CN104118777A - Elevator system - Google Patents
Elevator system Download PDFInfo
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- CN104118777A CN104118777A CN201410068750.2A CN201410068750A CN104118777A CN 104118777 A CN104118777 A CN 104118777A CN 201410068750 A CN201410068750 A CN 201410068750A CN 104118777 A CN104118777 A CN 104118777A
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- power supply
- supply
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- control panel
- set entry
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Abstract
The invention relates to the elevator system; when a power supply switching unit switches a power supply powering up a controller (2) from a commercial power to an emergency cell (3); the emergency cell (3) can provide power for a gather hallway auto-door (4), a button control disc (6) and a gather hallway key reader (5) through a power supply spare line (8).
Description
Technical field
Embodiments of the present invention relate to and when having a power failure, also prevent the elevator device of the decline of building side safety such as automatically locking.
Background technology
In elevator, the power inverters such as inverter are by carrying out the electric power supply of automatic power supply (being mainly commercial ac power source) and towing machine is moved to control, car lifting in hoist trunk by the propulsive effort of towing machine.Now, if produce and have a power failure for a certain reason, come the electric power supply of automatic power supply to be cut off, so the operation of elevator stops.
Conventionally, possess the emergency electric power source battery that replaces main power source to carry out electric power supply in elevator when having a power failure, by this emergency electric power source battery, (during power failure, continuing operation) controlled in the operation that also can carry out elevator when having a power failure.
In addition, in being provided with the building of elevator, the object improving for safety, possesses and automatically locks a building for grade and be on the increase at entrance.About this automatic locking system, the ladder riding hall that has proposed in recent years to carry out in linkage elevator with latch-release calls the system (automatically locking linked system) of login and destination floor login.As such invention, there is publication communique, the JP 2009-215023 communique (following, to be called patent documentation 1) of Japan.
Yet as described above supply with the electric power of battery from emergency electric power source is only that the operation of elevator is controlled and carried out all the time, rather than the interlock with automatic locking system as described above is controlled and carried out electric power supply.That is, when having a power failure, continued in servicely in the past, do not carry out the control with automatic locking system interlock, and can cause the security function in collective residence etc. to decline.
Therefore, in the related invention of present embodiment, when building has a power failure, the operation of elevator is transferred to and continue operation when supplying with the electric power of battery the power failure of carrying out from emergency electric power source, and then also carry out supplying with the electric power of battery from this emergency electric power source to automatically locking linked system.
Summary of the invention
Therefore in the present embodiment, its object be to provide when having a power failure, also can carry out calling login with the ladder riding hall of the elevator of automatic locking system interlock, the elevator device of the safety decline can prevent from having a power failure time.
In order to reach above-mentioned purpose, the elevator device that embodiments of the present invention are related, it is characterized in that, comprising: power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off; Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply; Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply; Set entry automatically-controlled door, it is arranged at building side, has AutoLock feature; Push-button control panel, itself and described control setup link together, and control the AutoLock feature release of described entry automatically-controlled door and the action of locking; Set entry key reader, itself and described push-button control panel link together, and by user's operation, described push-button control panel are exported to unlocking signal; With, power backup line, it is described urgent with battery and, described set entry automatically-controlled door, described push-button control panel and described set entry key reader for being electrically connected to; By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described set entry automatically-controlled door, described push-button control panel and described set entry key reader supply power.
Accompanying drawing explanation
Fig. 1 means the block diagram of the formation of the elevator device that the 1st embodiment of the present invention is related.
Fig. 2 means the block diagram of the formation of the elevator device that the 2nd embodiment of the present invention is related.
The specific embodiment
Below, with reference to accompanying drawing, embodiments of the present invention are described.
(the 1st embodiment)
Fig. 1 means the block diagram of the formation of the elevator device that the 1st embodiment of the present invention is related.In Fig. 1, the solid line in block diagram represents the connection lead of signal, and dotted line represents flowing from the electric power supply of emergency electric power source use battery.
As shown in Figure 1, the related elevator device of the 1st embodiment of the present invention relates to the control of the elevator that carries out safety interaction operation.So-called safety interaction operation, referring to operation as described below controls: in the collective residences such as apartment, in the situation that automatically locking ring off signal from guest's method, apparatus (entry automatic locking system and internal telephone system etc.) generation, entry is automatically locked to releasing, and elevator is called back to set entry floor.By this safety interaction, move, the safety of collective residence and the convenience of elevator all improve.
Next use Fig. 1 to describe the formation of the related elevator device of the 1st embodiment of the present invention.Fig. 1 means the block diagram of the formation of the elevator device that the 1st embodiment of the present invention is related.
In the related elevator device of the 1st embodiment, the operation that control setup 2 carries out elevator by the supply electric power from source power supply 1 is controlled.Control setup 2 contains device for transformer, smoothing capacity, DC-to-AC converter etc., but omission is described in the present embodiment.
On control setup 2, be connected with the urgent battery 3 of using that replaces source power supply 1 and control setup 2 is supplied with to electric power when having a power failure.In control setup 2, possess the electric power detecting from source power supply 1 and supply with the power failure test section 2a cutting off.In addition, in promptly with battery 3, possess and control the urgent charge-discharge control circuit discharging and recharging (the power supply supply source switch unit) 3a with battery 3.
On the other hand, in building side, be provided with set entry automatically-controlled door 4, be arranged near set entry key reader 5 set entry automatically-controlled door 4, with gather 5 electrical connections of entry key reader push-button control panel 6, push-button control panel 6 and being connected of control setup 2 are carried out to the elevator interface bracket panel 7 of relaying.
In addition, above-mentionedly promptly with battery 3, via elevator interface bracket panel 7, be connected in set entry automatically-controlled door 4, set entry key reader 5, push-button control panel 6.In the present embodiment, this connection lead is called to power backup line 8.
Set entry automatically-controlled door 4 is arranged at building entrance etc., has AutoLock feature.This AutoLock feature is, can be by operation setting near the set entry key reader 5 set entry automatically-controlled door 4, to push-button control panel 6 input operation signals, the release of gathering entry automatically-controlled door 4 via elevator interface bracket panel 7.This unlocking operation is undertaken by the unlocking operation such as being undertaken by button and/or card, unlocking operation of being undertaken by Password Input etc.
Elevator device in present embodiment is to adopt the elevator device automatically lock linked system, described in automatically lock linked system and use above-mentioned formation to make this AutoLock feature control and link with elevator.Next, the action that automatically locks linked system when common describes.Here said " conventionally time ", refers to the electric power supply condition from source power supply 1 to control setup 2 and there is no abnormal state.
First, be provided with the occupant of the collective residence of set entry automatically-controlled door 4 (following, also referred to as user.) when going out to go home, for by these set entry automatically-controlled door 4 releases, button and/or card etc. are reached near the set entry key reader 5 that is arranged at set entry automatically-controlled door 4 etc., carry out unlocking operation.
When user carries out unlocking operation by set entry key reader 5, this unlocking signal is imported into push-button control panel 6, the unlocking signal of push-button control panel 6 based on accepted, the release of gathering entry automatically-controlled door 4.
On the other hand, when user gathers the release action of entry automatically-controlled door 4 by set entry key reader 5, push-button control panel 6 is via elevator interface bracket panel 7, the unlocking signal to control setup 2 outputs as the control signal of elevator.From push-button control panel 6, accepted the control setup 2 of control signal, elevator is withdrawn into the mode of the benchmark floors such as building entrance floor, controlled.
By carrying out above such action, conventionally time, building occupant waits and can carry out predetermined unlocking operation by automatically locking interlock control pair set entry key reader 5, thus by the AutoLock feature release of the set entry automatically-controlled door 4 of building entrance, and the elevator that is arranged at this building is withdrawn into the benchmark floors such as building entrance floor, can makes to improve as elevator user's convenience.
Next, to waiting and the interlock control that automatically locks the situation of the power supply supply cut-out from source power supply 1 to control setup 2 described owing to producing power failure.
For possessing the urgent elevator with battery 3, when producing power failure, power failure test section 2a detects power failure, by charge-discharge control circuit 3a, electric power supply source from electric power to control setup 2 that supply with is switched to urgent with battery 3 from source power supply 1.Thereby elevator accepts by urgent urgently needed battery 3 control setup 2 controlling runs that electric power is supplied with.
In the related elevator device of present embodiment, when generation power failure, electric power supply source switch to urgent use battery 3 from source power supply 1, urgent with battery 3 except to control setup 2, also, via elevator interface bracket panel 7, pair set entry automatically-controlled door 4, set entry key reader 5, push-button control panel 6 carry out electric power supply.
; produced while having a power failure in the past; make to gather the AutoLock feature ineffective treatment of entry automatically-controlled door 4; by manual switching; but the invention related according to present embodiment; by the mode can urgent urgently needed battery 3 not only control setup 2 be also carried out to power supply supply to building side apparatus, connect up etc., make also can maintain the security function of building having a power failure etc. when urgent.
In addition in the present embodiment, the electric power supply source of supplying with electric power to control setup 2 when having a power failure switches to urgent with battery 3 from source power supply 1, while maintain set entry automatically-controlled door 4 grades that are arranged at building side AutoLock feature, carry out elevator to retract the operation of benchmark floor, but be not limited thereto, during power failure, also can make security function preferential.
; in the situation that produce, have a power failure, the electric power from source power supply 1 to control setup 2 is supplied with and cut off; promptly with battery 3, do not carry out supplying with to the electric power of control setup 2; replace in this via elevator interface bracket panel 7, power backup line 8, the set entry automatically-controlled door 4 as building side apparatus, set entry key reader 5 and push-button control panel 6 are carried out to electric power supply.
Thus, even if also can maintain the AutoLock feature of set entry automatically-controlled door 4 when having a power failure, can prevent the decline of the safety of building side.And then, can cut down in the past and when having a power failure, by urgent urgently needed battery 3, to control setup 2, to carry out electric power supply and carry out the urgent electric power consumption with battery 3 that the control of elevator consumes, can maintain for more time the safety of building.
In addition, be not limited to when having a power failure, make security function preferential as described above, can certainly make the running priority of elevator.That is, also can: the power supply supply source of supplying with electric power to control setup 2 when having a power failure switches to urgent with battery 3 from source power supply 1, preferentially make the control of elevator continue, and does not carry out supplying with to the electric power of set entry automatically-controlled door 4 sides such as building such as grade.
Thus, such as in the situation that have operating ratio that wheelchair user waited, should make elevator in building occupant, to maintain security function preferential, also can make as described above to supply with preferential to the electric power of control setup 2.
In addition, so preferentially still make maintaining of security function preferential to making as described above the operation of elevator control when having a power failure, also can control according to the urgent battery dump energy with battery 3.Below, specifically describe.
When having a power failure, in the situation that urgent battery dump energy with battery 3 be more than or equal to certain value (such as be more than or equal to capacity of cell 80% etc.), be made as carry out the maintaining of above-mentioned security function, and the operation that elevator is retracted to benchmark floor of being undertaken by control setup 2 control.
On the other hand, when having a power failure, in the situation that promptly with the battery dump energy of battery 3 be less than certain value (such as be less than or equal to capacity of cell 79% etc.), in order to make above-mentioned security function preferential, also can control setup 2 not carried out supplying with from the urgent electric power with battery 3, and pair set entry automatically-controlled door 4, set entry key reader 5 and push-button control panel 6 carry out electric power supply.
In addition, certainly, can not make security function and make the running priority of elevator, pair set entry automatically-controlled door 4, set entry key reader 5 and push-button control panel 6 do not carry out supplying with from the urgent electric power with battery 3 yet in this case, and control setup 2 is carried out to electric power supply yet.
As mentioned above, electric power is supplied with determining of destination, can be made as in advance and contain control circuit, also can by the operation of the operating portions such as change-over switch, be determined in building management person side.
(the 2nd embodiment)
Next the 2nd embodiment of the present invention is described.Fig. 2 means the block diagram of the formation of the elevator device that the 2nd embodiment of the present invention is related.
The related elevator device of the 2nd embodiment, except the formation of the related elevator device of the 1st embodiment, also has the internal telephone system that comprises room intercom phone 9, intercom phone control panel 10, set entry intercom phone 11 etc.
So-called internal telephone system, for carrying out the system of session etc. between each occupant and visitor in gathering entry.Be visitor by gathering entry intercom phone 11 occupants of paging call destination, the occupant of call accepted by operation setting the room intercom phone 9 in room and with visitor call or by output by the unlocking signal of the AutoLock feature release of set entry automatically-controlled door 4 and the system of AutoLock feature release that will set entry automatically-controlled door 4.Below, be described in detail.
Room intercom phone 9 possesses in the occupant's of building the places such as room.Intercom phone control panel 10 possesses in building side place, links together with elevator interface bracket panel 7.In addition, set entry intercom phone 11 and set entry key reader 5 are arranged near set entry automatically-controlled door 4 equally.Set entry intercom phone 11 also can be configured to same device with set entry key reader 5.
Together with room intercom phone 9 is electrically connected with intercom phone control panel 10, intercom phone control panel 10 links together via elevator interface bracket panel 7 and control setup 2 and push-button control panel 6.
In addition, when having a power failure, replace source power supply 1 and carry out the urgent with battery 3 of electric power supply, same with the elevator device that the 1st embodiment is related, link together with control setup 2, and then except be connected in set entry automatically-controlled door 4, set entry key reader 5, push-button control panel 6 via elevator interface bracket panel 7, be also connected in intercom phone control panel 10.In addition, for room intercom phone 9, can via power backup line 8, accept electric power supply by urgent urgently needed battery 3, also can accept the intercom phone control panel 10 of electric power supply and accept electric power and supply with from urgent urgently needed battery 3, be not particularly limited in the present embodiment.
Visitor, when gathering entry operational set entry intercom phone 11, to push-button control panel 6, export incoming signals.Push-button control panel 6 is exported inputted signal via elevator interface bracket panel 9 to intercom phone control panel 10.Then the room intercom phone 9 in intercom phone control panel 10 room corresponding with content with by 11 operations of set entry intercom phone is connected, makes it possible to gather the contact of entry intercom phone 11 and room intercom phone 9.
The room intercom phone 9 that is connected in set entry intercom phone 11 can be communicated by letter mutually, for example, can converse and/or unlocking operation.Specifically, in room intercom phone 9 sides, in the situation that linking together with set entry intercom phone 11, can carry out unlocking operation by the operation of being scheduled to.
By carrying out unlocking operation, from room intercom phone 9 to intercom phone control panel 10 input unlocking signals, and then to push-button control panel 6, export unlocking signals via elevator interface bracket panel 7.Accepted the release that the push-button control panel 6 of unlocking signal is gathered entry automatically-controlled door 4.
By more than, can carry out by thering is the internal telephone system of room intercom phone 9 release of the set entry automatically-controlled door 4 of building.Now, also can be with the 1st embodiment of the present invention same and unlocking operation carry out the control that retracts of elevator simultaneously.Same for control action and the 1st embodiment, so explanation is omitted.
In addition, produced while having a power failure in the past, make to gather the AutoLock feature ineffective treatment of entry automatically-controlled door 4, by manual switching, but the invention related according to present embodiment, by the mode can urgent urgently needed battery 3 not only control setup 2 be also carried out to power supply supply to building side apparatus, connect up etc., make also can maintain the security function of building having a power failure etc. when urgent.
In addition in the present embodiment, the electric power supply source of supplying with electric power to control setup 2 when having a power failure switches to urgent with battery 3 from source power supply 1, while maintain set entry automatically-controlled door 4 grades that are arranged at building side AutoLock feature, carry out elevator to retract the operation of benchmark floor, but be not limited thereto, during power failure, also can make security function preferential.
; in the situation that produce, have a power failure, the electric power from source power supply 1 to control setup 2 is supplied with and cut off; promptly with battery 3, do not carry out supplying with to the electric power of control setup 2; replace in this via elevator interface bracket panel 7, power backup line 8, the set entry automatically-controlled door 4 as building side apparatus, set entry key reader 5, push-button control panel 6 and intercom phone control panel 10 are carried out to electric power supply.
Thus, even if also can maintain the AutoLock feature of set entry automatically-controlled door 4 when having a power failure, can prevent the decline of the safety of building side.And then, can cut down in the past and when having a power failure, by urgent urgently needed battery 3, to control setup 2, to carry out electric power supply and carry out the urgent electric power consumption with battery 3 that the control of elevator consumes, can maintain for more time the safety of building.
In addition, be not limited to when having a power failure, make security function preferential as described above, can certainly make the running priority of elevator.That is, also can: the power supply supply source of supplying with electric power to control setup 2 when having a power failure switches to urgent with battery 3 from source power supply 1, preferentially make the control of elevator continue, and does not carry out supplying with to the electric power of set entry automatically-controlled door 4 sides such as building such as grade.
Thus, such as in the situation that have operating ratio that wheelchair user waited, should make elevator in building occupant, to maintain security function preferential, also can make as described above to supply with preferential to the electric power of control setup 2.
In addition, so preferentially still make maintaining of security function preferential to making as described above the operation of elevator control when having a power failure, also can control according to the urgent battery dump energy with battery 3.Below, specifically describe.
When having a power failure, in the situation that urgent battery dump energy with battery 3 be more than or equal to certain value (such as be more than or equal to capacity of cell 80% etc.), be made as carry out the maintaining of above-mentioned security function, and the operation that elevator is retracted to benchmark floor of being undertaken by control setup 2 control.
On the other hand, when having a power failure, in the situation that promptly with the battery dump energy of battery 3 be less than certain value (such as be less than or equal to capacity of cell 79% etc.), in order to make above-mentioned security function preferential, also can control setup 2 not carried out supplying with from the urgent electric power with battery 3, and pair set entry automatically-controlled door 4, set entry key reader 5, push-button control panel 6 and intercom phone control panel 10 carry out electric power supply.
In addition, certainly, also can not make security function and make the running priority of elevator, pair set entry automatically-controlled door 4, set entry key reader 5, push-button control panel 6 and intercom phone control panel 10 do not carry out supplying with from the urgent electric power with battery 3 in this case, and control setup 2 is carried out to electric power supply yet.
As mentioned above, electric power is supplied with determining of destination, can be made as in advance and contain control circuit, also can by the operation of the operating portions such as change-over switch, be determined in building management person side.
Claims (10)
1. an elevator device, is characterized in that, comprising:
Power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off;
Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply;
Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply;
Set entry automatically-controlled door, it is arranged at building side, has AutoLock feature;
Push-button control panel, itself and described control setup link together, and control the AutoLock feature release of described entry automatically-controlled door and the action of locking;
Set entry key reader, itself and described push-button control panel link together, and by user's operation, described push-button control panel are exported to unlocking signal; With
Power backup line, it is described urgent with battery and, described set entry automatically-controlled door, described push-button control panel and described set entry key reader for being electrically connected to;
By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described set entry automatically-controlled door, described push-button control panel and described set entry key reader supply power.
2. an elevator device, is characterized in that, comprising:
Power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off;
Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply;
Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply;
Set entry automatically-controlled door, it is arranged at building side, has AutoLock feature;
Push-button control panel, itself and described control setup link together, control is to the AutoLock feature release of described set entry automatically-controlled door and the action of locking, and to described control setup output for lift car being withdrawn into the control signal of building benchmark floor;
Set entry key reader, itself and described push-button control panel link together, and by user's operation, from described push-button control panel, described set entry automatically-controlled door are exported to unlocking signal; With
Power backup line, it is described urgent with battery and, described set entry automatically-controlled door, described push-button control panel and described set entry key reader for being electrically connected to;
By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described set entry automatically-controlled door, described push-button control panel and described set entry key reader supply power.
3. an elevator device, is characterized in that, comprising:
Power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off;
Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply;
Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply;
Entry automatically-controlled door, it is arranged at building side, has AutoLock feature;
Push-button control panel, itself and described control setup link together, and control the action to the AutoLock feature release locking of described entry automatically-controlled door, and to described control setup output, are used for lift car to be withdrawn into the control signal of building benchmark floor;
Set entry key reader, itself and described push-button control panel link together, and by user's operation, from described push-button control panel, described entry automatically-controlled door are exported to unlocking signal; With
Power backup line, it is described urgent with battery and, described set entry automatically-controlled door, described push-button control panel and described set entry key reader for being electrically connected to;
By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described push-button control panel and described set entry key reader supply power, described push-button control panel performance is by the function retracting of described lift car.
4. elevator device as claimed in claim 1, wherein, is characterized in that:
When having a power failure, in the situation that the described urgent dump energy with battery is more than or equal to predetermined value, via described spare wire, to described control setup, described set entry automatically-controlled door, described push-button control panel and described set entry key reader, supply with the urgent electric power with battery, described push-button control panel is controlled the action to the AutoLock feature release locking of described entry automatically-controlled door, and to described control setup output, is used for lift car to be withdrawn into the control signal of building benchmark floor; In the situation that the described urgent dump energy with battery is less than predetermined value, via described spare wire, to described set entry automatically-controlled door, described push-button control panel and described set entry key reader, supply with the urgent electric power with battery, bring into play the AutoLock feature of described set entry, described push-button control panel is not brought into play the function that the car of described elevator is retracted.
5. elevator device as claimed in claim 1, wherein, is characterized in that:
When having a power failure, in the situation that the described urgent dump energy with battery is more than or equal to predetermined value, via described spare wire, to described control setup, described set entry automatically-controlled door, described push-button control panel and described set entry key reader, supply with the urgent electric power with battery, described push-button control panel is controlled the action to the AutoLock feature release locking of described entry automatically-controlled door, and to described control setup output, is used for lift car to be withdrawn into the control signal of building benchmark floor; In the situation that the described urgent dump energy with battery is less than predetermined value, the electric power to described set entry automatically-controlled door, described push-button control panel and described set entry key reader via described spare wire is supplied with and stopped, by promptly using the electric power of battery preferentially to supply with to described control setup, make it possible to thus carry out the utilization of elevator.
6. an elevator device, is characterized in that, comprising:
Power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off;
Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply;
Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply;
Set entry automatically-controlled door, it is arranged at building side, has AutoLock feature;
Push-button control panel, itself and described control setup link together, and control the AutoLock feature release of described set entry automatically-controlled door and the action of locking;
Set entry key reader, itself and described push-button control panel link together, and by user's operation, described push-button control panel are exported to unlocking signal;
Intercom phone device, it is connected to described push-button control panel, in building occupant side, possesses, and to described push-button control panel output, is used for the unlocking signal of the AutoLock feature release of described set entry automatically-controlled door; With
Power backup line, it is described urgent with battery and, described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone device for being electrically connected to;
By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone unit feeding power supply.
7. an elevator device, is characterized in that, comprising:
Power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off;
Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply;
Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply;
Set entry automatically-controlled door, it is arranged at building side, has AutoLock feature;
Push-button control panel, itself and described control setup link together, control is to the AutoLock feature release of described set entry automatically-controlled door and the action of locking, and to described control setup output for lift car being withdrawn into the control signal of building benchmark floor;
Set entry key reader, itself and described push-button control panel link together, and by user's operation, from described push-button control panel, described set entry automatically-controlled door are exported to unlocking signal;
Intercom phone device, it is connected to described push-button control panel, in building occupant side, possesses, and to described push-button control panel output, is used for the unlocking signal of the AutoLock feature release of described set entry automatically-controlled door; With
Power backup line, it is described urgent with battery and, described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone device for being electrically connected to;
By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone unit feeding power supply.
8. an elevator device, is characterized in that, comprising:
Power failure detecting unit, it detects from the power supply that carries out the source power supply of power supply supply to controlling the control setup of the operation of elevator and supplies with this situation that is cut off;
Urgent with battery, it is connected with respect to described control setup via the circuit shared with described source power supply;
Power supply supply source switch unit, it is supplied with while being cut off this situation power supply from from described source power supply to described control setup being detected by described power failure detecting unit, and power supply supply source from electric power to described control setup that supply with is switched to described urgent with battery from described source power supply;
Entry automatically-controlled door, it is arranged at building side, has AutoLock feature;
Push-button control panel, itself and described control setup link together, and control the action to the AutoLock feature release locking of described entry automatically-controlled door, and to described control setup output, are used for lift car to be withdrawn into the control signal of building benchmark floor;
Set entry key reader, itself and described push-button control panel link together, and by user's operation, from described push-button control panel, described entry automatically-controlled door are exported to unlocking signal;
Intercom phone device, it is connected to described push-button control panel, in building occupant side, possesses, and to described push-button control panel output, is used for the unlocking signal of the AutoLock feature release of described set entry automatically-controlled door; With
Power backup line, it is described urgent with battery and, described push-button control panel, described set entry key reader and described intercom phone device for being electrically connected to;
By described power supply supply source switch unit, power supply supply source from electric power to described control setup that supply with is being switched to described urgent while using battery from described source power supply, the described urgent battery of using is via described power backup line, to described push-button control panel, described set entry key reader and described intercom phone unit feeding power supply, described push-button control panel performance is by the function retracting of described lift car.
9. the elevator device of recording as claim 6, is characterized in that:
When having a power failure, in the situation that the described urgent dump energy with battery is more than or equal to predetermined value, via described spare wire, to described control setup, described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone unit feeding, promptly use the electric power of battery, described push-button control panel is controlled the action to the AutoLock feature release locking of described entry automatically-controlled door, and to described control setup output, is used for lift car to be withdrawn into the control signal of building benchmark floor; In the situation that the described urgent dump energy with battery is less than predetermined value, via described spare wire, to described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone unit feeding, promptly use the electric power of battery, bring into play the AutoLock feature of described set entry, described push-button control panel is not brought into play the function that the car of described elevator is retracted.
10. the elevator device of recording as claim 6, is characterized in that:
When having a power failure, in the situation that the described urgent dump energy with battery is more than or equal to predetermined value, via described spare wire, to described control setup, described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone unit feeding, promptly use the electric power of battery, described push-button control panel is controlled the action to the AutoLock feature release locking of described entry automatically-controlled door, and to described control setup output, is used for lift car to be withdrawn into the control signal of building benchmark floor; In the situation that the described urgent dump energy with battery is less than predetermined value, the electric power to described set entry automatically-controlled door, described push-button control panel, described set entry key reader and described intercom phone device via described spare wire is supplied with and stopped, by promptly using the electric power of battery preferentially to supply with to described control setup, make it possible to thus carry out the utilization of elevator.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2013091086A JP2014213988A (en) | 2013-04-24 | 2013-04-24 | Elevator system |
| JP2013-091086 | 2013-04-24 |
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| Publication Number | Publication Date |
|---|---|
| CN104118777A true CN104118777A (en) | 2014-10-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410068750.2A Pending CN104118777A (en) | 2013-04-24 | 2014-02-27 | Elevator system |
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| Country | Link |
|---|---|
| JP (1) | JP2014213988A (en) |
| CN (1) | CN104118777A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104495537A (en) * | 2014-12-17 | 2015-04-08 | 张家港保税区润桐电子技术研发有限公司 | Elevator control system and method based on QR (quick response) code |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP6054442B2 (en) * | 2015-03-05 | 2016-12-27 | 東芝エレベータ株式会社 | Elevator control device |
| CN107434193A (en) * | 2016-05-25 | 2017-12-05 | 何根巨 | Emergency self-saving device and its implementation after a kind of elevator faults |
| JP6610809B2 (en) * | 2016-12-26 | 2019-11-27 | 三菱電機ビルテクノサービス株式会社 | Elevator control system |
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| JP2014213988A (en) | 2014-11-17 |
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