KR20220142756A - Smart waterproof door and operation system the same - Google Patents

Abstract

Disclosed in the present invention is a smart waterproof door and an operation system thereof. The smart waterproof door according to an embodiment of the present invention comprises: at least one smart waterproof door including a main door which shields an entrance, and an emergency sub-door configured to be opened and closed from an opening of the main door while a part of a lower surface of the main door is shielded; a door operation server which performs emergency contact and emergency message transmission to a preset authorized person, guardian, and emergency response agency according to flood level information detected by the smart waterproof door; and at least one authorized person terminal which supports the authorized person to receive an emergency message and contact a resident. Therefore, during localized heavy rain, the smart waterproof door can prevent water from entering a room while allowing the resident to move safely.

Description

Smart waterproof door and its operating system {SMART WATERPROOF DOOR AND OPERATION SYSTEM THE SAME}

The present invention relates to a waterproof door, and more particularly, to a smart waterproof door with reinforced safety function that prevents water from flowing into a room in case of rain and allows safe passage and evacuation, and an operating system thereof.

In general, when heavy rain occurs in summer, rainwater flows into the interior of low-lying houses, shopping malls, underground shopping malls, semi-basement houses, and the like, and flooding disasters occur frequently.

In this way, when heavy rain occurs in summer, water flows in through the entrance of the building, causing a flood disaster. .

The existing flood protection plate is custom-made to fit the installation location, that is, the size of the entrance of the building, and a mounting frame for mounting the flood protection plate must be separately installed at the entrance of the building. In general, the installation work of the installation frame and the flood prevention plate is complicated, and the installation time is long, so it is difficult to respond quickly.

In addition, since the flood prevention plate is used only for preventing flooding, it must be installed as needed according to the occurrence of concentrated heavy rain, and there is a problem in that passage is impossible or very difficult during installation. As described above, since the flood prevention plate makes it impossible or difficult to pass through the entrance when installed, the effect of preventing damage to human life due to flooding is ineffective, and flooding disasters and damage to human life are repeated every year.

On the other hand, in addition to the flood prevention plate according to the prior art, the 'rainwater inflow prevention device' of Korean Patent Publication No. 10-0578537, etc. can be expected only by recognizing and installing the situation of the occurrence of heavy rain in advance. The flooding situation had a problem that could not be dealt with quickly.

In particular, if the elderly or disabled people live in low-lying houses, underground and semi-subterranean houses or shopping malls, it is impossible to respond quickly to sudden heavy rain and flooding. The following problems arise.

The present invention is to solve the above problems, and it is installed as a front door in houses, underground and semi-underground houses or shopping malls in flood risk areas such as lowlands, and prevents water from flowing into the room even in heavy rain to prevent flooding. It aims to provide a smart waterproof door operation system with

In addition, when water begins to fill the external space where the waterproof door is installed, it detects the water level in real time and provides a smart waterproof door operation system that can support the occupants of the indoor space to evacuate or respond quickly and safely depending on the situation. There is this.

In addition, when the water-proof door is installed and flooding begins in the space outside, the safety function that can support the residents, guardians, officials, and emergency response agencies in the adjacent area to recognize and respond to the flooding situation in real time according to the level of flooding is strengthened. An object of the present invention is to provide a smart waterproof door operating system.

The purpose of the present specification is not limited to the above-mentioned purpose, and other objects and advantages of the present specification not mentioned will be more clearly understood by the examples of the present specification described below. In addition, it will be readily apparent that the objects and advantages of the present specification can be realized by the elements and combinations thereof recited in the claims.

A smart waterproof door with enhanced safety function and an operating system thereof according to an embodiment of the present invention include a main door that shields an entrance and an emergency sub-door configured to open and close from the opening of the main door with a part of the lower surface of the main door being shielded at least one smart waterproof door comprising; A door operation server that performs emergency contact and emergency message transmission to preset officials, guardians, and emergency response agencies in preset steps according to the flood level information detected from the smart waterproof door; and at least one party terminal supporting the party to receive the emergency message and contact the resident.

In addition, each of the smart waterproof door includes a door lock that performs a locking or unlocking function of the main door and the emergency sub door; and an intercom that controls the lock fastening or unlocking operation of the door lock, detects the flood level in real time through the water level sensor of the main door, transmits the flood level information to the door operation server, and sends flood notification information to perform an emergency operation Support devices are further included.

The smart waterproof door capable of preventing inundation of the present invention having various technical features as described above is installed as a front door, so that the resident can move safely while preventing water from flowing into the room in a torrential downpour.

In addition, the smart waterproof door operating system of the present invention detects the level of flooding in the external space where the waterproof door is installed in real time, so that residents can quickly recognize the situation and notify the surrounding and related parties so that they can evacuate or respond quickly. have.

In addition, the smart waterproof door operating system of the present invention supports to recognize and respond to the flooding situation in real time by the residents, guardians, people concerned, and emergency response agencies in adjacent areas as well as the corresponding residents according to the level of flooding, thereby preventing damage caused by flooding disasters. can be minimized.

In addition to the above-described effects, the specific effects of the present invention will be described together while describing specific details for carrying out the invention below.

1 is a configuration diagram specifically showing a smart waterproof door and its operating system according to an embodiment of the present invention.
FIG. 2 is an external front view showing the smart waterproof door shown in FIG. 1 in detail.
3 is a block diagram illustrating an intercom support device of the smart waterproof door shown in FIG. 2 .
4 is a perspective view showing an open form of the main door of the smart waterproof door shown in FIG. 2 and the emergency sub-door installed in the main door.
5 is a perspective view showing an open form of only the emergency sub door from the main door of the smart waterproof door shown in FIG. 2 .
6 is a detailed configuration block diagram of the interphone support device shown in FIG. 5 .
7 is a configuration diagram specifically showing detailed components of the door operation server shown in FIG. 1 .

The above-described objects, features and advantages will be described below in detail with reference to the accompanying drawings, and accordingly, those skilled in the art to which the present invention pertains will be able to easily implement the technical idea of the present invention. In describing the present invention, if it is determined that a detailed description of a known technology related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted.

Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a configuration diagram specifically showing a smart waterproof door and its operating system according to an embodiment of the present invention.

The smart waterproof door and door operation system shown in FIG. 1 includes at least one smart waterproof door 100 , a door operation server 200 , and at least one related terminal 300 .

Specifically, each smart waterproof door 100 is configured and arranged as a front door at the entrance entrance of a house or a shopping mall. This smart waterproof door 100 has a waterproof function, but performs a function as a front door in normal times when it does not rain.

The smart waterproof door 100 is configured to open and close the entrance door on the door frame of the entrance door, and includes a main door that shields the entrance door by a waterproof function in case of flooding due to heavy rain.

More specifically, the smart waterproof door 100 includes an emergency sub door configured to be opened and closed from the main door while a part of the lower surface of the main door is shielded, and locking or unlocking of the main door and the emergency sub door. It includes a door lock that performs a function.

The smart waterproof door 100 detects the flood level in real time through a water level sensor installed on the lower surface of the main door when submersion starts, and transmits flood level information to the door operation server 200. It further includes an intercom support device that performs a preset emergency operation, such as sending flood notification information to people.

The intercom support device of the smart waterproof door 100 transmits information on the level of submersion detected in real time to the door operation server 200, and when submersion starts, it automatically shoots and stores external and internal images. Accordingly, the intercom support device supports the resident to check the externally captured image information from which the submersion starts, and supports the resident to cope and evacuate at preset stages according to the level of submersion.

The intercom support device controls the door lock so that the main door is locked so that it is not opened by the resident and the emergency sub door can be opened by the resident as a first-stage emergency operation according to the flood level. In addition, real-time submerged level information, inside and outside photographed image information, resident presence information, and preliminary flooding information are transmitted to the door operation server 200 .

The intercom support device is a two-step emergency operation according to the level of flooding that has risen to the emergency sub-door. It controls the door lock to lock and close the emergency sub-door, and sends guidance information that guides indoor residents to use the window or emergency escape route to the indoor monitor. indicate In addition, information on the level of flooding that has risen to the emergency sub-door, information on images taken inside and outside, and information on emergency rescue requests are transmitted to the door operation server 200 .

The intercom support device is a three-step emergency operation according to the flood level standard, and may support an internal resident to automatically make a video call with a preset guardian or person or an officer of an emergency response agency.

The door operation server 200 performs emergency contact and emergency message transmission to preset officials, guardians, and emergency response agencies in preset steps according to the flood level information detected from each smart waterproof door 100 .

Specifically, the door operation server 200 receives the opening/closing signal of the main door and the emergency sub-door of the smart waterproof door 100 and resident presence information in real time through the interphone support device of each smart waterproof door 100 . And, if the opening/closing signal of the main door and the emergency sub-door is not generated within a preset period (eg, 24 hours), a confirmation guide message is transmitted to the contact information of the person concerned or the guardian of the preset public institution or protective institution. In addition, the door operation server 200 transmits a confirmation guide message to the contact information of the person concerned or the guardian if the indoor occupant is not confirmed within a preset period (eg, 24 hours) according to the resident presence information.

When the door operation server 200 starts to receive flood level information, internal and external photographed image information, and preliminary flooding information from the intercom support device of the smart waterproof door 100, the preset contact information of the relevant person or guardian according to the area to send flood level information and flood start notification information messages at preset time units (eg 5 minutes). In addition, preliminary flood information and flood level information messages are transmitted to emergency response organizations such as fire stations and medical institutions.

When the door operation server 200 receives flood level information, internal and external photographed image information, and emergency rescue request information from the intercom support device in the flooded area due to the inundation progress, the resident must be rescued through a window or an emergency escape route. It additionally transmits emergency rescue request information to inform emergency response organizations such as fire departments and medical institutions.

When the emergency rescue request information is received, the door operation server 200 performs an open payment process for internal and external photographed image information, and then, when the payment is completed, transmits the internal and external photographed image information in real time to a preset official or guardian and support for identification and sharing by emergency response agencies.

When the door operation server 200 requests sharing of the opening/closing signal of the main door and the emergency sub door and the resident presence information from a preset person or guardian, the main door and emergency sub received from the intercom support device by performing an open payment process It shares door open/close signal and occupant information.

The door operation server 200 shares internal and external photographed image information received from the interphone support device by performing a public payment process when a preset request for sharing of internal and external photographed image information is received from a preset person or guardian.

The relevant terminal 300 supports a person in charge of a public institution or a protection institution to monitor the flood level information and receive preliminary flood information, emergency rescue request information, emergency message, etc. to cope with an emergency situation and contact residents.

The related party terminal 300 supports the related party to check the opening/closing signal of the main door and the emergency sub door and the resident presence information in real time through the door operation server 200 . Accordingly, when the person concerned cannot confirm the movement of the resident or cannot contact the person concerned, the related terminal 300 requests the opening/closing signal of the main door and the emergency sub door and information on the presence or absence of a resident from the door operation server 200 according to the request of the person concerned. do. In addition, the open/close signal of the main door and the emergency sub-door received according to payment or not, and information on the presence or absence of a resident are displayed on the monitor.

In addition, the concerned terminal 300 supports the person concerned to receive and confirm preliminary flooding information, emergency rescue request information, emergency message, etc., and the smart waterproof door 100 is connected to the door operation server 200 according to the request of the person concerned. Request information about the inside and outside of the installed furniture or shopping mall. Then, information about the captured images received inside and outside is displayed on the monitor depending on whether payment is made or not.

FIG. 2 is an external front view showing the smart waterproof door shown in FIG. 1 in detail. And, FIG. 3 is a block diagram showing the intercom support device of the smart waterproof door shown in FIG. 2 .

The smart waterproof door 100 is a main door 110, a main door handle 111, an emergency sub door 120, a sub door handle 121, a door lock 131, an external intercom device 130, a main door hinge ( 113 ), a sub door hinge 123 , a water level sensor 140 , and an intercom support device 180 .

The main door 110 has a waterproof function and is attached to the door frame 101 of the entrance door by a main door hinge 113 to be able to open and close the doorway, and shield the doorway when submerged.

The emergency sub-door 120 is attached to the inner opening of the main door 110 with a sub-door hinge 123 so that the inner opening of the main door 110 is opened and closed in a state where a part of the lower surface of the main door 110 is shielded. configured to be able to

The door lock 131 performs a lock fastening or unlocking function of the main door 110 and the emergency sub door 120 according to the control of the intercom support device 180 .

The intercom support device 180 detects the flood level in real time through the water level sensor 140 on the lower surface of the main door 110 and transmits the flood level information to the door operation server 200 . In addition, a preset emergency operation is performed, such as sending flood notification information to the occupants according to the level of flooding.

4 is a perspective view showing an open form of the main door of the smart waterproof door shown in FIG. 2 and the emergency sub-door installed in the main door. And, FIG. 5 is a perspective view showing only the emergency sub-door opened from the main door of the smart waterproof door shown in FIG. 4 .

4 and 5, the main door 110 has a waterproof function and is configured to open and close the entrance door. to be shielded.

The emergency sub-door 120 is configured by being fastened with a sub-door hinge 123 to the inner opening of the main door 110 , in which the main door 110 itself is shielded or a part of the lower surface of the main door 110 is shielded. It is configured so that the inner opening of the main door 110 can be opened and closed even in the state. The indoor resident can prevent the submerged water from flowing into the room by opening the emergency sub-door 120 and making an emergency escape even when a part of the lower surface of the main door 110 is submerged.

On the other hand, even when flooding starts, the intercom support device 180 supports to quickly respond to a situation that the resident does not recognize or cannot quickly respond to indoors.

6 is a detailed configuration block diagram of the interphone support device shown in FIG. 5 .

The interphone support device 180 shown in FIG. 6 includes an internal camera 181 , a speaker 182 , a sensing module 183 , a signal detection module 184 , a controller 186 , a communication module 191 , and an interphone support module. 192 , an image processing module 193 , an opening/closing confirmation module 194 , and a lock control module 195 .

The internal camera 181 captures an internal image under the control of the controller 186 and supplies the indoor image data to the image processing module 193 .

The image processing module 193 receives external image data captured through the camera of the external intercom device 130 under the control of the controller 186 . Then, the internal and external image data is converted into a preset format and stored.

The image processing module 193 displays the externally captured image data on the internal monitor under the control of the controller 186 to support the resident to check the external submerged state in real time from the inside.

The signal detection module 184 receives the water level detection signal from the water level sensor 140 , detects water level information in the submerged state in real time, and shares the detected water level information with the controller 186 .

The opening/closing check module 194 monitors whether the main door 110 and the emergency sub-door 120 are opened or closed in real time through the door lock 131, thereby monitoring the closing signal of the main door 110 and the emergency sub-door 120. It is supplied to the controller 186 .

The sensing module 183 includes at least one human body detection sensor to check the presence or absence of an internal resident, and shares the resident presence information with the controller 186 .

The controller 186 of the intercom support device 180 monitors the lock signal of the main door 110 and the emergency sub door 120 and the presence or absence information of the inside occupant in real time, and sends the lock signal of the main door and the emergency sub door to the door. It can be shared with the operation server 200 in real time.

When the flood level information is received through the signal detection module 184, the controller 186 transmits the flood level information received in real time to the door operation server 200 in real time through remote wireless or wired communication of the communication module 191. send.

When it is determined that the submersion has started according to the submersion level information, the controller 186 controls the image processing module 193 and the communication module 191 to transmit external and internal photographed image information, that is, image data to the door operation server 200 . share real-time with

The controller 186 controls the image processing module 193 so that the externally captured image where the submersion starts is displayed on the internal monitor, thereby supporting the resident to check the external submersion state and situation from the inside in real time, and the submersion level Supports residents to respond and evacuate with preset step-by-step emergency actions according to

Specifically, the controller 186 locks and fastens the main door 110 in a first-step emergency operation according to the submersion level detected in real time through the signal detection module 184 to prevent it from being opened even by the operation of the inside occupant, and the emergency sub The door 120 controls the door lock 131 so that it can be opened by the operation of the inner resident.

The controller 186 checks the presence or absence information of the resident through the sensing module 183, and when the resident responds and moves through a flood notification alarm through the speaker 182 and an emergency call to the resident's smartphone, etc. information on the occurrence of flooding and information on the level of flooding.

In addition, the controller 186 transmits the flood level information, the inside and outside photographed image information, the resident presence information, and the preliminary flooding information to the door operation server 200 in real time as a one-step operation according to the flood level.

When the controller 186 detects that the water level has risen to the lower level of the emergency sub door 120, the controller 186 locks the main door 110 as well as the emergency sub door 120 as a two-step emergency operation according to the flood level. (131) is controlled. In addition, guidance information is transmitted so that the indoor resident uses the window or the emergency escape route through an alarm through the internal monitor and the speaker 182 and an emergency call to the resident's smartphone.

In addition, the controller 186 transmits the flood level information that has risen up to the emergency sub-door 120 as a two-step emergency operation according to the flood level, internal and external photographed image information, and emergency rescue request information to the door operation server 200 . send. Similarly, the controller 186 displays an emergency rescue request information transmission notification message and preset emergency evacuation tips information through the internal monitor.

As a three-step emergency operation according to a preset submersion level standard, the controller 186 allows the resident of the room to automatically connect a video call with a preset guardian or person or an official of an emergency response agency through the intercom support module 192. Support.

Specifically, if the controller 186 is surprised to detect the flooding level up to a preset height of three steps, using the intercom support module 192 to connect a phone call or video call with a preset guardian or person concerned or an official of an emergency response organization make it Accordingly, the indoor resident waiting for an emergency rescue makes a phone call or video call with a guardian, a person concerned, or an officer of an emergency response organization through the intercom support module 192, so that the matters of the interior resident and the rescue response situation from the inside and the outside are mutually It can be accurately confirmed and delivered.

7 is a configuration diagram specifically showing detailed components of the door operation server shown in FIG. 1 .

The door operation server 200 shown in FIG. 7 includes a wireless communication unit 201, an interphone monitoring unit 202, a water level signal notification unit 203, a preliminary signal transmission unit 204, a support request transmission unit 205, and an emergency contact control unit. 206 , a database 207 , an image collection unit 208 , a payment processing support unit 209 , and an image sharing control unit 211 .

Specifically, the wireless communication unit 201 of the door operation server 200 performs wired or wireless communication in real time with the interphone support device 180 of the smart waterproof door 100 .

The wireless communication unit 201 receives the opening/closing signal of the main door and the emergency sub-door of the smart waterproof door 100 and resident presence information in real time through each interphone support device 180 .

The intercom monitoring unit 202 determines that the open/close signal of the main door 110 and the emergency sub door 120 of each smart waterproof door 100 is not generated within a preset period (eg, 24 hours), a preset public A confirmation message is sent to the contact information of the person concerned or guardian of the institution or protection organization. In addition, if the indoor occupant is not identified within a preset period (eg, 24 hours) according to the resident presence information received from each interphone support device 180 , a confirmation guide message is transmitted to the contact information of the person concerned or the guardian. Accordingly, the person concerned can monitor whether the indoor occupant designated as the suffering weaker resides and whether it is safe in units of a preset period.

When the water level signal notification unit 203 starts to receive the submersion level information input through the wireless communication unit 201 and the preliminary submersion information, it is determined that the submersion has started. It sends flood level information and flood start notification information message to the contact information of the person concerned or guardian set in advance according to the area at a preset time unit (eg, 5 minutes).

When it is determined that the flooding has started by the water level signal notification unit 203, the preliminary signal transmitter 204 transmits the preliminary flood information and the flood level information message to emergency response organizations such as fire stations and medical institutions. We help you prepare for this flood.

In addition, when the preliminary signal transmitter 204 determines that the flooding has started based on the flood level information and the preliminary flooding information, the emergency contact preset based on the location where the smart waterproof door 100 and the interphone support device 180 are installed as a starting point By transmitting and notifying the submersion level information and preliminary flooding information to the intercom support devices 180 of the smart waterproof door 100 installed generation included in the radius, it supports to prepare for flooding in the surrounding area in advance.

The image collection unit 208 stores internal and external captured image information received from the interphone support device 180, and sets and changes an image data format to be transmitted to an external smart phone or display device.

When the support request transmitter 205 receives flood level information, internal and external photographed image information, and emergency rescue request information from the intercom support device 180 in the flooded area, the resident must be rescued through a window or an emergency escape route. additionally transmits emergency rescue request information that informs emergency response agencies such as fire stations and medical institutions

When the emergency rescue request information is received from the intercom support device 180 in the flooded area, the video sharing control unit 211 is configured to check and share the externally captured video information in real time with preset officials or guardians and emergency response agencies. Support.

On the other hand, the image sharing control unit 211 performs an open payment process through the payment processing support unit 209 for the internally captured image information. And, when the payment completion step is confirmed through the payment processing support unit 209, it supports to check and share the internal photographed image information in real time by a pre-set related person or guardian and an emergency response agency.

The payment processing support unit 209 transmits a payment request message or an application link to a preset security official or a police station official when a public payment for internal photographed image information is requested from the image sharing control unit 211 to receive the internal photographed image information. Request public payment for Then, when the public payment is completed and confirmed, the approval information is transmitted to the video sharing control unit 211 .

The payment processing support unit 209 transmits the internal photographed image information sharing state and shared payment approval information as a message to residents, guardians, and related parties in order to confirm the security approval process.

The video sharing control unit 211 supports to check and share the internal photographed image information in real time in accordance with the payment approval information through the payment processing support unit 209 by a preset person or guardian and an emergency response agency.

On the other hand, when the emergency contact control unit 206 requests sharing of the opening/closing signal of the main door and the emergency sub-door and the resident presence information from a preset person or guardian, the main door and the emergency sub-door through the payment processing support unit 209 Perform an open payment process for opening/closing signals and resident presence information. And, when the payment completion step is confirmed through the payment processing support unit 209, the opening/closing signal of the main door and the emergency sub-door and the resident presence information can be checked and shared in real time by preset officials, guardians, and emergency response agencies. do.

The payment processing support unit 209 transmits the opening/closing signal of the main door and the emergency sub-door, the state of sharing information about the presence of a resident, and the shared payment approval information as a message to the resident, the guardian, and the person concerned in order to confirm the security approval process.

Similarly, when the payment processing support unit 209 requests a public payment for the open/close signal of the main door and the emergency sub-door and the resident presence information from the emergency contact control unit 206, a payment request message or application to a preset security person or a police station official By sending a link, it requests a public payment for open/close signals of the main door and emergency sub-doors and information on the presence or absence of occupants. Then, when the public payment is completed and confirmed, the approval information is transmitted to the emergency contact control unit 206 .

On the other hand, when the emergency contact control unit 206 confirms the open/close signal of the emergency sub door while receiving at least one of the preliminary flood information and the emergency rescue request information, Receives image information captured inside and outside the opening/closing signal transmission time. And, by transmitting and sharing the captured image information inside and outside of the emergency sub-door opening/closing signal transmission time period to the video sharing control unit 211 and the emergency contact control unit 206, the resident's preparedness or moving image is a message to the guardian and related parties. to be transmitted to

The smart waterproof door 100 of the present invention having various technical features as described above is installed as a front door, so that water does not flow into the room in a torrential downpour, and the resident can move safely.

In addition, the smart waterproof door operating system of the present invention detects the level of flooding of the external space where the waterproof door 100 is installed in real time, so that residents can quickly recognize the situation and notify the surrounding and related parties, so that they can quickly evacuate or respond. can support you to

Although the embodiments of the present specification have been described with reference to the drawings as described above, the present specification is not limited by the embodiments and drawings disclosed herein, and it is apparent that various modifications may be made by those skilled in the art. In addition, although the effect according to the configuration has not been explicitly described and described while describing the embodiment of the present specification, it is natural that the effect predictable by the configuration should also be recognized.

100: at least one smart waterproof door
200: door operation server
300: at least one party terminal

Claims (6)

at least one smart waterproof door including a main door for shielding the entrance and an emergency sub-door configured to open and close from the opening of the main door in a state in which a lower surface of the main door is partially shielded;
a door operation server that performs emergency contact and emergency message transmission to a preset step by step according to the flood level information detected from the smart waterproof door; and
and at least one related party terminal supporting the related party to receive the emergency message and contact the resident.
The method of claim 1,
Each smart waterproof door
A door lock that performs a locking fastening or unlocking function of the main door and the emergency sub door, and
Controls the lock fastening or unlocking operation of the door lock, detects the flood level in real time through the water level sensor of the main door, transmits flood level information to the door operation server, and sends flood notification information to perform an emergency operation A smart waterproof door operating system further comprising an intercom support device.
3. The method of claim 2,
The intercom support device is
As a one-step emergency operation according to the flood level, controlling the lock state of each of the main door and the emergency sub-door,
A smart waterproof door operating system that transmits the submersion level information, internal and external photographed image information, resident presence information, and preliminary flooding information to the door operation server.
4. The method of claim 3,
The intercom support device is
As a two-step emergency operation according to the flood level,
Further controlling the lock state of each of the main door and the emergency sub door,
Smart waterproof that displays guidance information for guiding the resident to use a window or an emergency escape route on an indoor monitor, and transmits the flood level information, the inside and outside photographed image information, and emergency rescue request information to the door operation server door operating system.
4. The method of claim 3,
The door operation server
When the submersion water level information, the internal and external photographed image information, and the preliminary submergence information are received, the submersion level information and the submersion start notification information message are transmitted to the contact information of the person concerned or the guardian set in advance according to the area at a preset time unit, A smart waterproof door operating system that sends preliminary flood information and flood level information messages to emergency response agencies.
6. The method of claim 5,
The door operation server
When emergency rescue request information is received from the intercom support device, emergency rescue request information notifying that residents should be rescued only through a window or an emergency escape route, not the front door, is additionally transmitted to the emergency response response organization, and in the sharing confirmation process Accordingly, the smart waterproof door operating system for sharing the internal and external photographed image information, the open/close signal of the main door and the emergency sub-door, and the presence or absence of a resident to the person concerned or an emergency response response organization.

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