CN106564791B - Elevator control system and elevator control gear - Google Patents
Elevator control system and elevator control gear Download PDFInfo
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- CN106564791B CN106564791B CN201610879419.8A CN201610879419A CN106564791B CN 106564791 B CN106564791 B CN 106564791B CN 201610879419 A CN201610879419 A CN 201610879419A CN 106564791 B CN106564791 B CN 106564791B
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- carriage
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- information
- elevator control
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/0006—Monitoring devices or performance analysers
- B66B5/0012—Devices monitoring the users of the elevator system
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/34—Details, e.g. call counting devices, data transmission from car to control system, devices giving information to the control system
- B66B1/46—Adaptations of switches or switchgear
- B66B1/468—Call registering systems
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B25/00—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems
- G08B25/01—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium
- G08B25/04—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium using a single signalling line, e.g. in a closed loop
- G08B25/045—Alarm systems in which the location of the alarm condition is signalled to a central station, e.g. fire or police telegraphic systems characterised by the transmission medium using a single signalling line, e.g. in a closed loop with sensing devices and central station in a closed loop, e.g. McCullough loop
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B2201/00—Aspects of control systems of elevators
- B66B2201/40—Details of the change of control mode
- B66B2201/46—Switches or switchgear
- B66B2201/4607—Call registering systems
- B66B2201/4653—Call registering systems wherein the call is registered using portable devices
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- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Computer Networks & Wireless Communication (AREA)
- Business, Economics & Management (AREA)
- Emergency Management (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Elevator Control (AREA)
- Indicating And Signalling Devices For Elevators (AREA)
- Maintenance And Inspection Apparatuses For Elevators (AREA)
Abstract
The present invention relates to a kind of elevator control systems.In the case where user leaves from carriage, the security setting of lift appliance is released from sometimes, so that anti-theft can be reduced.Elevator control gear (20) is based on the disengaging information for the user (7) being managed to each user (7) disengaging room, leaves carriage (10) to user (7) seating detected in a non-contact manner using hands-free device (3) and determines.And, elevator control gear (20) is in the case where being determined as that user (7) takes into carriage (10), the security setting limited the movement of carriage (10) is released, and permits that carriage (10) are mobile.On the other hand, in the case where being determined as that user (7) leaves from carriage (10), elevator control gear (20) makes security setting maintain effective state.
Description
Technical field
The present invention relates to for being controlled the security function being attached on lift appliance elevator control system and
Elevator control gear.
Background technique
In the lift appliance being set in apartment etc., the security function of meeting additional limitation carriage movement is so that occupant
User in addition can not take into carriage and be moved to inhabitation layer.Security function is become by security setting effectively, for exhaling
The login of the call login button of carriage and the destination login button for logging in destination floor movement is made to be restricted,
Therefore the user other than occupant cannot take into carriage.On the other hand, inhabitation is being moved to as the user of occupant
When layer, security function is set as invalid by releasing security setting.If security setting is released from, user can be to exhaling
Terraced login button carries out call login, and carries out destination login to destination login button, thus user can take into
Carriage is simultaneously moved to inhabitation layer.The method for releasing security setting, which is used, to be covered such as the IC card for being held user in receiver
On, make the method for the log-on message of receiver certification IC card.
Herein, Patent Document 1 discloses card is manually operated for releasing security setting and not needing user
Hands-free technology.There is the building management system recorded in the patent document 1 setting in carriage to be used to receive from user
The structure of the terminal signaling receiving unit of the terminal signaling for the mobile terminal unit held.The terminal signaling receiving unit is to using
Person takes the case where carriage and detects, and occupant passes in and out the state that condition discrimination unit in room passes in and out room to user
Judged.Moreover, in the case where the room of all occupants of inhabitation layer becomes the state for leaving room, for carrying out mesh
The call of hall buttons that logs in of ground be set as in vain, so that the user for not holding mobile terminal unit cannot go to corresponding building
Layer.
In addition, in the upper meeting additional security function such as the automatically-controlled door in apartment.Handless system can be imported on automatically-controlled door etc., it may be assumed that
If detecting the IC card of user in preset sensor detection zone, security setting and automatically-controlled door is automatic is released
It opens.
Existing technical literature
Patent document
Patent document 1: Japanese Patent Laid-Open 2005-173981 bulletin
Summary of the invention
The technical problems to be solved by the invention
In the building management system recorded in patent document 1, as long as having a people in room in inhabitation layer, safety
Setting will be released from, even the external users for not holding mobile terminal unit can also reach inhabitation layer.Therefore, building pipe
The anti-theft of reason system can reduce.
In addition, although the Handless system for being directed into the automatically-controlled door in apartment etc. does not need user manually operates card, but
It is to be not directly adaptable to use lift appliance.For example, in the lift appliance that the movement to landing button is limited, it is contemplated that will pass
The case where sensor detection zone is set in elevator hall.At this point, detecting the user taken into carriage in sensor detection zone
IC card when, release security setting, therefore user can be moved to inhabitation layer.
However, detecting the IC card of the user left from carriage in sensor detection zone in above-mentioned system
In the case where, it can unnecessarily release security setting.At this point, during until carrying out security setting again, even if occupant
User in addition enters in apartment, and in the apartment Bu or the occupant of inhabitation layer can not also notice makes other than occupant
User enters.
The present invention completes in view of the above circumstances, and its object is to pass in and out room for user, it is appropriate to carry out
Security setting.
Solve the technical solution of technical problem
Elevator control system of the present invention includes carriage, detection device and elevator control gear.Carriage is being set to
It is moved between the stop of multiple floors.Detection device in a non-contact manner detects the user of carriage.Elevator controlling dress
It sets and information is passed in and out based on the user being managed to each user disengaging room, the use to being detected by detection device
Person takes and leaves carriage and determine, in the case where being determined as that user takes into carriage, releases and limits carriage movement
The security setting of system, and permit that carriage is mobile.On the other hand, in the case where being determined as that user leaves from carriage, make safety
Setting maintains effective state.
Invention effect
According to the present invention, in the case where user leaves from carriage, security setting maintains effective state, therefore energy
Improve the anti-theft of elevator control system.Problem, structure and effect other than the above pass through the exemplary explanation of following implementation
To further clarify.
Detailed description of the invention
Fig. 1 be show lift management system involved in the 1st embodiment example of the invention overall structure it is exemplary
Block diagram.
Fig. 2 be show safe interface device involved in the 1st embodiment example of the invention internal structure it is exemplary
Block diagram.
Fig. 3 is the explanatory diagram for showing the topology example of disengaging management table involved in the 1st embodiment example of the invention.
Fig. 4 is when holding the user of RFID label tag involved in the 1st embodiment example of the invention to take into carriage
Data flow diagram.
Fig. 5 is when holding the user of RFID label tag involved in the 1st embodiment example of the invention to leave from carriage
Data flow diagram.
Fig. 6 is to show to hold the user of RFID label tag in lowest level involved in the 1st embodiment example of the invention
The explanatory diagram for the case where taking into carriage.
Fig. 7 is to show to hold the user of RFID label tag in lowest level involved in the 1st embodiment example of the invention
The explanatory diagram for the case where being left from carriage.
Fig. 8 is the exemplary flow chart for showing elevator controlling involved in the 1st embodiment example of the invention.
Fig. 9 be show lift management system involved in the 2nd embodiment example of the invention overall structure it is exemplary
Block diagram.
Specific embodiment
Hereinafter, being described with reference to the accompanying drawings for embodiment for carrying out the present invention.In the present description and drawings,
For the structural element substantially with identical function or structure, repeated explanation is omitted by marking identical label.
[1. the 1st embodiment example]
Fig. 1 is the exemplary block diagram of overall structure for showing lift management system 1.
Lift management system 1 includes lift appliance 2 and hands-free device 3.
Lift appliance 2 has carriage 10, elevator control gear 20 and landing call login button 31.In fig. 1 it is illustrated that
The part relevant to control in lift appliance 2.Therefore, although lift appliance 2 have make carriage 10 go up and down hawser,
The physical structures elements such as motor, multiple traction sheaves, counterweight and liftway, but their diagram is omitted in Fig. 1.
Carriage 10 is gone up and down in the liftway (not shown) for being formed in the building such as apartment, and in the stop of multiple floors
Between move.Destination login button 11 is arranged in carriage 10.Destination login button 11 is for taking the use into carriage 10
Person carries out destination login to destination floor.It is by lighting that user 7, which carries out the destination floor after the login of destination,
It is placed in the lamp of destination login button 11, is shown to user 7.
Landing call is arranged in the stop 30 for each layer (for example, lowest level, middle layer, top layer) that carriage 10 stops to log in
Button 31.The user 7 that landing call login button 31 is used to be moved to other layers carries out call login to carriage 10.Call
Login is the lamp that landing call login button 31 is built in by lighting, and is shown to user 7.User 7 holds to packet
The RFID label tag 6 (example of user's identification device) that the label information of personal number containing user 7 is recorded.It is a
People's number is the number of the user 7 lived in the building such as apartment for unique identification.RFID label tag 6 distributes to each use
Person 7, and are set as user 7 and hold 1 RFID label tag 6.Although the RFID label tag 6 is the passive mark being built in IC card etc.
Label are but it is also possible to be active tag.
Elevator control gear 20 is based on the disengaging information D3 for passing in and out the user 7 that room is managed to each user 7
(Fig. 3 referring to described in hereinafter) leaves carriage 10 to the seating of user 7 and determines.Moreover, being determined as that user 7 multiplies
In the case where sitting into carriage 10, elevator control gear 20 releases security setting so that the safety for the movement for limiting carriage 10 is set
It installs as invalid state, and permits that carriage 10 is mobile.On the other hand, it is being determined as the case where user 7 leaves from carriage 10
Under, elevator control gear 20 makes security setting maintain effective state.The elevator control gear 20 is arranged in liftway
The control panel of computer room internal or (not shown), and have machine set control device 21 and safe interface device 22.
The microcomputer for administering the operation control of carriage 10 etc. is installed in machine set control device 21, following movement is controlled
System: the movement (traveling, acceleration and deceleration, stopping etc.) of the switch, carriage 10 of elevator door.Moreover, machine set control device 21 is according to disengaging
The instruction of processing unit 22b (Fig. 2 referring to described in hereinafter), can automated log on layer to each user 7 for holding RFID label tag 6
Call of standing login button 31 and destination login button 11.Moreover, machine set control device 21 is according to security setting, if security setting
It is to be effective, then dynamic to the login of the landing call login button 31 and destination login button 11 of the user 7 other than inhabitation layer
It is limited.But if releasing instruction from the input of safe interface device 22 for releasing the safety of security setting, release peace
Full setting, and keep security function invalid.It is exhaled at this point, machine set control device 21 carries out stop corresponding with occupant, that is, user 7
The login of terraced login button 31 and destination login button 11 acts.
Safe interface device 22 receives personal number (the one of user's identification information sent from controller for hand 5
A example), if individual number is registered as occupant, 21 output safety of machine set control device is released and is instructed.
Hands-free device 3 (example of detection device) has hands-free sensor device 4, controller for hand 5, can be with non-
The mode of contact detects the user 7 of carriage 10.Herein, hands-free device 3 in a non-contact manner carries out user 7
The processing of detection is that the RFID label tag 6 held by hands-free sensor device 4 from user 7 reads label information to carry out.
In order to which the RFID label tag 6 held from user reads label information (hereinafter also referred to as " detection RFID label tag 6 "),
Hands-free sensor device 4 is arranged near the elevator door of the stop 30 utilized as elevator hall.Hands-free sensor device 4 is to preparatory
In the sensor detection zone 40 of setting, detection electric wave is sent always.If user 7 enters sensor detection zone 40,
RFID label tag 6 receives detection electric wave, and label information is carried to transmission by electromagnetic induction and is sent in electric wave.
Moreover, hands-free sensor device 4 receives transmission electric wave from RFID label tag 6 and reads label information.
Controller for hand 5 obtains the personal number of RFID label tag 6 from the label information that hands-free sensor 4 is read, and
Individual number is sent to elevator control gear 20.
Fig. 2 is the exemplary block diagram of internal structure for showing safe interface device 22.
Safe interface device 22 has disengaging management table 22a and disengaging processing unit 22b.Disengaging management table 22a is formed in example
Such as HDD (Hard Disk Drive- hard disk drive) mass storage device.Processing unit 22b is passed in and out by reading storage
CPU (the Central Processing of program and execution in such as ROM (Read Only Memory- read-only memory)
Unit- central processing unit) Lai Shixian function.
Disengaging management table 22a is the table that inhabitation layer, the disengaging of user 7 etc. to user 7 are managed.
It is detected in RFID label tag 6 of the hands-free device 3 to user 7 and sends the personal volume obtained from RFID label tag 6
In the case where number, 22b pairs of processing unit disengaging information D3 (reference corresponding with the individual's number received from hands-free device 3 is passed in and out
Fig. 3 described in hereinafter) it changes.In the case where passing in and out the security setting of processing unit 22b releasing machine set control device 21,
It passes in and out processing unit 22b and releases instruction to 21 output safety of machine set control device.In addition, disengaging processing unit 22b fills unit allocation
The call of the movement, landing call login button 31 of setting 21 carry out carriages 10 logs in and the purpose of destination login button 11
The instructions such as ground login.
Fig. 3 is the explanatory diagram for showing the topology example of disengaging management table 22a.
Disengaging management table 22a uses the data with personal number D1, inhabitation layer D2 and each field for passing in and out information D3
Structure.
It is stored in personal number D1 using the personal number of the user 7 of lift appliance 2.Although in this example, will
The room number and sequence number that user 7 lives combine as individual's number, but can not also will weigh with other users 7
Multiple arbitrary English digit etc. as personally identifiable information come using.
The inhabitation layer in the room of user 7 is stored in inhabitation layer D2.The case where lift appliance 2 is used for commercial use
Under, pass in and out inhabitation layer D2 being managed using layer as user 7 of management table 22a.The inhabitation layer data of inhabitation layer D2
It is released in instruction included in safety and is sent to machine set control device 21 from disengaging processing unit 22b.
In disengaging information D3, show user 7 into room still leave the disengaging information in room by " 0 " or
The disengaging of " 1 " marks to indicate.In this example, indicate that user 7 left from room leaves if being " 0 " if disengaging information
Room state indicates that user 7 enters the entrance room state in room if being " 1 " if disengaging information.Disengaging information D3 is
For passing in and out, processing unit 22b is into room state to the user 7 for holding RFID label tag 6 or leaving room state sentences
It is disconnected, it is in other words to judge for passing in and out processing unit 22b and taking user 7 into carriage 10 or leave from carriage 10.
In disengaging information D3, it is set as " 0 " to leave room state, " 1 " is set as to the data kind into the disengaging label of room state
Class is not limited to this, and the various states of user 7 can also be indicated with 3 kinds or more of data.
Disengaging processing unit 22b whether inhabitation layer data is sent to machine set control device 21, be based on pass in and out information D3 come into
What row determined.At this point, disengaging processing unit 22b numbers the personal of the RFID label tag 6 received from controller for hand 5 and individual
The corresponding record of number D1 compares, and inverts if consistent to disengaging information D3.Moreover, disengaging processing unit 22b will be wrapped
The safety of the inhabitation layer data of the D2 containing inhabitation layer releases instruction and is sent to machine set control device 21.Machine set control device 21 is based on connecing
The safety received releases instruction, is temporarily released to the security setting of the inhabitation layer of user 7.Thus user 7 can multiply
It sits into carriage 10 and is moved to inhabitation layer.
In addition, the data being stored in disengaging management table 22a are not limited to the inhabitation number of plies shown in Fig. 3 and user's number,
The inhabitation number of plies and user's number can be increased and decreased.
Fig. 4 is the data flow diagram held when the user 7 of RFID label tag 6 takes into carriage 10.
If the user 7 for holding RFID label tag 6 enters sensor detection zone 40, from controller for hand 5 to safety
Interface arrangement 22 (disengaging processing unit 22b) sends the personal number of RFID label tag 6.In this example, from controller for hand 5
In the information sent, the personal number (such as " 20101 ") comprising RFID label tag 6 and with arbitrary number " * " expression
Other information (check code, sending time etc.).Moreover, disengaging processing unit 22b is obtained from the information that controller for hand 5 is sent
Take the personal number of RFID label tag 6.
Then, disengaging processing unit 22b to RFID label tag 6 it is personal number and the individual number D1 of disengaging management table 22a into
Row control.It passes in and out in processing unit 22b, disengaging information D3 associated with the consistent individual's number of the individual of RFID label tag 6 number
Room state is left for " 0 ", therefore passes in and out processing unit 22b and is determined as that the user 7 into sensor detection zone 40 takes
Into carriage 10.Then, disengaging processing unit 22b sends the inhabitation layer data of user 7 to machine set control device 21.
In addition, 22b pairs of disengaging processing unit disengaging associated with the consistent individual's number of the individual of RFID label tag 6 number is believed
Breath D3 is inverted, and be changed to " 1 " enters room state.
Fig. 5 is the data flow diagram held when the user 7 of RFID label tag 6 leaves from carriage 10.
If the user 7 left from carriage 10 enters sensor detection zone 40, connect from controller for hand 5 to safety
Mouth device 22 sends the personal number of RFID label tag 6.Even if in this example, from the information that controller for hand 5 is sent,
Also the personal number comprising RFID label tag 6 (for example,
"30102").Moreover, disengaging processing unit 22b is marked according to the acquisition of information RFID sent from controller for hand 5
The personal number of label 6.
Then, disengaging processing unit 22b to RFID label tag 6 it is personal number and the individual number D1 of disengaging management table 22a into
Row control.It passes in and out in processing unit 22b, disengaging information D3 associated with the consistent individual's number of the individual of RFID label tag 6 number
It is that " 1 " enters room state, therefore passes in and out processing unit 22b and be determined as user 7 into sensor detection zone 40 from sedan-chair
It leaves in compartment 10.At this point, disengaging processing unit 22b does not send inhabitation layer data to machine set control device 21.
In addition, 22b pairs of disengaging processing unit disengaging associated with the consistent individual's number of the individual of RFID label tag 6 number is believed
Breath D3 is inverted, and be changed to " 0 " leaves room state."
As referring to Fig. 4 and Fig. 5 explanation, the user 7 for holding RFID label tag 6 enters sensor detection zone 40 every time
When, the disengaging information D3 of disengaging management table 22a is inverted.Therefore, the disengaging information D3 of table 22a is managed by referring to disengaging,
Disengaging processing unit 22b can take into carriage 10 user 7 for entering sensor detection zone 40 or leave from carriage 10
Judged.
Fig. 6 is to show the explanatory diagram for holding the case where user 7 of RFID label tag 6 is when lowest level is taken into carriage 10.
In addition, omitting the diagram of RFID label tag 6 in Fig. 6.
In fig. 6 it is shown that the setting example of sensor detection zone 40, elevator door 41, landing call login button 31, with
And a part of disengaging management table 22a.Sensor detection zone 40 shows the electricity that the undermost elevator hall of building is arranged in
Hands-free sensor device 4 near terraced door 41 can detect the range of RFID label tag 6.It in the following description, will be shown in FIG. 1
Undermost landing call login button 31 is also referred to as Room button.
In fig. 6, the user 7 for showing the RFID label tag 6 for holding personal number " 30101 " to be ready entering sensor
The scene of detection zone 40.User 7 is before entering sensor detection zone 40, individual shown in disengaging management table 22a
The disengaging information D3 for numbering the user 7 of " 30101 " is " 0 ", therefore the user 7 is the state for leaving room.
In fig. 6b, the scene that user 7 enters in sensor detection zone 40 is shown.At this point, managing table in disengaging
The disengaging information D3 that individual shown in 22a numbers the user 7 of " 30101 " is " 0 ", therefore passes in and out processing unit 22b to unit
The releasing of the security setting of control device 21 is permitted, and carries out call login to Room button automatically.Carriage 10 is exhaled as a result,
It cries to stop 30.Moreover, disengaging processing unit 22b will pass in and out information D3 and be inverted to " 1 " from " 0 ".
In figure 6 c, it shows since Room button carries out call login automatically, carriage 10 is called to lowest level simultaneously
And the scene of the state of the opening of elevator door 41.Therefore, user 7 can pass through elevator door 41 and take into carriage 10.
In figure 6d, the scene for the state that user 7 takes into carriage 10 is shown.Machine is released in disengaging processing unit 22b
In the case where the security setting of group control device 21, at the time of carriage 10 reaches elevator hall, for the inhabitation layer of user 7
Destination login button 11 carries out destination login automatically.Therefore, according to from safe interface device 22 (disengaging processing unit 22b) to
The inhabitation layer data for the inhabitation layer D2 that machine set control device 21 is sent, respective storey are carried out destination automatically and log on to destination
Login button 11.In this example, the inhabitation layer for showing user 7 is 3 buildings, therefore is shown in destination login button 11
Indicate the case where lamp of 3 buildings " 3 " is lighted.
Fig. 7 is the explanatory diagram for showing the user 7 for holding RFID label tag 6 the case where lowest level leaves from carriage 10.This
Outside, the diagram of RFID label tag 6 is also omitted in Fig. 7.
In fig. 7a it is shown that the user 7 for holding the RFID label tag 6 of personal number " 30101 " be about to from carriage 10 from
It opens, and enters the scene of sensor detection zone 40.User 7 is before entering sensor detection zone 40, disengaging management table
The disengaging information D3 that individual shown in 22a numbers the user 7 of " 30101 " is " 1 ", therefore the user 7 is into room
State.
In figure 7b, the scene entered in sensor detection zone 40 from the user 7 that carriage 10 is left is shown.This
When, the disengaging information D3 for the user 7 that the individual shown in disengaging management table 22a numbers " 30101 " is " 1 ", therefore is passed in and out
Processing unit 22b disapproves the security setting for releasing machine set control device 21.Moreover, disengaging processing unit 22b will pass in and out information D3 from
" 1 " is inverted to " 0 ".
In fig. 7 c, the scene for the state that user 7 leaves from sensor detection zone 40 is shown.Personal number at this time
The disengaging information D3 of the user 7 of " 30101 " is " 0 ", and security setting maintains effective state.It can prevent from not holding as a result,
Other users 7 of RFID label tag 6 take into carriage 10.
Fig. 8 is the exemplary flow chart for showing elevator controlling.
Firstly, if hands-free sensor device 4 detects that the user 7 into hands-free sensor detection zone 40 holds
RFID label tag 6 (S1) then exports label information to controller for hand 5.Controller for hand 5 will take out from label information
The personal number of user 7 is sent to safe interface device 22.
Individual of the disengaging processing unit 22b of safe interface device 22 to the RFID label tag 6 received from controller for hand 5
The individual number D1 of the corresponding disengaging management table 22a of number carries out reference.Then, to personal number corresponding with personal number
D1's records whether associated disengaging information D3 is " 0 ", i.e., whether " leaves room " and determined (S2).
If disengaging information D3 is that " 0 " " leaves room " (S2: yes), passes in and out processing unit 22b and be judged to entering sensor
The user 7 of detection zone 40 takes into carriage 10.Moreover, disengaging processing unit 22b license releases the peace of machine set control device 21
Full setting (S3), and send safety to machine set control device 21 and release instruction.Later, disengaging processing unit 22b manages disengaging
The disengaging information D3 of table 22a is inverted to " 1 " from " 0 ", is changed to enter room state (S4).
The machine set control device 21 for receiving the releasing instruction of security setting from disengaging processing unit 22b releases security setting
Afterwards, according to the instruction of disengaging processing unit 22b, call login (S5) is carried out to Room button automatically.Carriage 10 is called to electricity as a result,
The terraced Room.
If carriage 10 reaches elevator hall, machine set control device 21 opens elevator door 41 (S6).By passing in and out processing unit 22b
The inhabitation layer of user 7 is determined according to the information of RFID label tag 6, therefore according to the instruction of disengaging processing unit 22b, unit allocation dress
It sets 21 and destination login (S7) is carried out to destination login button 11 automatically.Later, it is pressed if carriage 10 reaches to log in destination
Button 11 carries out the floor (inhabitation layer) (S8) of destination login, then machine set control device 21 opens elevator door 41 (S9), and user 7
It is left from carriage 10.
In addition, in step 2, if disengaging information D3 is that " 1 " " leaves room " (S2: no), passing in and out processing unit 22b and sentencing
It is set to the user 7 left from carriage 10 and enters sensor detection zone 40.Moreover, disengaging processing unit 22b will pass in and out information D3
It is inverted to " 0 " from " 1 ", to be changed to leave room state (S10).
Hands-free sensor device 4 involved in 1st embodiment example described above is to obtain in a non-contact manner
The label information for the RFID label tag 6 held into the user 7 of sensor detection zone 40.Therefore, user 7 does not need to be used for
Release the IC card operation of the security setting of machine set control device 21.Moreover, disengaging processing unit 22b is based in sensor detection zone
The personal number of 40 RFID label tags 6 detected carries out reference to disengaging management table 22a, if the user 7 is to leave room shape
State is then determined as that user 7 takes into carriage 10 and releases the security setting of machine set control device 21.Moreover, disengaging processing unit
The call that 22b carries out Room button logs in, and the inhabitation layer destination of user 7 is logged on to destination login button 11.Therefore,
User 7 can take into carriage 10 and be moved to inhabitation layer, take out without being operated manually such as from handbag
RFID label tag 6 acts to carry out the releasing of security setting, or carries out the login of Room button and destination login button 11.
In addition, if user 7 corresponding with the individual of the RFID label tag 6 detected in sensor detection zone 40 number is
Into room state, then passes in and out processing unit 22b and be determined as that user 7 leaves from carriage 10 and makes the peace of machine set control device 21
Full setting maintains effective state.In addition, not releasing machine set control device 21 if user 7 does not hold RFID label tag 6
Security setting.Therefore, it can prevent stranger from taking into carriage 10 and enter to inhabitation layer.
[2. the 2nd embodiment example]
Then, lift management system involved in the 2nd embodiment example of the invention is said referring to attached drawing 9
It is bright.Fig. 9 is the block diagram for showing the topology example of lift management system.
Lift management system 1A shown in Fig. 9 except lift appliance 2, hands-free device 3 involved in the 1st embodiment example with
Outside, it is also equipped with management server 50.Moreover, user 7A is set as holding RFID label tag 6 and communication terminal 8 simultaneously, it is located at building
Outside.Management server 50 is connect with the disengaging processing unit 22b of safe interface device 22, and can via network N and communication terminal 8
Communicatedly it is attached.
In the disengaging management table 22a of safe interface device 22, to the individual of each identical room storage user 7,7A
Number.If hands-free device 3 detects the RFID label tag 6 that user 7 holds in sensor detection zone 40, processing unit is passed in and out
22b changes the disengaging information D3 of disengaging management table 22a.At the time of change passes in and out information D3, disengaging processing unit 22b will
The disengaging information data of disengaging information D3 after change is sent to management server 50.
If management server 50 receives disengaging information data from safe interface device 22, by the disengaging information after change
It is distributed to communication terminal 8.Communication terminal 8 based on the disengaging information data received from management server 50, by user 7 into
It does well and notifies user 7A.User 7A can enter to room to user 7 outgoing or leave room as a result,
The case where identified.
Lift management system 1A involved in the 2nd embodiment example according to the above description, by by user 7 into
Do well and notify communication terminal 8, thus user 7A can the disengaging state to user 7 judge.In addition, if in user
7 should not notify user 7 to enter room within the period in room from communication terminal 8, then user 7A can recognize that RFID is marked
Label 6 may be illegally used.Therefore, the anti-theft of lift management system 1A can be improved.
In addition, the room of user 7A can also be arranged in the disengaging state notifying of user 7 by management server 50
Room terminal (intercom etc.).The disengaging state of user 7 is identified in the state that user 7A can be in room as a result,.
[3. variation]
It is right while disengaging processing unit 22b carries out call login to Room button automatically in above-mentioned embodiment example
Destination login button 11 also carries out destination login automatically, but only can also carry out call login automatically to Room button.?
In this case, the user 7 for holding RFID label tag 6 is taking into after carriage 10, can choose the floor different from inhabitation layer
And log on to destination login button 11.
In addition, in the case where lowest level stop is set as subterranean layer, as long as the layer that the elevator hall of layer on the ground will be arranged
Call of standing login button 31 is set as Room button.In this case, setting removes aerial layer button and goes to ground on the button of the Room
Lower layer's button, so that the button in the direction for the floor that user 7 carries out destination login is shown by lighting, thus to user
7 show the button for having carried out call login.
In addition, being had for some reason in disengaging information D3 is to occupy entering for " 1 " in above-mentioned embodiment example
Under the state of room, and the case where user 7 leaves room.For example with person 7 from urgent outside the range of sensor detection zone 40
Situation that stair are gone downstairs outgoing or user 7 temporarily away from the range to sensor detection zone 40 outside but remain in building
Situation about not going out in the world.In the above cases, even if user 7 returns and enters to sensor detection zone 40, by
It is not released in security setting, therefore is also required to reset disengaging information D3.In the reset processing, for example, using
In the case that person 7 is more than sensor detection zone 40 is for 5 seconds, disengaging processing unit 22b will pass in and out information D3 and be changed to from " 1 "
After " 0 ", information D3 will be passed in and out again from " 0 " and is changed to " 1 ".Processing after as a result, can be with above-mentioned embodiment example phase
It carries out together.In addition, be " 1 " in the case where entering user 7 under the state of room and leave room passing in and out information D3, it can also be with
It when user 7 enters to sensor detection zone 40, is vibrated by RFID label tag 6, or lighting will be to disengaging information D3
The meaning for carrying out reset processing notifies user 7.
In addition, hands-free sensor device 4 for example can also be in user 7 more than sensor detection zone 40 is for 5 seconds
In the case where, label information is obtained from RFID label tag 6.User 7 can be prevented simply by sensor detection zone 40 as a result,
Also the case where change having been carried out to disengaging information D3.
In addition, security setting is carried out to the inside of elevator hall and carriage 10 in above-mentioned embodiment example, but
Security setting only can be carried out to carriage 10 to elevator hall or only.For example, not held if only carrying out security setting to elevator hall
There is the user of RFID label tag 6 that cannot press Room button, so that call login cannot be carried out to carriage 10.In addition, if only to sedan-chair
Compartment 10 carries out security setting, even if the user for not holding RFID label tag 6 then, which takes into carriage 10, to log in destination
Button 11 carries out destination login.Therefore, in either case, the user for not holding RFID label tag 6 is immovable
To inhabitation layer, so as to improve anti-theft.
In addition, sensor detection zone 40 can also be not arranged in the front of elevator door 41, but entering for building is set
Safety door set by mouth etc. etc. prevents from entering on device.The user for not holding RFID label tag 6 as a result, cannot come elevator door
41, it can prevent the user for not holding RFID label tag 6 when other users 7 leave from carriage 10 from taking the feelings into carriage 10
Condition.In addition it is also possible to be arranged sensor detection zone 40 in entire elevator hall.By the model for expanding sensor detection zone 40
It encloses, so that hands-free device 3 can reliably detect RFID label tag 6.
In addition it is also possible to which parking lot etc. is arranged in emergency staircase, building in sensor detection zone 40.Moreover, passing through
To the door locking for going to inhabitation layer, so as to limit enter to emergency staircase, parking lot etc. does not hold RFID in building
The user of label 6 is moved to inhabitation layer.
In addition it is also possible on the device that personal number is recorded in other than RFID label tag 6.For example, it is also possible to which individual is compiled
It number is recorded on communication terminal 8 shown in the 2nd embodiment example.Moreover, hands-free sensor device 4 can also be passed from entering to
The communication terminal 8 of sensor detection zone 40 obtains personal number.
In addition, hands-free device 3 can also have video camera and face identification device to replace hands-free sensor device 4.And
And the face image for the user 7 for entering to coverage can also be shot for video camera, face authentification device is based on making
The face image of user 7 identifies user 7, and personal number corresponding with user 7 is sent to safe interface device 22.?
In this case, even if user 7 does not hold RFID label tag 6, also only user 7 can use lift appliance 2.
In addition, the present invention is not limited to above-mentioned embodiment example, without departing from being documented in Patent right requirement
Purport of the invention in book, it is of course possible to obtain other various application examples, variation.
For example, above-mentioned embodiment example be illustrate in order to facilitate understanding the present invention and to the knot of device and system
Structure carries out detailed and specific description, is not limited to include the illustrated structured embodiment of institute.Furthermore, it is possible to
A part of the exemplary structure of embodiment described herein as is substituted for the exemplary structure of other embodiments, it can also be
The additional exemplary structure of other embodiments in the exemplary structure of some embodiment.In addition, exemplary for each embodiment
A part of structure, additionally it is possible to carry out the increase, deletion, replacement of other structures.
In addition, illustrating only the part for thinking to need in explanation for control line, information wire, being not necessarily limited to show
All control lines, information wire on product.Actually it is also assumed that almost all of structure is interconnected.
Label declaration
1 ... lift management system,
2 ... lift appliances,
3 ... hands-free devices,
4 ... hands-free sensor devices,
5 ... controller for hand,
6 ... RFID label tags,
10 ... carriages,
20 ... elevator control gears,
21 ... machine set control devices,
22 ... safe interface devices,
22a ... disengaging management table,
22b ... passes in and out processing unit.
Claims (6)
1. a kind of elevator control system characterized by comprising
The carriage moved between the stop of multiple floors；
The detection device that the user of the carriage is detected in a non-contact manner；And
Elevator control gear, the elevator control gear is based on the use being managed to each user's disengaging room
The disengaging information of person is left carriage to the user seating detected by the detection device and is determined, determining
In the case where taking for the user into the carriage, releases and the security setting limited is acted to the carriage, and permitted
Can the movement of the carriage maintain the security setting in the case where being determined as that the user leaves from the carriage
In effective state,
The disengaging information is changed in the case where the detection device detects the user.
2. elevator control system as described in claim 1, which is characterized in that the elevator control gear has:
Disengaging management table, the disengaging manage indicator user's identification information for user described in unique identification, to described
The disengaging information using layer and the user of user is managed；And
Processing unit is passed in and out, the user's identification device for distributing to each user is detected simultaneously in the detection device
And in the case where sending user's identification information for obtaining from user's identification device, the disengaging processing unit pair and from
The corresponding disengaging information of user's identification information that the detection device receives changes.
3. elevator control system as claimed in claim 2, which is characterized in that the elevator control gear has:
The stop that the carriage stops is set and carries out the call login button of call login to the carriage；And to purpose
The machine set control device that the login of ground login button acts and the movement of the carriage is controlled, the destination login button pair
The destination floor of the carriage carries out destination login,
In the case where releasing the security setting, the disengaging processing unit indicates the machine set control device as follows:
For each user, call login is carried out automatically to the call login button for being set to elevator hall.
4. elevator control system as claimed in claim 3, which is characterized in that
In the case where releasing the security setting, at the time of the carriage reaches the elevator hall, the disengaging processing unit
The machine set control device is indicated as follows: to the destination login button using layer of the user automatically into
Row destination logs in.
5. the elevator control system as described in any one of claim 2 to 4, which is characterized in that
It is also equipped with and is connected to communication terminal and the disengaging processing unit and the pipe that provisioning information is distributed to the communication terminal
Server is managed,
At the time of changing to the disengaging information, the disengaging information after change is sent to by the disengaging processing unit
The management server,
The management server gives the disengaging information delivery after change to the communication terminal.
6. a kind of elevator control gear, which is characterized in that
Detecting the user's of the carriage moved between the stop of multiple floors in a non-contact manner by detection device
In the case of, based on the disengaging information for passing in and out the user that room is managed to each user, to the use
Person takes and leaves the carriage and determine, in the case where being determined as that the user takes into the carriage, releases to institute
The security setting that movement of the carriage in liftway is limited is stated, and permits the movement of the carriage, described in being determined as
In the case that user leaves from the carriage, the security setting is set to maintain effective state, the disengaging information is in institute
Detection device is stated to detect to change in the case where the user.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2015-200413 | 2015-10-08 | ||
| JP2015200413A JP6532796B2 (en) | 2015-10-08 | 2015-10-08 | Elevator control system and elevator control apparatus |
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| Publication Number | Publication Date |
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| CN106564791A CN106564791A (en) | 2017-04-19 |
| CN106564791B true CN106564791B (en) | 2019-03-22 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610879419.8A Active CN106564791B (en) | 2015-10-08 | 2016-10-08 | Elevator control system and elevator control gear |
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| JP (1) | JP6532796B2 (en) |
| CN (1) | CN106564791B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20200122958A1 (en) * | 2018-10-22 | 2020-04-23 | Otis Elevator Company | System and method for prioritizing service to remote elevator calls based on proximity to elevator lobby |
| CN111470389A (en) * | 2020-04-07 | 2020-07-31 | 广州广日电梯工业有限公司 | Elevator system for improving safety of elevator and control method thereof |
| TWI780463B (en) * | 2020-08-03 | 2022-10-11 | 遠東科技大學 | Contactless management method for visitor limit and access control |
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| CN1240755A (en) * | 1998-06-26 | 2000-01-12 | 三菱电机株式会社 | Call recording device for electric elevator |
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| JP2007186300A (en) * | 2006-01-13 | 2007-07-26 | Toshiba Elevator Co Ltd | Entrance lock interlocking operation elevator control system |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP6532796B2 (en) | 2019-06-19 |
| JP2017071489A (en) | 2017-04-13 |
| CN106564791A (en) | 2017-04-19 |
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