Abstract: In an elevator control system, an evacuation operation control section outputs a command for evacuation operation by an elevator in case of fire. Moreover, in case of fire, the evacuation operation control section controls opening and closing of a fire door adjacent to an elevator landing based on information from a passenger detector for detecting a passenger at the elevator landing and information on a fire situation in a vicinity of the elevator landing.

Abstract: A fire emergency control operation system for an elevator includes an evacuation time calculator for acquiring a positional relationship between the elevator and the fire sensor which performs the fire detecting operation based upon information from the fire sensor to calculate an evacuation operation time based upon the obtained positional relationship; a fire occurrence floor specifier for specifying a fire occurrence floor based upon the information from the fire sensor; and a remaining person count input device for inputting a number of the remaining persons in correspondence with each of the floors.

Abstract: An operating apparatus for an elevator is equipped with a landing chair having a storable seat portion and provided at a landing, a landing chair displacement device for displacing the seat portion, and a control device for controlling the landing chair displacement device. The seat portion can be displaced between a landing chair storage position and a landing chair service position allowing a passenger to sit. The landing chair displacement device performs a storage execution operation of displacing the seat portion from the landing chair service position to the landing chair storage position to hold the seat portion at the landing chair storage position, and a storage releasing operation of releasing the seat portion from being held at the landing chair storage position. The control device has landing chair control means for controlling the landing chair displacement device based on information from operation detecting means for detecting an operational state of the elevator.

Abstract: An elevator control system is equipped with an evacuation operation control portion. In the event of a fire, the evacuation operation control portion determines, based on information on the fire and an elevator, whether or not the evacuation operation of the elevator can be performed. When it is determined that the evacuation operation can be performed, the evacuation operation control portion outputs a command to perform the evacuation operation to an elevator control device. Further, a condition for determining whether or not the evacuation operation can be performed is set in the evacuation operation control portion.

Abstract: A building is provided with a plurality of service zones each including a plurality of floors, and elevators each assigned to the floors included in a corresponding one of the service zones as service floors. The service zones are provided such that the floors included in each of the service zones are at least partially different from the floors included in each of the other service zones. In an event of a fire in the building, an evacuation control apparatus for the elevators controls the elevators to convey those stranded in the building to a common evacuation floor.

Abstract: A building is provided with an elevator and evacuation stairs. Each floor is separated into an elevator region in which the elevator is provided and a stair region in which the evacuation stairs are provided. In an event of a fire in the building, an evacuation assistance device for the elevator sets a predetermined service floor as a rescue floor, and supervises an operation of the elevator so as to convey those stranded in the building from the rescue floor to an evacuation floor. A rescue floor crowdedness detecting device detects crowdedness or uncrowdedness of the elevator region at the rescue floor. An evacuation guidance device for reporting to those stranded in the building accessibility information representing the accessibility of those stranded in the building to the elevator region at the rescue floor from the stair region is installed in the building. Information from the rescue floor crowdedness detecting device is transmitted to an emergency control device.

Abstract: An operating apparatus for an elevator is equipped with a landing chair having a storable seat portion and provided at a landing, a landing chair displacement device for displacing the seat portion, and a control device for controlling the landing chair displacement device. The seat portion can be displaced between a landing chair storage position and a landing chair service position allowing a passenger to sit. The landing chair displacement device performs a storage execution operation of displacing the seat portion from the landing chair service position to the landing chair storage position to hold the seat portion at the landing chair storage position, and a storage releasing operation of releasing the seat portion from being held at the landing chair storage position. The control device has landing chair control means for controlling the landing chair displacement device based on information from operation detecting means for detecting an operational state of the elevator.

Abstract: In a building, a service zone including a plurality of floors is set. The building is provided with an elevator that is assigned to the floors in the service zone as service floors. In an event of a fire in the building, an evacuation support apparatus for the elevator controls the operation of the elevator to convey those stranded in the building to an evacuation floor. The evacuation support apparatus has an emergency control device and an evacuation guidance device. The emergency control device has a rescue floor setting portion for setting at least a predetermined one of the service floors as a rescue floor, and an evacuation operation command portion for controlling the elevator such that evacuation operation is performed to vertically reciprocate a car between the rescue floor and the evacuation floor.

Abstract: Provided is a fire control system of an elevator which rescues remainders in a building to a rescue floor by causing an elevator car to perform evacuating operations when a fire detector installed in the building works, characterized in that the fire control system of an elevator includes: individual identification sending means which each individual who utilizes the elevator carries and in which a resident room number, a resident floor, information on characteristics of each individual, etc. are registered; individual identification receiving means provided in each elevator hall; and a controller which calls an elevator car and performs car-call registration of a destination floor on the basis of information sent from the individual identification sending means to the individual identification receiving means.

Abstract: In a fire control system for an elevator, the time for the fire and smoke to reach the elevator hall of each floor of a building during fire is pre-calculated as the evacuation time of the floor. When the evacuation time of a floor is longer than the time for making a car respond to a rescue call from the evacuation floor, the floor is judged as a rescue floor, and when shorter, the floor is judged as a non-rescue floor. Furthermore, the order in which the rescue is carried out among the rescue floors is determined. Accordingly, it is possible to rescue remainders on a rescue floor using an elevator as an evacuation means. Moreover, since rescue operation by the elevator is performed with the order of rescue determined, rescue operation suitable for the conditions of the fire can be realized.

Abstract: In a fire control system for an elevator, the time for the fire and smoke to reach the elevator hall of each floor of a building during fire is pre-calculated as the evacuation time of the floor. When the evacuation time of a floor is longer than the time for making a car respond to a rescue call from the evacuation floor, the floor is judged as a rescue floor, and when shorter, the floor is judged as a non-rescue floor. Furthermore, the order in which the rescue is carried out among the rescue floors is determined. Accordingly, it is possible to rescue remainders on a rescue floor using an elevator as an evacuation means. Moreover, since rescue operation by the elevator is performed with the order of rescue determined, rescue operation suitable for the conditions of the fire can be realized.

Abstract: In an elevator system, an evacuation elevator control portion devises an evacuation plan making use of elevators based on disaster information in the event of a disaster, and outputs a command to perform evacuation operation, which is based on the evacuation plan, to an elevator operation control portion. The evacuation elevator control portion monitors an evacuation situation resulting from evacuation operation, and transmits information on the evacuation situation to the outside.

Abstract: Provided is a fire evacuation operation system for group-controlled elevators which enables a large number of people to evacuate in a short time.

Abstract: A fire emergency control operation system for an elevator includes: evacuation time calculating means for acquiring a positional relationship between the elevator and the fire sensor which performs the fire detecting operation based upon information from the fire sensor to calculate an evacuation operation time based upon the obtained positional relationship; fire occurrence floor specifying means for specifying a fire occurrence floor based upon the information from the fire sensor; remaining person count input means for inputting a number of the remaining persons in correspondence with each of the floors; schedule deciding means for deciding an evacuation operation schedule for the respective floors when the remaining persons are conveyed to the evacuation floor based upon the information from the evacuation time calculating means, the fire occurrence floor specifying means, and the remaining person count input means; display means for displaying thereon a content of the evacuation operation schedule; and e

Abstract: In a fire control system for an elevator, the time for the fire and smoke to reach the elevator hall of each floor of a building during fire is pre-calculated as the evacuation time of the floor. When the evacuation time of a floor is longer than the time for making a car respond to a rescue call from the evacuation floor, the floor is judged as a rescue floor, and when shorter, the floor is judged as a non-rescue floor. Furthermore, the order in which the rescue is carried out among the rescue floors is determined. Accordingly, it is possible to rescue remainders on a rescue floor using an elevator as an evacuation means. Moreover, since rescue operation by the elevator is performed with the order of rescue determined, rescue operation suitable for the conditions of the fire can be realized.

Abstract: In a fire control system for an elevator, the time for the fire and smoke to reach the elevator hall of each floor of a building during fire is pre-calculated as the evacuation time of the floor. When the evacuation time of a floor is longer than the time for making a car respond to a rescue call from the evacuation floor, the floor is judged as a rescue floor, and when shorter, the floor is judged as a non-rescue floor. Furthermore, the order in which the rescue is carried out among the rescue floors is determined. Accordingly, it is possible to rescue remainders on a rescue floor using an elevator as an evacuation means. Moreover, since rescue operation by the elevator is performed with the order of rescue determined, rescue operation suitable for the conditions of the fire can be realized.

Abstract: Provided is a fire control system of an elevator which rescues remainders in a building to a rescue floor by causing an elevator car to perform evacuating operations when a fire detector installed in the building works, characterized in that the fire control system of an elevator includes: individual identification sending means which each individual who utilizes the elevator carries and in which a resident room number, a resident floor, information on characteristics of each individual, etc. are registered; individual identification receiving means provided in each elevator hall; and a controller which calls an elevator car and performs car-call registration of a destination floor on the basis of information sent from the individual identification sending means to the individual identification receiving means.

Abstract: In a fire control system for an elevator, the time for the fire and smoke to reach the elevator hall of each floor of a building during fire is pre-calculated as the evacuation time of the floor. When the evacuation time of a floor is longer than the time for making a car respond to a rescue call from the evacuation floor, the floor is judged as a rescue floor, and when shorter, the floor is judged as a non-rescue floor. Furthermore, the order in which the rescue is carried out among the rescue floors is determined. Accordingly, it is possible to rescue remainders on a rescue floor using an elevator as an evacuation means. Moreover, since rescue operation by the elevator is performed with the order of rescue determined, rescue operation suitable for the conditions of the fire can be realized.

Abstract: A control operation system for an elevator includes a flood detector for detecting a flood amount in a hoistway in an elevator, a flood speed computer for computing flood speed based on the detected flood amount, and a flood control operation command for flood control operation of the elevator based on the flood speed, making it possible to provide a flood control operation best suited to a flood speed.

Abstract: Information is transmitted between respective control units to respond to a landing call made backward of other elevators in an elevator control apparatus with dispersed group management function, abolishing a group management device. An elevator control apparatus is included with each of the cars of a plurality of elevators whose operation is managed as one group. A car control unit controls the operation of respective elevator cars. A car information transmission unit transmits information such as car location, car direction, car load, the state of occurrence of car call, and the like between a first elevator and other elevators. A landing information transmission unit transmits information to landing equipment located at a landing such as landing buttons, a landing indicator, a hall lantern and the like.