include a noise sensor 11 and a fire sensor 13. The noise detection sensor 11 detects the magnitude of the noise or vibration and can sense the diffusion direction of the noise in particular. Accordingly, it is possible to determine the position where the noise is generated. The fire detection sensor 13 may include a heat detection sensor and a smoke detection sensor.

The sensing unit 10 may be installed in a single residence of the apartment house and may be configured to detect noise generated in other residential areas or to generate sensing information corresponding to the detected fire in one residence have. Therefore, when the sensing unit 10 is attached or embedded on a ceiling or a building such as a wall shared by a user, the noise sensing sensor 11 may be provided on one side facing the other residence And a fire detection sensor 13 may be provided on the other side facing the user's residence. In addition, the communication module 15 may include a communication module 15 for transmitting detection information generated through noise or fire detection to another device. The power is supplied through a power supply unit (not shown) And can be controlled by a control unit.

The management server 20 may include a memory unit 21, an output unit 23 and a communication module 25 for receiving and storing sensing information transmitted from the sensing unit 10 or outputting the sensed information. When the sensing information is received from the sensing unit 10, it is stored in the memory unit 21, and alert information corresponding to the sensing information can be generated. The detection information may include noise size information, noise time information, noise generation position information, fire scale information, fire time information, and fire occurrence location information. The server can generate alert information by comparing the sensed information with the set reference value according to the generated event condition. Accordingly, the alert information may include alert information based on the sensed information or the sensed information.

Also, the management server 20 refers to the noise generation location information, transmits notification information including the detection information and the alarm information to the home terminal 30 (described later) where the noise is generated, generates notification result information according to the detection information and the alarm information, (21). ≪ / RTI > In addition, the management server 20 transmits the notification information and the alert result information in which the alarm information is excluded to the residence terminal 30 adjacent to the residence terminal 30 where noise is generated, that is, the residence terminal 30 to which noise is transmitted . In addition, when the detection information related to the fire is received from the sensing unit 10, the residence terminal 30 of the residence where the fire occurred and the residence terminal 30 where the fire occurred refer to the information Information can be transmitted.

Although not shown, the sensing unit 10 may include a power supply unit and a control unit.

The residence terminal 30 may include a display unit 31, a user input unit 32, a speaker unit 33, a light emitting unit 34, and a communication module 35.

It is possible to receive notification information of the management server 20 via the communication module 35 and display the related contents on the display unit 31 or output the voice and the machine sound to the speaker unit 33, ) Can be blinked. More specifically, when receiving the notification information from the server, the contents of the notification information are displayed through the display unit 31. When the notification information includes alarm information including voice guidance information related to noise or fire and siren information And outputs the voice guidance information and the siren information to the outside via the speaker unit 33 and emits the light emitting unit 34 according to the alarm information.

In addition, when an input signal is generated through the user input unit 32, the corresponding notification information is displayed on the display unit 31 according to the input signal, so that the user can conveniently check the related information.

Such a series of detection information about the noise or fire occurrence and the countermeasures thereof are automatically performed, so that residents of the apartment house can avoid friction with other residents in case of noise and provide evidence for noise-related legal disputes Can receive.

In the above description, the components of the residence alarm system have been described, and in FIG. 5, the overall operation relationship of the residential system and the alarm system in the residence alarm system according to the present invention will be described in detail.

5 is a conceptual diagram for explaining an overall operation relationship with respect to the alarm method and apparatus in the residence alarm system according to the present invention

As shown in FIG. 5, a sensing unit 10 for sensing the noise of a neighboring residence or detecting a fire in the residence may be installed in each residence in a multi-family residence, . In addition, each residence may be provided with a residence terminal 30 for receiving and displaying occurrence information related to noise or fire from the management server 20. In addition, a management server 20 that transmits and receives information to and from the sensing unit 10, the residence terminal 30, and the external terminal 50 and stores and outputs the related information may be included.

Referring to FIG. 5, the overall operation relationship will be described. In a multi-family apartment house 101 to 303, when noise is generated by a resident P of a house 302, adjacent residences are installed in the houses 202 and 203 The corresponding noise can be sensed by the sensing unit 10. When each sensing unit 10 senses noise, it can generate and transmit noise generation information related to the size, time, and location of the noise to the management server 20. The management server 20 may compare the noise level and the noise generation time with the reference value and generate noise notification information related to the alarm to inform the resident P of the alarm and related information when the reference value is exceeded.

The management server 20 can transmit the noise notification information including the noise occurrence information and the alarm information on the noise to the residence terminal 30 of the residence terminal 30 of the residence terminal 30 where the noise is generated. When the residence terminal 30 of the office 302 receives the noise notification information, a warning message is displayed according to the alarm information, and a warning siren or a voice message is outputted through the speaker unit. The light emitting unit emits light to the resident P The attention to noise generation can be clearly communicated. In addition, the management server 20 transmits the noise notification information excluding the alarm information, that is, the noise generation information to the residence terminal 30 of the residence where the noise is transmitted, that is, the residence terminal 30 ). The resident terminal 30 of No. 202 and No. 203 can display the noise occurrence information so that each resident P can recognize the location, time, and size of the noise. In addition, the management server 20 can transmit the noise generation information and the notification information indicating that the transmission of the alarm information is completed to the home terminal 30 to which the noise is transmitted to the home terminal 30, Residents (P) of the building can confirm the processing result of the noise generation.

In this way, the detection of the noise occurrence and the automatic transmission of the information are automatically performed, so that the noise victim can not have to protest directly, and further evidence is needed about the occurrence of a legal dispute in the future , Each resident P can request the management server 20 to output the content of the noise damage details or to transmit the information to the other external terminal 50 through the residence terminal 30 thereof. The management server 20 can output the noise generation information and the noise notification information or send the stored noise generation information to the specified external terminal 50 when the output of the noise detail and the request to the external terminal 50 are received.

Such a series of operations can automatically detect and respond to noise generation under a certain standard, and can provide relevant information at all times, thereby providing convenience to the noise-dwelling residents (P) caused by noise generation Of course, to invite the occupant P who is experiencing the noise to evoke his / her behavior.

If a fire is detected by the sensing unit 10, a fire occurrence information is transmitted to the management server 20, and the management server 20 notifies the residence terminal 30 The fire alarm information is transmitted to the external terminal 50 connected to the fire station and the police station, so that the fire alarm can be promptly handled. In addition, the fire occurrence information and the fire announcement information are stored in the management server 20, so that the fire occurrence information can be usefully used as a cause of fire occurrence in the future.

The overall operation of the alarm system and the alarm system in the residence alarm system according to the embodiment of the present invention has been described above. In FIGS. 6 to 7, the operation of the residential terminal according to the noise is described in detail.

6 to 10 are conceptual diagrams for explaining a stepwise operation method in a residence terminal according to an embodiment of the present invention.

Referring to FIG. 6, when a noise exceeding the reference value occurs in the residence, the noise generation information and the alarm information received from the management server may be displayed on the display unit 31 as a noise generation image. In the noise generation guidance image 31a, a warning message for noise generation, a noise generation time, a noise size, a place where a noise is transmitted, and a number of times (a cumulative warning number) exceeding a reference value may be displayed, 34, and the corresponding alarm information can be outputted through the speaker unit 33. [ According to such a composite alarm, the occupant can clarify his or her own noise generation. Further, since the confirmation button 31b must be selected in order to stop the light emission and output of the light emitting unit 34 and the speaker unit 33, it is possible to clearly state the evidence that the occupant recognized the alarm information.

The settlement terminal 3 receives the noise status such as the noise generation status and the noise damage status, the setting of the warning time required for the attention, the output and transmission of the noise damage details based on the residence of the user through the input of the user input unit 32 And the entire notification from the management server and the event processing history can be confirmed. In the figure, each information is confirmed or requested through the selection of the noise status menu 36, the setting menu 37, the output and transmission menu 38, and the notification menu 39 displayed on the user input unit 32 , The present invention is not limited thereto, and related information can be selected through all the input methods applicable to a typical technician such as keypad input, voice recognition, icon touch, and the like.

FIG. 7 shows an image displayed on the display unit when the noise status menu 36 of the user input unit 32 is selected. As shown in FIG. 7, when noise is generated The current state image 36a and the noise damage state image 36b related to the noise generated in the other residence can be displayed on the display unit.

The noise occurrence state image 36a can display the size of the noise generated from the user's place of residence to the place of residence in the form of a graph with time so that the user's perception can be enhanced. The displayed time can be displayed in a variety of ranges by day, month, and the like. In addition, when the details button 36d is selected, the location of the place where noise generated in each time period is transmitted can be displayed.

In the noise damage state image 36b, the magnitude of the noise transmitted from the other residence can be displayed in a graph form according to time. The sorting button 36c and the details button 36d can be applied in the same manner as the noise generation status image 36a.

Fig. 8 is an image displayed on the display unit when the setting menu 37 is selected. As shown in Fig. 8, the attention time setting image 37a and the other place attention time image 37d may be displayed, respectively.

First, the attention time setting image 37a is an image for setting a user's attention time, and can notify a resident of another residence to his / her main time. The user can input the time through the edit button 37b and complete the edit through the input completion button 37c. When the modification is completed and input is completed, the management server transmits the time information of the corresponding week to the management server, and the management server can determine the terminal of another adjacent residence and update the time information of the corresponding week.

The information updated in this manner may be displayed as another residence attention time image 37d. The image may display the time of the attention of the neighboring other residence so that the resident can pay more attention to the corresponding time zone in a particular time zone.

9 shows an image displayed on the display unit when the output and transmission menu 38 is selected. As shown in FIG. 9, the noise-damaging history output / transmission image 38a may be displayed. The noise cancellation history period to be output or transmitted through the period input button 38b can be input. When the information is transmitted to an external terminal (not shown in FIGS. 5 and 50), the Internet address (mail address, Web server address) can be input to the transmission destination address input button 38c. Upon completion of the input, the management server (not shown in FIGs. 5 and 20) may request output or transmission of noise damage information corresponding to the period through the output request button 38d or the transmission request button 38e. When the output of the noise damage details or the transmission request information is received from the corresponding terminal, the management server arranges and outputs the noise damage details of the corresponding place stored in the memory unit according to the period or transmits the noise damage details to the external terminal set by the user .

10 is an image displayed on the display unit when the notification menu 39 of the user input unit 32 is selected. As shown in FIG. 10, the notification image 39a and the processing result image 39b may be displayed.

First, the announcement image 39a may display information on the entire residence or area news including the apartment house and the apartment house from the management server. The processing result image 39b displays result information on which noises have been generated from the other residence and an alarm action has been performed on the result, or output information on the noise damage history from the user's home terminal and result information on the result of the transmission . This allows the user to check the announcements and noise processing results.

The above has described the stepwise operation method in the residence terminal that transmits and receives information through the sensing unit and the management server in the apartment house.

According to the alarm method and apparatus in the residence alarm system, a resident of the residential house can automatically detect whether a noise or a noise from another residence occurs, such as a caution or an alarm action, by the sensing unit, the residence terminal, By storing the information, friction between residents can be reduced and legal evidence can be provided. In addition, when a fire occurs, relevant fire information is automatically transmitted to the entire residence terminal and the external terminal related to the fire fighting, so that the fire can be coped with quickly.

The alarm method and apparatus in the above-described residence alarm system can be applied to not only the configuration and the method of the embodiments described above, but the embodiments can be applied to all or a part of each embodiment Some of which may be selectively combined.

10:
20: Management server
30: Residential terminal
31:
32: User input
33: speaker section
34:
50: External terminal
100: Residential alarm system
(P): Residents

Claims (20)

A sensing unit provided in a residence of the apartment house, and a server connected to the residence terminal through a network,
Receiving noise generation information generated so as to include noise generation position information referring to a diffusion direction of the noise from the detection unit that detects noise when noise occurs in a single residence of the apartment;
Analyzing the noise generation information to generate corresponding noise announcement information; And
And transmitting the noise notification information to the residence terminal of the residence where the noise is generated.
The method according to claim 1,
Further comprising: receiving the noise generation information and generating the noise notification information, and then storing the noise generation information and the noise notification information.
The method according to claim 1,
The noise generation information and the noise announcement information may be output according to an input signal of a user input unit provided in the residence terminal or may be output to an external terminal The method further comprising the step of:
The method according to claim 1,
The noise-
And noise level information and noise time information for the noise.
5. The method of claim 4,
Wherein the step of analyzing the noise generation information and generating corresponding noise announcement information comprises:
And comparing the noise level information and the noise time information with a preset reference value to generate the noise announcement information.
6. The method of claim 5,
The noise announcement information includes:
Wherein the noise information includes at least one of noise generation information and alarm information about the noise,
Wherein the transmitting the noise announcement information to the residence terminal provided in the place where the noise is generated comprises:
Determining a noise generating residence terminal included in the noise generating place by referring to the noise generating position information; And
And judging a noise transmitting residence terminal included in the residence where the noise is transmitted by referring to the noise generating location information.
The method according to claim 6,
Wherein the transmitting the noise announcement information to the residence terminal provided in the place where the noise is generated comprises:
Transmitting the noise notification information including the noise generation information and the alarm information to the noise generation place terminal through the noise generation place terminal; And
Further comprising transmitting the noise notification information excluding the alarm information to the noise transmission home terminal.
8. The method of claim 7,
Wherein the transmitting the noise announcement information to the residence terminal provided in the place where the noise is generated comprises:
Generating notification result information on the transmission result, and transmitting the generated notification result information to the noise transmission home terminal.
delete delete delete A sensing unit installed in a single residence of the apartment house and configured to generate sensed information corresponding to the diffusion direction of the noise when the noise is generated in another residence;
A management server configured to receive and store the detection information and generate notification information corresponding to the detection information; And
And a residence terminal configured to receive the notification information and expose the notification information to the outside.
delete delete 13. The method of claim 12,
The sensing information may include:
Noise level information, noise time information, and noise generation position information,
The notification information includes:
And at least one of alert information based on the detection information or the detection information,
The management server includes:
And compares the sensed information with a preset reference value to generate the alert information.
16. The method of claim 15,
The management server includes:
Wherein the controller is configured to transmit the notification information including the sensing information and the alarm information to the terminal where the noise is generated by referring to the noise generation position information when the noise is generated, Residential alarm system.
17. The method of claim 16,
The management server includes:
Wherein the alarm information generating unit is configured to transmit the notification information and the notification result information in which the alarm information is excluded to the other residence terminal adjacent to the residence terminal where the noise is generated, when the noise is generated, Alarm device.
delete 17. The method of claim 16,
The alarm information includes:
Voice guidance information related to the noise, and warning siren information,
The residence terminal comprises:
A display unit;
A speaker section; And
And a light emitting portion,
When the notification information is received, the contents of the notification information are displayed on the display unit. If the notification information includes the alarm information, the voice guidance information and the siren information are externally outputted through the speaker unit And is configured to emit the light emitting unit according to the alert information.
20. The method of claim 19,
The residence terminal comprises:
Further comprising a user input,
And displays the corresponding notification information on the display unit according to the input signal when the input signal of the user input unit is generated.

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