JP2013049522A - Rescue support system, elevator control device for use in the same, and elevator control method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a rescue support system allowing a rescue operation using an elevator to be quickly performed in a building, and to provide an elevator control device for use in the same and an elevator control method.SOLUTION: This rescue support system includes an AED detachment detection part, an AED detachment signal output part, an elevator recognition part, and a control part. When an AED installed in a building having a plurality of floors is detached, the AED detachment detection part detects the detachment. The AED detachment signal output part outputs an AED detachment signal when the detachment of the AED is detected. When the AED detachment signal is output, the elevator recognition part recognizes the elevator arriving at the AED installation floor earliest as the elevator for use in the rescue operation. The control part switches the elevator that is recognized as one for use in the rescue operation to a rescue-only operation, and causes a car of the elevator to directly go to the AED installation floor.

Description

  Embodiments described herein relate generally to a lifesaving support system, and an elevator control device and an elevator control method used therefor.

  Currently, in many buildings, an automated external defibrillator (hereinafter referred to as “AED”) is installed on a predetermined floor and used for lifesaving activities. When using the elevator to take the AED to the designated floor in lifesaving activities or to transport the removed AED to the patient, the call registration of the elevator is performed manually by the user as usual. Is called. Further, when the emergency team arrives after the lifesaving activity by the AED and moves to the patient, the call registration of the elevator is performed by the manual operation of the emergency crew.

  In these cases, when an elevator call is generated by an operation of another person not related to the lifesaving activity, the elevator is controlled while responding to the call.

  However, it is necessary to perform lifesaving activities for patients as soon as possible. Humans are said to have a lifesaving rate of about 7 to 10% every 1 minute when ventricular fibrillation occurs. In Japan, it takes about 6 to 7 minutes for an ambulance to arrive at the scene, and 7 minutes have passed. The survival rate at that time drops to 30%.

JP 2008-265898 A

  Therefore, in order to perform lifesaving activities quickly, a dedicated button for use in lifesaving activities is installed at the elevator platform, etc., and when this button is operated, it can be used only by people involved in lifesaving activities without accepting other calls. There is a technology to switch to dedicated operation.

  However, there is a problem in that it is costly and troublesome to newly install such a dedicated button, which is not practical.

  The present invention has been made in view of the above circumstances, and provides a life-saving support system capable of quickly performing life-saving activities using an elevator in a building, and an elevator control device and an elevator control method used therefor The purpose is to do.

  According to an embodiment of the present invention for achieving the above object, a lifesaving support system includes an AED removal detection unit, an AED removal signal output unit, an elevator recognition unit, and a control unit. The AED removal detection unit detects this when an AED installed in a building having a plurality of floors is removed. The AED removal signal output unit outputs an AED removal signal when it is detected that the AED has been removed. When the AED removal signal is output, the elevator recognition unit recognizes the elevator that arrives at the AED installation floor as the elevator that is used for lifesaving operation. The control unit switches the elevator recognized to be used for lifesaving operation to lifesaving operation, and causes the elevator car to go straight to the AED installation floor.

The block diagram which shows the structure of the lifesaving assistance system by 1st Embodiment. BRIEF DESCRIPTION OF THE DRAWINGS (a) The front view of an elevator hall of the elevator utilized for the lifesaving assistance system by 1st Embodiment, (b) The perspective view which shows the structure in a passenger car. The sequence diagram which shows operation | movement of the lifesaving assistance system by 1st Embodiment. The flowchart which shows the operation | movement of the lifesaving exclusive operation control switching process in the lifesaving assistance system by 1st Embodiment. The flowchart which shows the operation | movement of the life-saving operation control process in the lifesaving assistance system by 1st Embodiment. The flowchart which shows the operation | movement of the selection process of the elevator used for the emergency response operation | movement in the lifesaving assistance system by 1st Embodiment. The flowchart which shows the operation | movement of the emergency control corresponding operation control switching process in the lifesaving assistance system by 1st Embodiment. The flowchart which shows the operation | movement of the emergency response corresponding | compatible control process in the lifesaving assistance system by 1st Embodiment. The block diagram which shows the structure of the lifesaving assistance system by 2nd Embodiment. The front view of the elevator hall of the elevator utilized for the lifesaving assistance system by 2nd Embodiment. The sequence diagram which shows operation | movement of the lifesaving assistance system by 2nd Embodiment. The flowchart which shows the operation | movement of the authentication process in the lifesaving assistance system by other embodiment. The block diagram which shows the structure of the lifesaving assistance system by other embodiment.

  As an embodiment of the present invention, when a sick person occurs in a building to be managed, lifesaving using an elevator for quickly carrying AED by a caregiver and transporting a patient by an emergency team as lifesaving activities The support system will be described.

<< First Embodiment >>
As a first embodiment, a lifesaving support system in which an AED storage device that stores an AED and an elevator group management device that manages a plurality of elevators are signal-connected will be described.

<Configuration of lifesaving support system using elevator according to the first embodiment>
The structure of the lifesaving assistance system using the elevator by 1st Embodiment is demonstrated with reference to FIG.

  The lifesaving support system 1 according to this embodiment includes an AED storage device 10 installed on any floor in a building having a plurality of floors, and a first elevator 20-1 and a second elevator 20- installed in the building. 2, the 3rd elevator 20-3 and the 4th elevator 20-4, and the elevator group management apparatus 30 connected to the AED storage apparatus 10 and the 1st elevator 20-1 to the 4th elevator 20-4. An elevator system is constructed by the first elevator 20-1 to the fourth elevator 20-4 and the elevator group management device 30.

  In this embodiment, it is assumed that the AED storage device 10 is installed on the first floor of a building. The AED storage device 10 includes an AED 11 stored in a detachable state, an AED removal detection unit 12 that detects when the AED 11 is removed, and an AED removal detection unit 12 that detects that the AED 11 has been removed. An AED removal signal output unit 13 for generating an AED removal signal for notifying this and outputting it to the elevator group management device 30. The AED removal detection unit 12 is a sensor composed of contacts such as limit switches, for example.

  Each structure of the 1st elevator 20-1-the 3rd elevator 20-3 is demonstrated with reference to Fig.2 (a) and (b). FIG. 2A shows a hold door 21 installed in an elevator hall on each floor in the building, a hall guidance display screen 22, and a hall call button group 23. 2B shows a car 24 that moves up and down a hoistway (not shown), an audio output device 25 installed in the car 24, a car guidance display screen 26, and a car button group 27. 1 shows a control device 28 connected to the car 24.

  The car 24 moves up and down the hoistway and moves to each floor under the control of the control device 28 installed in each elevator.

  The car button group 27 includes a destination registration button, a door open button, a door close button, and the like for designating a destination floor.

  Further, the control device 28 is connected to the car 24, and at the normal time, acquires the position information of the car 24 of the first elevator 20-1 to the fourth elevator 20-4 and the hall call button group 23 by the user. The operation information and the operation information of the in-car button group 27 are acquired, and the raising / lowering operation of the car 24 of the first elevator 20-1 to the fourth elevator 20-4 is controlled based on these information. In addition, when a lifesaving operation command is transmitted from the elevator group management device 30, the lifecycle-only operation control that gives priority to the operation related to the lifesaving activity is switched.

  The elevator group management device 30 includes an AED removal signal input unit 31, an EL recognition unit 32, and a transmission / reception unit 33.

  The AED removal signal input unit 31 inputs the AED removal signal output from the AED removal signal output unit 13 of the AED storage device 10.

  When an AED removal signal is input from the AED removal signal input unit 31, the EL recognition unit 32 recognizes an elevator to be used for lifesaving activities from the first elevator 20-1 to the fourth elevator 20-4, and saves the life. Outputs operation instructions.

  The transmission / reception unit 33 transmits / receives information to / from the control device 28 of the first elevator 20-1 to the fourth elevator 20-4.

<Operation of Life Support System Using Elevator Control Device for Life Support Assistance According to First Embodiment>
Next, operation | movement of the lifesaving assistance system 1 by this embodiment is demonstrated with reference to the flowchart of FIG.

  First, at normal times, normal operation control is performed in each of the first elevator 20-1 to the fourth elevator 20-4 of the building (S1, S2). In the normal operation control, the position information of the car 24 of the first elevator 20-1 to the fourth elevator 20-4 is acquired, the operation information of the hall call button group 23 by the user, and the in-car button group 27 The operation information is acquired, and the elevator operation of the car 24 of the first elevator to the fourth elevator is controlled based on these information.

  When a sick person occurs in the building in a state where normal operation control is being performed, a person who is in need of care goes to the installation floor of the AED storage device 10 (referred to as “the first floor” in the present embodiment) and stores it. When the AED 11 is removed, the AED removal detection unit 12 of the AED storage device 10 detects the removal of the AED 11 (S3). Then, an AED removal signal output unit 13 generates an AED removal signal and outputs it to the elevator group management device 30 (S4).

  In the elevator group management device 30, the AED removal signal transmitted from the AED storage device 10 is input from the AED removal signal input unit 31 and sent to the EL recognition unit 32. In the EL recognition unit 32 from which the AED removal signal has been acquired, the elevator that can reach the first floor, which is the installation floor of the AED storage device 10, from among the first elevator 20-1 to the fourth elevator 20-4 is the lifesaving activity. (S5). A lifesaving operation command is output to the recognized elevator (S6). Here, it is assumed that the first elevator 20-1 is recognized as an elevator used for lifesaving activities and a lifesaving operation command is output.

  In the first elevator 20-1 to which the lifesaving operation command is output, the operation of the control device 28 is switched from the normal operation control to the lifesaving operation control (S7).

  The switching process to lifesaving exclusive operation control in the control apparatus 28 is demonstrated with reference to the flowchart of FIG.

  When the lifesaving operation command is acquired in the control device 28, the lifesaving operation control switching process is started, and the hall information display screen 22 on each floor of the first elevator 20-1 performing the lifesaving operation is currently supporting lifesaving operation. Is displayed. In addition, the hall call registration already registered by the operation of the hall call button group 23 of the first elevator 20-1 is canceled, and the acceptance of the subsequent hall call registration is prohibited (S21).

  Next, it is determined whether or not the car 24 of the first elevator 20-1 is on the first floor where the AED 11 is installed, and when it is determined that the car 24 is not on the first floor ("YES" in S22). ") Is further determined whether or not there is destination registration by operating the in-car button group 27 of the first elevator 20-1 (S23).

  When there is a destination registration (“YES” in S23), the destination registration is canceled, and new destination registration is prohibited until the next door opening, and the in-car guide display screen 26 is dedicated to lifesaving. A display for notifying that switching to driving is performed is performed, and further, guidance of the same content is broadcast from the audio output device 25 into the car 24 (S24).

  And if the process of step S24 is performed, the car 24 of the 1st elevator 20-1 will be drive | operated directly to the 1st floor which is an AED11 installation floor, and will be switched to life saving exclusive operation (S25). In addition, when it is determined in step S23 that there is no destination registration (“NO” in S23), the car 24 of the first elevator 20-1 is driven directly to the first floor where the AED 11 is installed, and is dedicated to lifesaving activities. The operation is switched to operation (S25). When it is determined in step S22 that the car 24 is on the first floor ("NO" in S22), the operation is switched directly to the lifesaving operation. The lifesaving operation control switching process is thus completed.

  Returning to the flowchart of FIG. 3, a lifesaving operation control process is further executed in the control device 28 of the first elevator 20-1 (S <b> 8). The lifesaving operation control process will be described with reference to the flowchart of FIG.

  When the control device 28 switches to the life-saving operation control and the life-saving operation control process is started, the car 24 opens on the first floor where the AED 11 is installed and waits (S31).

  When the car 24 is opened, a display for preventing erroneous boarding on the first elevator 20-1 is displayed on the in-car guidance display screen 26, and further, the guidance of the same content is provided from the audio output device 25 into the car 24. Is broadcast (S32).

  Next, within a certain period of time with the car 24 open, the caregiver who has acquired the AED 11 operates the destination registration button of the car button group 27 and the floor where the patient is located (in the present embodiment, “4 When the floor is designated), the control device 28 detects the occurrence of destination registration (“YES” in S33).

  When the occurrence of the destination registration is detected, the car 24 is closed and the guidance broadcast for preventing erroneous boarding is stopped (S34).

  Next, the detected destination registration is accepted (S35), and the car 24 is operated directly on the fourth floor, which is the designated destination floor (S36).

  When the car 24 arrives at the destination floor and is opened (S37), the control device 28 recognizes the fourth floor where the car 24 is opened as the destination floor, and the information on the destination floor is the elevator group management device 30. And recorded in the EL recognition unit 32 (S38).

  Then, the first elevator 20-1 is switched from the lifesaving operation control to the normal operation control, and the display for preventing erroneous boarding on the car guidance display screen 26 is ended (S39). Thus, the lifesaving operation control process ends.

  Returning to the flowchart of FIG. 3, information indicating that the lifesaving operation control process is completed in the control device 28 of the first elevator 20-1 is acquired by the transmission / reception unit 33 of the elevator group management device 30 and sent to the EL recognition unit 32. The In the EL recognition unit 32 from which the information has been acquired, an elevator recognition process for waiting for an elevator to be used for emergency operation corresponding to the reference floor (in this embodiment, “first floor”) where the emergency team arrives is performed. It is executed (S9). The elevator recognition process used for the emergency response operation will be described with reference to the flowchart of FIG.

  When it is detected in the EL recognition unit 32 that the life-saving operation control process has been completed, the recognition process of the elevator used for emergency response operation is started. In the recognition process of the elevator used for the emergency response operation, it is first determined whether or not there is a bed elevator in the building (S41). When there is a bed elevator ("NO" in S41), the elevator is recognized as an elevator used for emergency response operation (S42).

  When it is determined in step S41 that there is no bed elevator (“YES” in S41), it is determined whether or not there is a larger elevator in the building compared to other elevators (S43). When there is a larger elevator (“NO” in S43), the elevator is recognized as an elevator used for emergency response operation (S42).

  When it is determined in step S43 that there is no larger elevator (“YES” in S43), no destination registration has occurred in the elevators 20-1 to 20-4 in the building and the current user It is determined whether or not there is an elevator that is determined not to have any (S44). When there is an elevator without a user (“NO” in S44), the elevator is recognized as an elevator used for emergency response operation (S42).

  When it is determined in step S44 that there is no elevator without a user (“YES” in S44), the elevator that can reach the reference floor (first floor) earliest is recognized as the elevator used for emergency response operation. (S45). This completes the elevator recognition process used for emergency response operation.

  Returning to the flowchart of FIG. 3, an emergency response operation command is output to the elevator recognized by the EL recognition unit 32 of the elevator group management device 30. Here, it is assumed that the third elevator 20-3 is recognized as an elevator to be used for emergency response operation, and an emergency response operation command is output from the transmission / reception unit 33 (S10).

  In the third elevator 20-3 to which the emergency response operation command is output, the operation of the control device 28 is switched from the normal operation control to the emergency response operation control (S11).

  The switching process to the emergency response operation control in the control device 28 will be described with reference to the flowchart of FIG.

  When an ambulance response operation command is acquired in the control device, ambulance response operation control switching processing is started, and ambulance response operation is being performed on the hall guidance display screen 22 of each floor of the third elevator 20-3 that performs emergency response operation. A display for notifying that it is is performed. Further, the hall call registration already registered by the operation of the hall call button group 23 of the third elevator 20-3 is canceled and the acceptance of the subsequent hall call registration is prohibited (S51).

  Next, when it is determined whether or not the car 24 of the third elevator 20-3 is on the first floor, which is the reference floor, and it is determined that the car 24 is not on the first floor ("YES" in S52). Is further determined whether or not there is a destination registration by operating the in-car button group 27 of the third elevator 20-3 (S53).

  When there is a destination registration here (“YES” in S53), the destination registration is canceled, the acceptance of a new destination registration is prohibited, and the in-car guidance display screen 26 is switched to an emergency response operation. Is displayed, and the guidance of the same content is broadcast from the audio output device 25 into the car 24 (S54).

  Then, when the process of step S54 is executed, the car 24 of the third elevator 20-3 is directly operated to the first floor, which is the reference floor, and is switched to an emergency team-compatible operation (S55). In addition, when it is determined in step S53 that there is no destination registration (“NO” in S53), the car 24 of the third elevator 20-3 is operated directly to the first floor, which is the reference floor, and is dedicated to the rescue team. The operation is switched to operation (S55). When it is determined in step S52 that the car 24 is on the first floor ("NO" in S52), the operation is switched to the emergency team compatible operation as it is. The lifesaving operation control switching process is thus completed.

  Returning to the flowchart of FIG. 3, the emergency response control process is further executed in the control device 28 of the third elevator 20-3 (S <b> 12). The emergency response control process will be described with reference to the flowchart of FIG.

  When the control device 28 of the third elevator 20-3 switches to the emergency response control and the emergency response control processing is started, the car 24 opens on the first floor, which is the reference floor, and waits (S61).

  When the car 24 is opened, the destination floor stored in step S38 in FIG. 5 is acquired from the EL recognition unit 32 of the elevator group management device 30 and automatically registered as the destination floor in the control device 28 of the third elevator 20-3. (S62).

  Next, a display for preventing erroneous boarding on the third elevator 20-3 is performed on the in-car guidance display screen 26, and further, the guidance of the same content is broadcast from the audio output device 25 into the car 24 ( S63).

  Next, if the door closing button of the in-car button group 27 is operated by the arriving ambulance team within a certain time while the car 24 is open ("YES" in S64), the car 24 is brought into the door. It is closed and the guidance broadcast for preventing erroneous boarding is stopped (S65).

  Next, the car 24 is directly operated on the fourth floor, which is the destination floor that is automatically registered as the destination floor (S66). When the car 24 arrives on the fourth floor, which is the destination floor, it opens and waits (S67).

  When the car 24 opens, guidance broadcasting for preventing erroneous boarding is resumed from the audio output device 25 into the car 24 (S68).

  When the door closing button of the in-car button group 27 is operated by the arriving ambulance team within a certain period of time with the car 24 being open ("YES" in S69), the car 24 is closed. Then, the information broadcast for preventing erroneous boarding is stopped (S70).

  Next, the car 24 is operated directly on the first floor, which is the reference floor (S71). When the car 24 arrives on the first floor, which is the reference floor, it opens and waits (S72).

  Here, since it is assumed that the ambulance team goes back and forth between the destination floors again, the stored destination floor is used as the destination floor when the door is opened in step S72 until waiting for a certain period of time. At the same time as the automatic registration (S62), a display for preventing erroneous boarding on the third elevator 20-3 is performed on the in-car guidance display screen 26, and the guidance of the same content is provided from the voice output device 25 into the car 24. Is broadcast (S63).

  When the door closing button is operated again by the ambulance team, the processing of steps S65 to S72 is executed. When the door closing button is not operated within a certain period in step S64 (“NO” in S64), in step S69. When the door closing button is not operated within a certain period (“NO” in S69), or when it is determined in step S73 that the certain period has elapsed (“YES” in S73), the third elevator 20- 3 is switched from emergency response support control to normal operation control, the display of preventing wrong boarding on the in-car guidance display screen 26 is terminated, and the destination registration of the destination floor automatically registered is canceled (S74).

  According to the first embodiment described above, when the AED is removed, the elevator that arrives at the AED installation floor the earliest is switched from normal operation to life-saving operation control, and the car is operated directly on the AED installation floor. The caregiver who has it can go quickly to the floor where the patient is. Also, at this time, the destination floor to which the caregiver headed is memorized, and when the emergency team visits the emergency team, the emergency team will promptly You can head to the floor. Further, when the emergency team arrives, the bed elevator and the large elevator are preferentially selected and used, so that the patient can be easily transported. Further, when the emergency team transports the patient, the elevator can be operated directly from the floor where the patient is located to the reference floor, so that the patient can be transported quickly.

<< Second Embodiment >>
As a second embodiment of the present invention, a lifesaving support system when an AED storage device that stores an AED and an elevator group management device that manages a plurality of elevators are not signal-connected will be described.

  A configuration of a life support system using an elevator system for life support according to the second embodiment will be described with reference to FIG.

  Of the components of the lifesaving support system 2 according to the present embodiment, detailed description of the portions having the same functions as those of the first embodiment will be omitted. As shown in FIG. 9, in the lifesaving support system 2, the AED storage device 10 includes an AED 11 stored in a removable state, and a door (not shown) of the AED storage device 10 when the AED 11 is removed or when the AED storage device 10 is removed. An AED removal detection unit 12 that detects this when opened, and an alarm sound output unit 14 that sounds an alarm sound as an AED removal signal when the AED removal detection unit 12 detects the removal of the AED 11 or the opening of the door. And have.

  In addition to the hold door 21 to the control device 28 described in the first embodiment, the first elevator 20-1 to the fourth elevator 20-4 detect an alarm sound in the elevator hall on the floor where the AED 11 is installed as shown in FIG. A device 29 is installed.

  The alarm sound detection device 29 detects an alarm sound when the alarm sound output unit 14 of the AED storage device 10 is output, generates an alarm sound detection signal, and outputs it to the elevator group management device 30.

  The elevator group management device 30 includes a transmission / reception unit 33, an alarm sound detection signal input unit 34, and an EL recognition unit 32.

  The transmission / reception unit 33 transmits / receives information to / from the control device 28 of the first elevator 20-1 to the fourth elevator 20-4.

  The warning sound detection signal input unit 34 inputs the warning sound detection signal output from the warning sound detection device 29 of the elevator on the floor where the AED storage device 10 is installed.

  When the warning sound detection signal is input from the warning sound detection signal input unit 34, the EL recognition unit 32 recognizes an elevator to be used for lifesaving activities from the first elevator 20-1 to the fourth elevator 20-4. , Output life-saving driving instructions.

<Operation of Life Support System Using Elevator Control Device for Life Support Support According to Second Embodiment>
Next, operation | movement of the lifesaving assistance system 2 by this embodiment is demonstrated with reference to the flowchart of FIG.

  First, at the normal time, as in the first embodiment, the first elevator 20-1 to the fourth elevator 20-4 of the building are normally controlled by the respective control devices 28 (S81, S82).

  When a sick person occurs in the building in a state where normal operation control is being performed, a person who is in need of care goes to the installation floor of the AED storage device 10 (referred to as “the first floor” in the present embodiment) and stores it. When the AED 11 is removed, the AED removal detection unit 12 of the AED storage device 10 detects the removal of the AED 11. Then, a warning sound for notifying that the AED has been removed is sounded by the warning sound output unit 14 (S83).

  When an alarm sound is sounded from the alarm sound output unit 14 of the AED storage device 10, the alarm sound is detected by the alarm sound detection device 29 in the elevator hall on the first floor which is the installation floor of the AED storage device 10, and an alarm sound detection signal Is generated and output to the elevator group management apparatus 30 (S84).

  In the elevator group management device 30, the warning sound detection signal generated by the warning sound detection device 29 of the elevators 20-1 to 20-4 is input from the transmission / reception unit 33 and sent to the EL recognition unit 32. In the EL recognition unit 32 from which the alarm sound detection signal has been acquired, the elevator that can reach the first floor, which is the installation floor of the AED storage device 10, from among the first elevator 20-1 to the fourth elevator 20-4 is saved. It is recognized as an elevator used for the activity (S85). A lifesaving operation command is output to the recognized elevator (S86).

  Henceforth, since the process of step S87-S92 is the same as the process of step S7-S12 in 1st Embodiment, detailed description is abbreviate | omitted.

  According to the second embodiment described above, even if the AED storage device and the elevator group management device are not physically connected, it is possible to detect the removal of the AED by the elevator group management device, and save the life with a simple configuration. Support system can be constructed.

<< Other embodiments >>
Another embodiment of the present invention will be described with reference to the flowchart of FIG. In this embodiment, when a caregiver gets into a car opened on the AED installation floor in the lifesaving operation control process described in the first embodiment or the second embodiment described above, or in the emergency response control process When an ambulance team gets into a car opened on the floor (S101), if a preset password is entered ("YES" in S102), the carer who is involved in lifesaving activities And the elevator destination registration is made possible (S103).

  As this password, for example, when a person enters the car 24 and the door closing button is operated normally, it is conceivable that the password is recognized as a password when the door opening button is operated. For password input operations that have been set in advance, information is attached so that it can be recognized when the AED 11 is removed, or an emergency team is informed in advance. You can make them recognize.

  If it is determined that a person who has nothing to do with the lifesaving operation has boarded and the correct password has not been entered when trying to operate the door close button or the destination button ("NO" in S102), the emergency response is being performed. A guidance broadcast to the effect that it cannot be used is output from the audio output device 25 (S104).

  In this way, by incorporating the authentication process into the operation of the elevator, it is possible to prevent the lifesaving activities from being hindered by the use of the elevator by persons not related to the lifesaving activities during the lifesaving operation control processing and the emergency response control processing. Can do.

  In the first and second embodiments described above, an elevator group management device that manages and manages a plurality of elevators is installed, and the elevator group management device recognizes an elevator that is used for lifesaving activities. As described above, the elevator group management device is not installed, and the elevator control devices 40-1 to 40-3 are connected to each other like the lifesaving support system 3 shown in FIG. May determine whether to switch to life-saving driving or emergency response operation.

  In this case, the control devices 40-1 to 40-3 of the elevators are respectively AED removal signal input units 41-1 to 41-3, EL recognition units 42-1 to 42-3, and an operation control unit 43-1. ~ 43-3.

  The AED removal signal input units 41-1 to 41-3 input the AED removal signal output from the AED removal signal output unit 13 of the AED storage device 10. When the AED removal signal is input from the AED removal signal input unit 31, the EL recognition units 42-1 to 42-3 determine whether or not the own elevator is an elevator that should be used for lifesaving activities. Whether it is an elevator that should be used for life-saving activities depends on whether it is the elevator that can reach the AED installation floor first, the larger elevator, or the elevator that can arrive the reference floor first This is determined by exchanging information with the control device. Then, one of the elevator operation control units 43-1 to 43-3 recognized to be used for lifesaving activities makes the operation of the elevator into lifesaving dedicated operation for lifesaving activities or emergency response operation. Switch.

  By comprising in this way, a lifesaving support system can be constructed | assembled by a simple structure, without providing the elevator group management apparatus 30 newly.

  Although several embodiments of the present invention have been described, these embodiments are presented by way of example and are not intended to limit the scope of the invention. These novel embodiments can be implemented in various other forms, and various omissions, replacements, and changes can be made without departing from the spirit of the invention. These embodiments and modifications thereof are included in the scope and gist of the invention, and are included in the invention described in the claims and the equivalents thereof.

1-3 ... Lifesaving support system 10 ... AED storage device 11 ... AED
DESCRIPTION OF SYMBOLS 12 ... AED removal detection part 13 ... AED removal signal output part 14 ... Alarm sound output part 20-1-20-4 ... 1st elevator-4th elevator 21 ... Hold door 22 ... Hall guidance display screen 23 ... Hall call button group DESCRIPTION OF SYMBOLS 24 ... Car 25 ... Audio | voice output device 26 ... Car guidance display screen 27 ... Car button group 28 ... Control device 29 ... Alarm sound detection device 30 ... Elevator group management device 31 ... AED removal signal input part 32 ... EL recognition part 33 ... Transmission / reception unit 34 ... Alarm sound detection signal input unit 40-1 to 40-3 ... Elevator control device 41-1 to 41-3 ... AED removal signal input unit 42-1 to 42-3 ... EL recognition unit 43-1 -43-3 ... Operation control unit

Claims (10)

In a lifesaving support system connected to an AED installed in a removable state on any floor in a building having multiple floors and a plurality of elevators installed in the building,
An AED removal detector for detecting when the AED is removed;
An AED removal signal output unit that outputs an AED removal signal when the AED removal detection unit detects that the AED has been removed;
When an AED removal signal is output from the AED removal signal output unit, an elevator recognition unit that recognizes an elevator that arrives first in the AED installation floor among the plurality of elevators as an elevator to be used for lifesaving operation;
A control unit that switches the elevator recognized to be used for lifesaving operation in the elevator recognition unit to lifesaving operation, and drives the elevator car directly to the AED installation floor;
A lifesaving support system characterized by comprising: The AED removal signal output unit further includes an alarm sound detection unit that detects the alarm sound when the alarm sound is output as the output of the AED removal signal,
The elevator recognizing unit recognizes an elevator that arrives at the AED installation floor first among the plurality of elevators as an elevator to be used for lifesaving operation when the alarm sound detecting unit detects the sound of the alarm sound. The lifesaving support system according to claim 1, wherein: An AED removal signal output device for outputting an AED removal signal when it is detected that an AED installed in a removable state on any floor in a building having a plurality of floors is removed; In an elevator control device connected to a plurality of installed elevators,
When an AED removal signal is output from the AED removal signal output device, an elevator recognition unit that recognizes an elevator that arrives at the AED installation floor first among the plurality of elevators as an elevator used for lifesaving operation;
A control unit that switches the elevator recognized to be used for lifesaving operation in the elevator recognition unit to lifesaving operation, and drives the elevator car directly to the AED installation floor;
An elevator control device comprising: The control unit cancels the hall call registration and the car destination registration that have already been accepted for the elevator that has been switched to the life-saving operation and prohibits the subsequent hall call registration from being accepted. 4. The elevator control apparatus according to claim 3, wherein reception of destination registration for a new car is prohibited. The elevator recognition unit
For the elevator switched to the life-saving operation, the destination floor that has been operated directly by the user performing life-saving activities on the AED installation floor is stored as the destination floor,
When the elevator car switched to the life-saving operation arrives at the destination floor and opens, among the plurality of elevators, a bed elevator, an elevator larger than other elevators, an elevator without a user, or Recognize that the elevator that arrives first on the standard floor where the emergency team arrives is the elevator used for emergency response operations,
The controller is
Open the elevator car that has been switched to the lifesaving operation on the floor where the AED is installed, and go straight to the destination floor registered by the operation of the user performing the lifesaving activity.
The elevator recognized to be used in the emergency response operation in the elevator recognition unit is switched to the emergency response operation, the elevator car is directly operated to the reference floor, and then the destination floor stored in the elevator recognition unit is stored. The elevator control device according to claim 3 or 4, wherein the elevator control device is automatically registered as a destination floor. The control unit cancels the hall call registration and the car destination registration that have already been accepted for the elevator switched to the emergency response operation, and prohibits the subsequent hall call registration and the car destination registration from being accepted. The elevator control device according to claim 5. The control unit, when an elevator switched to the emergency response operation is operated to close the door after arriving at the destination floor due to the automatic registration, the controller directly operates to the reference floor. The elevator control device according to claim 5 or 6. The control unit displays on the hall guidance display screen installed in the elevator hall and in the car guidance display screen installed in the car of the elevator that has been switched in operation to notify that the operation has been switched. The elevator control device according to any one of claims 3 to 7, wherein a broadcast for notifying that the operation has been switched is output from an audio output device installed in the car. The said control part recognizes that it is utilization of the person who performs the said lifesaving activity, when the preset in-car button is operated, The destination registration in the said elevator car is received. The elevator control device according to any one of 5 to 8. An AED removal signal output device for outputting an AED removal signal when it is detected that an AED installed in a removable state on any floor in a building having a plurality of floors is removed; An elevator control device connected to a plurality of installed elevators,
When an AED removal signal is output from the AED removal signal output device, an elevator arriving at the AED installation floor first among the plurality of elevators is recognized as an elevator used for lifesaving operation,
The elevator control method characterized by switching the elevator recognized to be used for the lifesaving operation to the lifesaving operation, and causing the elevator car to be directly operated on the AED installation floor.

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