CN102368345B - Elevator remote monitoring system - Google Patents
Elevator remote monitoring system Download PDFInfo
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- CN102368345B CN102368345B CN201110168487.0A CN201110168487A CN102368345B CN 102368345 B CN102368345 B CN 102368345B CN 201110168487 A CN201110168487 A CN 201110168487A CN 102368345 B CN102368345 B CN 102368345B
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Abstract
The invention provides an elevator remote monitoring system which can rapidly accurately convey fire hazards and on-site conditions to firefighting commanders. The elevator remote monitoring system comprises a fire hazard managing device for judging fire positions and outputting fire signals and fire position information when a fire alarm outputs a fire signal; and a remote communication control device storing elevator position information in advance and connected with the fire hazard managing device and an elevator control device. Once a fire signal is initially received, the remote communication control device then sends the fire signal to an indicating device belonging to a governmental firefighting institution and applied in first emergency. When a dispatching mechanism belonging to a commanding vehicle loaded with another indicating device applied in second emergency is set, the remote communication control device sends the fire position information to the indicating device applied in second emergency.
Description
Technical field
Embodiments of the present invention relate to a kind of long-distance monitor system for elevator that efficiently carries out fire-fighting-rescue activity during for fire.
Background technology
Conventionally, carrying out bailout process from buildings breaking out of fire to fire-fighting center is: in the time of fire generation and fire-alarm warning, the signal that fire occurs is delivered to the fire management devices of being located at caretaker room from fire-alarm by the wiring in buildings, perceive the person on the scene of sound that this fire management devices sends or light or custodian as herald, with the rescue at phone request fire-fighting center.Receive the fire-fighting center of request, listen to from herald about fire scene, scale, there is not in time escapee's possibility, have or not the information such as the wounded, rescue method is discussed, determine the vehicle, the preparation of equipment and the fire fighter's number of sending that need.
On the other hand, entrust and carry out in the elevator maintenance management enterprise of elevator maintenance management in reception building management enterprise, have the enterprise runing as the long-distance monitor system for elevator of one of maintenance management service.Long-distance monitor system for elevator is connected the telecommunication control device that is connected in the control board for elevator in buildings by public circuit or dedicated line with the supervision place that is positioned at remote location, while detecting earthquake or fire, elevator carries out the information such as control operation or Lift out of order and automatically sends to telemonitoring strong point.The surveillant of elevator maintenance management enterprise is garrisoned at telemonitoring strong point for 24 hours.Even in night or custodian do not reside in the buildings in buildings, occur elevator user closed into etc. anomalous event, elevator user also can converse by the communicator in lift car and surveillant, thereby take suitable counter-measure, for example dispatch service personnel etc. immediately.Again, recently also realize following service, the image of taking has been sent to the service of telemonitoring strong point or data center memory image record data by the camera of being located in lift car; With detect elevator user's violent crime, maybe the wounded or the patient etc. that cannot take action by processing camera image, and notify the long-range supervision personnel's that inspect strong point service.
In patent documentation 1, disclose and utilized long-distance monitor system for elevator, confirm when abnormal the system of circulating a notice of to fire-fighting center etc. the supervision personnel of elevator maintenance management enterprise.In this system, first need the supervision personnel of elevator maintenance management enterprise to confirm the abnormal of fire etc.
Elevator long distance monitors that the surveillant at strong point can receive and show that signal this situation that fire control operation has started is inferred in buildings fire has occurred according to elevator, also can be according to being located in lift car or the camera of hall confirms to the reception condition of image whether fire occurs, and can converse by the person on the scene in communicator and lift car etc., obtain the much information about disaster situation although have an opportunity, but because surveillant is not the expert of fire disaster refuge, can there is the problem that cannot carry out to person on the scene the correct instruction of taking refuge.
On the other hand, the fire fighter at fire-fighting center of instruction can judge soundly and take refuge in the time of fire, owing to can only obtaining by the oral explanation of herald the information of on-the-spot fire condition, therefore likely cause between herald and fire-fighting center about fire scale and have the error of the understanding of information that need not deliverer.
Again, although person on the scene can carry out orderly action according to building management person's guiding, but the supvr who also usually has buildings also cannot correctly grasp the situation of the information such as the set out-activity situation at position on fire, safe take refuge path, fire-fighting center, the fear while so likely causing taking refuge.Again, first, in the time that the surveillant of elevator maintenance management enterprise need to confirm that fire etc. is abnormal, cannot directly converse and cannot provide the problem of the suitable instruction of taking refuge with building management person and person on the scene authorities such as the fire-fighting centers that whether needs the judgement of reporting to authorities to postpone to some extent, also may exist to circulate a notice of because of reception.
Prior art document
Patent documentation
Patent documentation 1 TOHKEMY 2006-89256 communique
Summary of the invention
Invent problem to be solved
The present invention proposes in view of the above problems, and its object is to provide a kind of and correctly passes on fast the generation of fire and the long-distance monitor system for elevator of field conditions to fire-fighting-rescue cammander.
The means of dealing with problems
The invention provides a kind of Long-Range Surveillance System of elevator, comprise: fire management devices, the fire-alarm that its pre-stored detection of fires being arranged in buildings occurs or the setting position of urgent fire button in described buildings, in the time that described fire management devices receives the fire generation signal of described fire-alarm or described urgent fire button output, described fire management devices is judged to be fire occurrence positions by having exported the described fire-alarm of fire generation signal or the described setting position of described urgent fire button, and export fire generation signal and fire occurrence positions information, and telecommunication control device, the location message of its pre-stored described buildings and be arranged at system information and the setting position of the elevator in described buildings, and be connected in the elevator control gear of controlling described fire management devices and the operation of described elevator.
Described telecommunication control device, in the time receiving at first fire generation signal from described fire management devices, at least to being located at administration described buildings on-site fire department, there is first the moving indicating device when urgent and send and at least comprise fire generation signal of function that described elevator control gear is sent to the operation instruction of elevator, the fire generation information of the location message of described buildings and the system information of described elevator, when determining, the commander team of floor manager of the fire-fighting action of carrying out described buildings takes, carried have to described elevator control gear send elevator operation instruction function second move when urgent indicating device command car send mechanism after, when at least urgent to described second, move the fire condition information that indicating device sends the fire occurrence positions information that at least comprises the system information of described elevator and receive from described fire management devices, when moving indicating device or described second when urgent from described first and moving indicating device when urgent and receive the elevator operation instruction to described elevator control gear, the operation instruction receiving is conveyed to described elevator control gear.
Brief description of the drawings
Fig. 1 is the block diagram of the formation for an embodiment is described.
Fig. 2 is an example that sends data in an embodiment when abnormal elevator.
Fig. 3 is an example that shows the data of the setting position information of fire-alarm in an embodiment or danger button.
Fig. 4 is an example of elevator operation designation data.
Fig. 5 is an example that is contained in the elevator operation instruction coding in the elevator operation designation data shown in Fig. 4.
Symbol description
1 telecommunication control device
2 fire management devices
3 first telemonitoring strong points
4 second telemonitoring strong points
5 control board for elevator
In 6 lift cars, take precautions against camera
7 halls are taken precautions against camera
Intercom in 8 lift cars
9 promptly use telephone set
10 fire-alarms
11 urgent fire buttons
12,12 ' move indicating device when urgent
13 command cars
Embodiment
Below, with reference to accompanying drawing to describing as the embodiment of the present invention's one example.Fig. 1 is the block diagram of the formation for an embodiment is described.In this figure, show the functional imperative relevant to present embodiment and its incidence relation, and be not used in the physical configuration or the physical arrangement that represent inscape.Telecommunication control device 1 is located at the center of taking precautions against natural calamities or the elevator machine chamber in buildings, by for example, common line, radiolink or the elevator maintenance affiliated enterprise dedicated lines used such as telephone wire, isdn line, adsl line, carry out long-range on-site fire-fighting center or the fire fighting command car of inspecting strong point, administration buildings of the elevator maintenance affiliated enterprise of remote location, and send the control receiving with the data between each device and equipment headed by the elevator in buildings.Telecommunication control device 1 generally includes: the hardware resource of the magnetic storage devices such as microcomputer, RAM, ROM, storage card or hard disk etc.; Send to receive with data and control required software, be assembled by so-called package system.Telecommunication control device 1 also can be assembled by hardware.In the storage medium such as ROM or storage card, hard disk that telecommunication control device 1 has, the refractability relevant information of the pre-stored number of floor levels that has a buildings that is for example provided with elevator, buildings, elevator device information, for example also have with the planogram information of the emergency floor position that comprises each floor of the view data statements such as TIFF, JPEG or bitmap, say afterwards in the buildings of narration the respectively communication objective ground information of telephone number or the mailing address etc. of the kind of device-equipment and set-up site information, telemonitoring strong point etc. separately.Herein, in the system information of elevator, comprise that for example No. 1 machine to 3 machine can be at underground 1 floor to each floor stop between 12 floor on the ground, and No. 4 machine to 6 machines can underground 1 floor, on the ground 1 floor, on the ground 12 floor on the ground between 24 floor each floor stop, but not on the ground 2 layers to information such as 11 layers of stops on the ground.Again, in other embodiment, telecommunication control device 1, has the especially function of application server of Web server, also has for the HTTP from telemonitoring strong point (HTTP) data demand and data is processed to the function of processing and postbacking.
Fire management devices 2 for example, is arranged at the center of taking precautions against natural calamities in buildings, receives from being located at the multiple fire-alarms 10 and the alarm of fire that promptly fire button 11 sends in buildings, and controls.Pre-stored in the storage mediums such as the storage card that fire management devices 2 is built-in have fire alarm 10 and urgent fire button 11 identiflication number and a set-up site separately.Again, each fire-alarm 10 and urgent fire button 11 have intrinsic identiflication number separately, when fire detection, alarm of fire are sent to fire management devices 2 together with indivedual identiflication numbers.Once fire management devices 2 receives alarm of fire and indivedual identiflication number, the position occurring by fire and alarm of fire send to telecommunication control device 1 by wiring in the buildings being made up of electric wire, coaxial cable, twisted-pair feeder or optical fiber etc.
The first telemonitoring strong point 3 is the service centre of the long-distance monitor system for elevator of one of maintenance service as elevator maintenance management enterprise operation.Long-distance monitor system for elevator, the information such as the status of implementation by the control operation carried out when urgent to the fault of elevator or abnormal, earthquake-fire etc. are (following, be called elevator and send information) automatically send to the service centre of remote location, make maintenance technician can carry out the response of repair process fast.The first 3 places, telemonitoring strong point is provided with, for showing that the elevator sending from the telecommunication control device 1 of being located in each buildings by the circuit such as public network or dedicated line sends the dress of camera image information in information and lift car by computing machine and the monitor (all not shown) of software.Again, in the time ensureing the QoS of less grade time delay, using internet as communication line.Also be provided with by intercom 8 in the lift car of communicator in the networks such as public network, dedicated line or internet and lift car or the urgent verbal system (not shown) passed through of carrying out with telephone set 9 of being located at hall again.
The second telemonitoring strong point 4 is the strong point of the on-site fire-fighting of this buildings of administration our department.Conventionally be equivalent to the Fire Department in each area under one's jurisdiction.The second telemonitoring strong point 4 is also provided with the remote equipment identical with the first telemonitoring strong point 3.
Control board for elevator 5 is controlled the operation of elevator by carrying out the engine control of elevator and railway carriage or compartment gate control.Once control board for elevator 5 is inputted detection signal from seismic sensor (not shown) or fire management devices 2, when the control operation of carrying out earthquake-fire etc. is controlled, beginning and end that control operation is controlled send to telecommunication control device 1.Again, the operating state of various safety key (not shown) in elevator device is monitored, in the time abnormal and fault being detected, also these information are sent to telecommunication control device 1.
In lift car, monitoring camera 6 and hall monitoring camera 7 are for adopting the filming apparatus of CCD or cmos sensor, and it has the storage medium such as ROM or storage card, and storage is for identifying the intrinsic identiflication number of each monitoring camera.In lift car, monitoring camera 6 is for example arranged on sidewall or the roof in lift car.Again, hall monitoring camera 7 for example, is arranged on the metope or ceiling of hall.The image photographing is transformed to Motion JPEG, MPEG4 or the form of the static image data such as dynamic image data, JPEG such as H.264 by these cameras, sends to telecommunication control device 1 by the circuit in buildings together with intrinsic identiflication number.
In lift car, intercom 8 is installed in the operation board in lift car, has microphone and loudspeaker, is the communicator that carries out sound call between lift car outside and lift car inside for making.Again, conventionally, the machine tool of the talkback system of elevator is located at the easy-to-use place of custodian of the buildings such as the center of taking precautions against natural calamities or custodian chamber in buildings.
But, owing to not having the resident buildings of custodian increasing, the system that can telecommunication control device 1 and service centre's (being the first telemonitoring strong point 3 of Fig. 1) of elevator reparing management enterprise directly be conversed by public line or dedicated line in the talkback system of elevator is also increasing in recent years.In the present embodiment, in lift car, the tie point in the common moment of intercom 8 is the first telemonitoring strong point 3, and when fire occurs, tie point is the second telemonitoring strong point 4 and command car described later 13.
Urgent the same with the interior intercom 8 of telephone set 9 and aforesaid lift car, there is microphone and loudspeaker, be the communicator that carries out sound call with buildings outside.Promptly be located at elevator hall with telephone set 9, the same with intercom in lift car 8, by public line, radiolink or dedicated line, telecommunication control device 1 can be connected with the first telemonitoring strong point 3, the second telemonitoring strong point 4 or command car 13, and directly call.
Fire alarm 10 is for example installed in buildings, on the ceiling of many places, and the generation of detection of fires.Its inside at least have smoke sensor or thermal sensor one of them, once sensor action, by alarm of fire together with being pre-stored within the intrinsic identiflication number of the recording mediums such as built-in ROM or storage card by buildings in wiring send to fire management devices 2.
Urgent fire button 11 has button, and it is for example installed in buildings on the metope of many places, and person on the scene circulates a notice of to fire management devices 2 message that fire occurs by pressing button in the time finding fire.Urgent fire button 11 is also the same with fire-alarm 10, and pre-stored in the recording medium of putting therein have an intrinsic identiflication number, and in the time that person on the scene presses the button, alarm of fire is connected up in by buildings and sent to fire management devices 2 together with identiflication number.
When urgent, move indicating device 12 and be arranged on the second telemonitoring strong point 4 and command car 13, receive the information from the relevant fire of telecommunication control device 1, and send for the operation indicator signal of being located at the elevator in the buildings of breaking out of fire of remote location by fire fighter's input operation.When urgent, move indicating device 12 and can there is computing machine and display that the software for carrying out these actions has been installed.When urgent, move indicating device 12 by public line, radiolink or dedicated line, send fire information and require signal or operation indicator signal to the telecommunication control device 1 of being located at the center of taking precautions against natural calamities in the buildings of remote location.Receive the telecommunication control device 1 of these signals by the wiring in buildings, to intercom 8 in monitoring camera 6, hall monitoring camera 7, lift car in the control board for elevator 5 of specifying or lift car, promptly send information requirements signal or operation indicator signal with telephone set 9 etc.The equipment that receives information requirements signal to telecommunication control device 1, receives the action that the equipment of operation indicator signal is indicated by the information foldback being required.The telecommunication control device 1 that receives the information corresponding with information requirements signal sends to the information receiving to move indicating device 12 when urgent.Receive the operation of the elevator that is instructed to of control board for elevator 5 of operation indicator signal.Herein, operation indicator signal is for representing, the beginning of control when fire-earthquake operation and end, when urgent for make beginning and the end of the operation of taking refuge that passenger takes refuge rapidly, the beginning of the urgent operation that utilizes elevator of carrying out fire-fighting activity for fire fighter and end, for person's on the scene rescue etc. according to situation towards designated floor advance and stop, towards the signal of the instruction such as the instruction of advancing and stopping, the switching of elevator car door of the predetermined certain floor of buildings.Again, certain floor can be for example the floor of taking refuge.
Command car 13 carries out the vehicle that the commander team of floor manager takes for the fire-fighting activity of buildings that fire is occurred.The second telemonitoring strong point 4, receives once administer the responsible official at the on-site fire-fighting of buildings center the contact that fire occurs, and just specifies at once commander team member and command car 13.Command car 13 is equipped with the fire-fighting radio communication device of getting in touch with the second telemonitoring strong point 4 and has and the aforesaid indicating device 12 ' that moves while moving indicating device 12 identical functions urgent when urgent.
Then, the action case of the embodiment with the formation shown in Fig. 1 is described.First,, in the time there is no breaking out of fire, action when fire-alarm 10 or urgent fire button 11 are not reported alarm of fire describes.
Under the state not occurring at fire, when control board for elevator 5 starts earthquake controlled operation, or when the fault of elevator-abnormal detected, by control board for elevator 5, telecommunication control device 1 is exported to abnormal elevator signal.The telecommunication control device 1 that receives abnormal elevator signal is collected the abnormal information from the storer in control board for elevator 5, sends data, as application layer data form while for example generating abnormal elevator as shown in Figure 2.Further, telecommunication control device 1 sends in data when the data packet head information that sends the mailing address of target and be set as the first telemonitoring strong point 3 is appended to abnormal elevator, makes packet, and sends to network.Again, in the time of practice, consider security, preferably by data encryption, or adopt the imaginary dedicated lines such as VPN.For instance, the abnormal moment shown in Fig. 2 sends data by following information structure: pre-stored intrinsic buildings numbering (8 byte), numbering of elevator (2 byte) in the storage medium of telecommunication control device 1 or control board for elevator 5, from the storer that is equipped on this abnormal date and time information (12 byte) occurring that the RTC (real-time clock) of control board for elevator 5 or telecommunication control device 1 reads, is stored in control board for elevator 5 according to the abnormal kind predefined abnormal coding of institute (2 byte).Again, abnormal coding can be corresponding to the additional multiple son codings of abnormal occurrence cause (2 bytes × n).Intrinsic buildings is numbered an example of the on-site information of unique expression buildings, also the address of numeralization can be appended to intrinsic buildings numbering.
Every one hour, one day etc., regularly compressed from lift car in the MotionJPEG of monitoring camera 6 or MPEG or the view data such as the static image data such as dynamic image data or JPEG such as H.264, be sent to telecommunication control device 1 with together with the identifying information of monitoring camera in lift car 6.Receive the telecommunication control device 1 of view data, by the setting position data of view data and monitoring camera 6 with HTTP, for example, using the form of the file described as HTML or the such markup language of XML, during with abnormal elevator, send the same ground of data, in view data, add the data packet head information that the mailing address of sending destination is set as to the first telemonitoring strong point 3 with generated data bag, and send to network.By processing the view data of monitoring camera 6 in lift car, in the time the abnormality of elevator passenger being detected, the kind of the abnormality detecting and generation date and time information are appended to application layer data with generated data bag again.
When the push-to-talk button of the intercom 8 of setting is by elevator passenger presses in lift car, establish the communication connection between the interior intercom 8 of lift car and the first telemonitoring strong point 3.When push-to-talk button is pressed, in lift car, intercom 8, by the sound of being collected by microphone, by G.711 waiting Streaming Media compressed encoding to carry out digitizing, for example, is made as the file of describing with HTML.Further, additional predefined identifying information, generates application layer data, and the additional mailing address of setting sending destination is the data packet head information at the first telemonitoring strong point 3, and generated data bag, for example, send to network by HTTP.Again, the corresponding surveillant's from the first telemonitoring strong point call, the collected sound of microphone that the first telemonitoring strong point place is arranged carries out digitizing equally, and the data packet head information of the additional mailing address of setting its sending destination telecommunication control device 1 that is this buildings, generated data bag, sends to network.
Then,, in the time that fire occurs, action when fire-alarm 10 or urgent fire button 11 send alarm of fire describes.When fire-alarm 10 detects fire or presses urgent fire button 11 by person on the scene, fire-alarm 10 or urgent fire button 11 convey to alarm of fire fire management devices 2 together with each identifying information.Receive the fire management devices 2 of alarm of fire and identiflication number based on fire alarm setting position information corresponding to each pre-stored each identiflication number, using fire-alarm setting position as fire occurrence positions, and fire occurrence positions information is delivered to telecommunication control device 1 together with alarm of fire.
Fig. 3 shows an example of the data of the setting position information of fire-alarm 10 or urgent fire button.Together with the identiflication number of fire-alarm 10 or urgent fire button 11, store the setting position of (x, y, z) coordinate form.These coordinates taking certain of buildings a bit as initial point is set.Herein, as an example, using the position at the center of taking precautions against natural calamities of B1 as initial point.X coordinate represents the position of east-west direction, and y coordinate represents the position of North and South direction, and z coordinate represents the position of short transverse.Again, x-y coordinate, to the north of and east be positive number, southern and west are negative, 1m is a unit.For z coordinate, taking the above floor of initial point as positive number, taking the floor below initial point as negative, taking one deck as a unit.For example, in Fig. 3, the position that the fire-alarm 10 of identification label 0001 or urgent fire button 11 represent the center of taking precautions against natural calamities is that benchmark is arranged on eastern 10m, southern 35m, the position of 1st floor.Based on this fire-alarm setting position information with from the fire-alarm 10 of action or the promptly alarm of fire of fire button 11, fire management devices 2 is judged fire occurrence positions.Again, represent that the data of setting position information of other equipment that are pre-stored within telecommunication control device 1 are also with same form storage, their description is omitted.
Receive at first alarm of fire and (x from fire management devices 2, y, the telecommunication control device 1 of the fire occurrence positions information that z) coordinate represents, first the sending destination mailing address of data packet head information is set as to the second pre-stored telemonitoring strong point 4 (herein, represent the on-site Fire Department of this buildings of administration, therefore below sometimes also referred to as Fire Department (4)), to comprise again alarm of fire detection signal, buildings is numbered the location message of such buildings, the fire generation information of the system information of elevator sends to network.Again, when fire, fire generation information, except sending to the Fire Department as the second telemonitoring strong point 4, also can send to the telemonitoring strong point as the elevator maintenance management enterprise at the first telemonitoring strong point 3.By such action, can rapidly and correctly the generation of building fire or fire scene be communicated to Fire Department.
In other embodiments, the packets of information relevant with refractability to the number of floor levels of the buildings of breaking out of fire is contained in fire generation information by telecommunication control device 1, sends to the second long-range strong point 4 of inspecting.This is because the kind of the vehicle that need to send and number of units, fire fighter's number etc. are also associated with number of floor levels and the refractability of buildings.But, in the time knowing the number of floor levels of buildings of breaking out of fire and refractability in the buildings location message that Fire Department can only comprise from the fire generation information receiving, be not limited to this.
Be arranged at Fire Department, when moving indicating device 12 while being always connected in network urgent and receiving the fire generation information sending from telecommunication control device 1, the responsible official of Fire Department 4 discusses and determines the mechanism of sending.Now, also specify the commander's who carries out on-the-spot fire extinguishing-protection activity commander team member and the command car 13 that commander team member takes.Once specify command car, determined the mechanism of sending, while being arranged at Fire Department urgent, move indicating device 12 and be about at least comprise that the instruction that moves indicating device 12 ' while being equipped on command car 13 urgent sends to telecommunication control device 1 in telecommunication control device 1 sending destination.Again, when moving indicating device 12 ' while being equipped on command car 13 urgent or being arranged at Fire Department urgent, move indicating device 12 and will require to send the signal of fire condition information of the fire occurrence positions information that comprises in buildings and elevator device information, by for example HTTP, send to telecommunication control device 1.The requirement that the system information of elevator sends be due to, while being equipped on command car 13 urgent, move the system information that indicating device 12 ' needs elevator.
Receive the telecommunication control device 1 that requires the signal that sends the fire occurrence positions information in buildings, z coordinate figure based on fire occurrence positions information is selected the planimetric map of fire generation floor from the planimetric map of pre-stored each floor, further, based on x-y coordinate figure additional label that shows fire occurrence positions on the planimetric map of fire generation floor, generate fire generation floor figure.The fire generation floor figure that comprises fire occurrence positions information in buildings and the system information of elevator, for example, as the file of HTML form, at least send to and move indicating device 12 ' while being equipped on command car 13 urgent with HTTP.Like this, command on-the-spot fire fighter can know the correct place that in buildings, fire occurs, and take suitable fire-fighting activity.
Again, in other embodiments, based on the method with identical with the positional information of aforesaid fire-alarm 10, according to the setting position information of hall monitoring camera 7 that is stored in telecommunication control device 1, determine the hall monitoring camera 7 nearest apart from fire occurrence positions, on aforesaid fire generation floor figure, add the label that shows camera setting position, for example make the file of HTML form, and send to and move indicating device 12 when urgent and move indicating device 12 ' when urgent.Further, the dynamic image that hall monitoring camera 7 is taken or still image are converted to the file of HTML form, send to and move indicating device 12 when urgent and move indicating device 12 ' when urgent.By such action, the captured image of monitoring camera that conventionally sends to elevator monitoring strong point can be seen in real time by the on-the-spot fire fighter of commander, thereby can promptly understand field conditions and take suitable fire protection.
Further, in other embodiments, intercom 8 or promptly operated by user with telephone set 9 in lift car, in the time establishing the call that moves indicating device 12 when urgent or move indicating device 12 ' promptly time and be connected, telecommunication control device 1 obtains intercom 8 in operated lift car with the method identical with fire location information or promptly uses the setting position information of telephone set 9, foregoing, the digitized sound that microphone is obtained, for example be converted to the file of HTML form and send to and move indicating device 12 when urgent or move indicating device 12 ' when urgent by HTTP.Again, the x of the setting position of x, y coordinate figure and the elevator of the setting position of intercom 8 in lift car, y coordinate figure is equal, and again, the elevator car position information that z coordinate figure is obtained with control board for elevator 5 equates therefore can adopt these coordinates.By like this, stay person on the scene in the buildings that fire occurs can with fire fighter's direct dialogue, can receive the suitable instruction of taking refuge.Again, for fire fighter, can understand rapidly person's on the scene situation, and obtain the rescue Useful Information to remaining person on the scene.
When urgent, move indicating device 12 or move indicating device 12 ' when urgent the operation instruction of elevator is sent to remote control 1.Once operate the urgent indicating device 12 or 12 that moves, ' the personnel of Fire Department input operation instruction, operate and move indicating device 12 or 12 when urgent ' generates elevator operation designation data as shown in Figure 4 as application layer data form.Further, when urgent, move indicating device 12, be the data packet head information of the telecommunication control device 1 (storing by cookie etc.) of breaking out of fire this buildings that sends fire generation detection signal by setting sending destination mailing address, append to elevator operation designation data, make packet and send to network.The operation instruction of Emergency time, is inputted by the personnel of Fire Department, therefore can carry out the suitable elevator operation according to scene of fire situation.
Elevator shown in Fig. 4 operation designation data is by following information structure: for example for example specify, as the numbering of elevator (2 bytes) of the elevator of operated from a distance object, the personnel of Fire Department, according to the predefined elevator operation instruction coding of the kind of remote-operated action items (2 bytes) for seeing the personnel of Fire Department of the fire generation floor figure that telecommunication control device 1 sends.Also for example there is elevator operation instruction coding, by additional multiple son codings (2 bytes × n 's) situation again.
Fig. 5 shows an example of elevator operation instruction coding.For example, when the personnel of Fire Department make to start fire control operation for No. 2 machines of elevator of fire generation buildings, numbering of elevator is 0002, and instruction is encoded to 0001.When fire control operation, not additional instruction coding.Again, for example, make No. 3 machines advance towards 4th floors time, numbering of elevator is 0003, and instruction is encoded to 000A, instruction be encoded to represent 4th floor, designated floor Floor Index 0004.
Telecommunication control device 1 is once receive from the urgent indicating device 12 or 12 that moves ' elevator operation designation data, the control board for elevator 5 of assigned elevator numbering is sent to the indicator signal of carrying out required movements.
Again, the invention is not restricted to above-mentioned embodiment, implementation phase can in the scope that does not depart from its purport, disclosed inscape be out of shape and be specialized.For example, in aforementioned embodiments, locate to have Emergency time operation indicating device as the second telemonitoring strong point (being Fire Department), although adopt Emergency time operation indicating device to carry out with posting a letter of telecommunication control device with trusted, but if by the mode that makes the application software of Emergency time operation instruction move on the Web Application Server at telecommunication control device, on the commercially available Web browser that also can move on commercially available PC, operate.Again, appropriately combined by the disclosed multiple inscapes of above-mentioned embodiment, can form various inventions.For example also from the disclosed all inscapes of embodiment, take out several inscapes.Further, the inscape in also can appropriately combined different embodiments.
Claims (7)
1. a Long-Range Surveillance System for elevator, is characterized in that, comprising:
Fire management devices, the fire-alarm that its pre-stored detection of fires being arranged in buildings occurs or the setting position of urgent fire button in described buildings, in the time that described fire management devices receives the fire generation signal of described fire-alarm or described urgent fire button output, described fire management devices is judged to be fire occurrence positions by having exported the described fire-alarm of fire generation signal or the described setting position of described urgent fire button, and exports fire generation signal and fire occurrence positions information; And
Telecommunication control device, the location message of its pre-stored described buildings and be arranged at system information and the setting position of the elevator in described buildings, and be connected in the elevator control gear of controlling described fire management devices and the operation of described elevator,
Described telecommunication control device,
In the time receiving at first fire generation signal from described fire management devices, at least to be located at administration described buildings on-site fire department, there is first the moving indicating device when urgent and send the fire generation information that at least comprises fire generation signal, the location message of described buildings and the system information of described elevator of function that described elevator control gear is sent to the operation instruction of elevator
That the commander team of floor manager of the fire-fighting action of carrying out described buildings takes when determining, carried have to described elevator control gear send elevator operation instruction function second move when urgent indicating device command car send mechanism after, when at least urgent to described second, move the fire condition information that indicating device sends the fire occurrence positions information that at least comprises the system information of described elevator and receive from described fire management devices
When moving indicating device or described second when urgent from described first and moving indicating device when urgent and receive the elevator operation instruction to described elevator control gear, the operation instruction receiving is conveyed to described elevator control gear.
2. the Long-Range Surveillance System of elevator as claimed in claim 1, is characterized in that,
The setting position information of the filming apparatus that described telecommunication control device is pre-stored is connected in this telecommunication control device in described buildings, described filming apparatus has the appearance of the person of taking in the car of the hall of described elevator and described elevator as the function of image information transmission
Described telecommunication control device sends to described first and moves the described fire generation information of indicating device when urgent and send to described second and move in the described fire condition information of indicating device when urgent, further comprises described image information and sends the setting position information of the filming apparatus of described image information.
3. the Long-Range Surveillance System of elevator as claimed in claim 1 or 2, is characterized in that,
Described long-distance monitor system for elevator, further comprise communicator, described communicator is located at least one party in the hall of described elevator or the car of described elevator, be used for being undertaken and the staff of described fire department and the commander team member's of described command car call by described telecommunication control device
Described telecommunication control device is the setting position information of pre-stored described communicator in described buildings also, in the time that the described communicator of establishment is connected with the call of described fire department or described command car, the setting position information by described communicator in described buildings sends to described fire department or described command car.
4. the Long-Range Surveillance System of elevator as claimed in claim 1 or 2, is characterized in that, described fire generation information further comprises the information about described buildings number of floor levels and refractability.
5. the Long-Range Surveillance System of elevator as claimed in claim 2, it is characterized in that, described telecommunication control device moves described fire generation information or described fire condition information when urgent indicating device or described second and moves indicating device when urgent by send to described first with the document form of markup language record.
6. the Long-Range Surveillance System of elevator as claimed in claim 1, it is characterized in that, described telecommunication control device moves the operation instruction that indicating device or described second moves the described elevator that indicating device receives when urgent and at least comprises one of following instruction when urgent from described first: beginning and the end of the fire control operation of described elevator, take refuge operation beginning and end, the beginning of fire fighter's urgent operation and end, advancing and stopping towards the predefined certain floor of described buildings, advancing and stopping towards according to circumstances specified designated floor, and the instruction of the open and close of the railway carriage or compartment door of described elevator.
7. the Long-Range Surveillance System of elevator as claimed in claim 2, it is characterized in that, described telecommunication control device receives the fire information requirement that moves indicating device or described second when urgent from described first and move when urgent indicating device further, and the information requiring corresponding to this fire information is sent to and moves indicating device while sending requirement urgent.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2010146182A JP5534973B2 (en) | 2010-06-28 | 2010-06-28 | Elevator remote monitoring system |
| JP2010-146182 | 2010-06-28 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102368345A CN102368345A (en) | 2012-03-07 |
| CN102368345B true CN102368345B (en) | 2014-08-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201110168487.0A Expired - Fee Related CN102368345B (en) | 2010-06-28 | 2011-06-10 | Elevator remote monitoring system |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP5534973B2 (en) |
| CN (1) | CN102368345B (en) |
Families Citing this family (13)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6567898B2 (en) * | 2015-06-30 | 2019-08-28 | 文化シヤッター株式会社 | Shutter device |
| JP6568505B2 (en) * | 2016-09-05 | 2019-08-28 | 株式会社日立ビルシステム | Video surveillance system |
| MX2019005501A (en) * | 2016-11-11 | 2019-07-04 | Inventio Ag | Security system for buildings with elevator installations. |
| CN108203027A (en) * | 2016-12-19 | 2018-06-26 | 天津市军联科技有限公司 | Call communication system in the elevator wireless Room |
| KR101793465B1 (en) * | 2017-02-17 | 2017-11-03 | 박경진 | System for monitoring survival in danger zone |
| WO2018148971A1 (en) * | 2017-02-20 | 2018-08-23 | 深圳企管加企业服务有限公司 | Elevator alarm system and method applicable in city |
| CN108492517A (en) * | 2018-03-06 | 2018-09-04 | 深圳智达机械技术有限公司 | A kind of fire monitoring system for building |
| WO2019227374A1 (en) * | 2018-05-31 | 2019-12-05 | 深圳市蚂蚁雄兵物联技术有限公司 | Alarm method, apparatus and system, and electronic device |
| JP6772337B1 (en) * | 2019-05-22 | 2020-10-21 | 東芝エレベータ株式会社 | Elevator system and disaster information acquisition method |
| EP3835247A1 (en) * | 2019-12-10 | 2021-06-16 | KONE Corporation | Remote operation of an elevator |
| WO2021131076A1 (en) * | 2019-12-27 | 2021-07-01 | ジャパンエレベーターサービスホールディングス株式会社 | Information processing device and information processing program |
| JP7207620B2 (en) * | 2020-09-24 | 2023-01-18 | 三菱電機ビルソリューションズ株式会社 | Remote management device and remote management system |
| CN116783133A (en) * | 2021-02-01 | 2023-09-19 | 通力股份公司 | Application server associated with elevator communication system, elevator system and method |
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| AU745755B2 (en) * | 1998-03-31 | 2002-03-28 | Thomas H. Allen | Multiple level building with an elevator system operable as a means of emergency egress and evacuation during a fire incident |
| JP2004338860A (en) * | 2003-05-14 | 2004-12-02 | Hitachi Building Systems Co Ltd | System for rescuing person confined in elevator |
| EP2316773A1 (en) * | 2008-08-27 | 2011-05-04 | Mitsubishi Electric Corporation | Evacuation assistance system |
| KR100948360B1 (en) * | 2009-08-19 | 2010-03-22 | 대성아이디에스 주식회사 | Method for remote intervention of elevator |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1319823A (en) * | 2001-03-13 | 2001-10-31 | 杜凤祥 | Wide-area intelligent multimedia fire-fighting command system |
| CN1754815A (en) * | 2004-09-27 | 2006-04-05 | 东芝电梯株式会社 | Elevator remote monitoring system |
Also Published As
| Publication number | Publication date |
|---|---|
| JP5534973B2 (en) | 2014-07-02 |
| CN102368345A (en) | 2012-03-07 |
| JP2012006743A (en) | 2012-01-12 |
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