CN206218979U - A kind of energy-saving lift - Google Patents
A kind of energy-saving lift Download PDFInfo
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- CN206218979U CN206218979U CN201620958061.3U CN201620958061U CN206218979U CN 206218979 U CN206218979 U CN 206218979U CN 201620958061 U CN201620958061 U CN 201620958061U CN 206218979 U CN206218979 U CN 206218979U
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Abstract
The utility model provides the power-economizing method of a kind of energy-saving lift and elevator, the energy-saving lift includes general supply, power device in car, outside the Room button and with the master controller being connected with power device in the general supply and the car respectively, the elevator also includes energy-saving control device, the energy-saving control device respectively with the general supply, the master controller and button is connected outside the Room.The master-slave swap of the utility model integrated controller and energy-saving controller, realizes the effect that can further reduce elevator power consumption in the state of quick-recovery normally runs soon in guarantee elevator.
Description
Technical field
The utility model is related to elevators field, more particularly to a kind of energy-saving lift.
Background technology
In the electricity consumption condition survey statistics to hotel, office building etc., the power consumption of elevator accounts for the 17%- of total electricity consumption
25%, the power consumption for be only second to air-conditioning, illumination, supplying water, how to effectively reduce the energy consumption of elevator becomes the one of elevators field
Individual important topic.In order to solve this problem, generally detection elevator is removed using using the master controller in elevator in the prior art
State, when judging that certain time period elevator is in long-term unused state, master controller closes multiple power consumption dresses of elevator
Put, the effect of power consumption is reduced to play.But, in the method, do not reduce the power problemses of master controller.Therefore, how
The power consumption of master controller is reduced while the power consumption of elevator components is reduced, as current problem demanding prompt solution.
Utility model content
The technical problems to be solved in the utility model is to provide one kind and switches master controller and section when in idle state
The elevator of the working condition of energy control device, the effect of elevator power consumption is reduced to reach.
The utility model provide technical scheme be：Power device in a kind of energy-saving lift, including general supply, car,
Outside the Room button and with the master controller being connected with power device in the general supply and the car respectively, the elevator is also
Including energy-saving control device, the energy-saving control device is pressed with outside the general supply, the master controller and the Room respectively
Button is connected.
Preferably, an one-level energy-conservation relay is provided with the energy-saving control device and the car between power device
Device, sets one or two grades of energy-saving relays between the general supply and the master controller.
Preferably, the elevator also includes button in car, the energy-saving control device includes car control panel and energy-conservation
Controller, the car control panel is electrically connected with button outside button in the car and the Room respectively, and by described one
Level energy-saving relay is electrically connected with power device in the car；The energy-saving controller respectively with the master controller, described
Button and two grades of energy-saving relays are electrically connected outside the Room.
Preferably, the energy-saving controller also includes a memory cell electrically connected with the master controller.
Above-mentioned technical proposal has the following advantages that or beneficial effect：Master controller and Energy Saving Control are provided with the elevator
Device, using master controller and the master-slave swap of energy-saving controller, realizes and is ensureing that elevator quick-recovery can normally run soon
The effect of elevator power consumption is further reduced under state；Memory cell is provided with energy-saving controller, memory cell storage action refers to
Order, substantially reduces the time acted needed for whole elevator is switched to user from two grades of energy saver modes, improves the operation of elevator
Efficiency.
Above-mentioned technical proposal has the following advantages that or beneficial effect：Using master controller and the master-slave swap of energy-saving controller
Method, realize and ensureing that elevator can further reduce the effect of elevator power consumption in the state of quick-recovery normally runs soon；
Door machine and car control panel maintain electricity condition, it is ensured that cab interior is not related to people, improves the security performance of elevator；Start
After two grades of energy saver modes, the torque of door machine is reduced, further reduce the power consumption of elevator.
Brief description of the drawings
With reference to appended accompanying drawing, more fully to describe embodiment of the present utility model.However, appended accompanying drawing is only used for
Bright and elaboration, does not constitute the limitation to the utility model scope.
Fig. 1 is a kind of structural representation of energy-saving lift of the utility model.
As shown in drawings：1st, general supply；2nd, door machine；3rd, power device in car；31st, fan；32nd, lighting device；4th, sedan-chair
Button in railway carriage or compartment；5th, button outside the Room；6th, display outside the Room；7th, master controller；8th, energy-saving controller；9th, one-level energy-saving relay；10、
Two grades of energy-saving relays；11st, traction machine；12nd, contactor is run；13rd, car control panel；14th, instruction registration plate；15th, general supply
Switch.
Specific embodiment
A kind of energy-saving lift of the utility model is described in detail with specific embodiment below in conjunction with the accompanying drawings.
Embodiment one
A kind of power-economizing method of elevator, including step：
Whether S1, one master controller 7 of offer, the real-time detection elevator of master controller 7 are in idle state, the spare time are in elevator
Start one-level energy saver mode during configuration state, master controller 7 closes power device 3 in car, that is, close the He of cab interior fan 31
The electrical equipment such as illumination；
S2, one standby time of offer, when the time for being in idle state in elevator is equal to or more than standby time, start two
Level energy saver mode, cuts off the power supply of master controller 7, starts button 5 outside the monitor in real time Room of energy-saving controller 8 and acts；In this process
In, display screen outside the Room can also be closed；
S3, when energy-saving controller 8 has detected outside the Room button 5 and has acted, store the corresponding action command of the button actions,
Start master controller 7, and the action command is transferred to master controller 7 after the startup of master controller 7；
S4, the control of master controller 7 recover elevator to normal operating condition, and the motion of elevator is controlled according to action command.
Specifically, in above-mentioned elevator energy-saving method, mainly to two kinds of energy saver modes of elevator setting：First energy-conservation mould
Formula and the second energy saver mode.During work, whether the real-time detection elevator of master controller 7 is in idle state, if so, then starting one-level
Energy saver mode, closes the electrical equipment such as cab interior fan 31, illumination, to realize preliminary energy-conservation.It is worthy of note that, starting one-level
When energy saver mode does not open two grades of energy saver modes also, when elevator car detects the action of button 5 outside the Room, master controller 7 recovers
The electrical equipment such as cab interior fan 31, illumination, that is, allow elevator to return to normal operating condition.
After elevator enters one-level energy saver mode, and when keeping the duration of one-level energy saver mode more than or equal to standby time,
Start two grades of energy saver modes, close the outer display screen in the Room and cut off the power supply of master controller 7, the startup energy-saving controller 8 monitor in real time Room
Outer button 5 is acted.Specifically, after two grades of energy saver modes are started, main control is also turned off while closing display 6 outside the Room
Device 7, while starting energy-saving controller 8.For elevator, master controller 7 is and the energy-conservation control for the control to whole elevator
Device processed 8 is only used for button 5 outside the detection Room and moves, so for power consumption, the power consumption of energy-saving controller 8 is much smaller than master control
Device processed 7.
When energy-saving controller 8 has detected the action of button 5 outside the Room, the corresponding action command of the button actions is stored, opened
The action command is simultaneously transferred to master controller 7 by the power supply of dynamic master controller 7.In short, detecting the Room by energy-saving controller 8
Outer button 5 is acted, and the unlatching of the power supply of master controller 7 is controlled according to testing result.It is worthy of note that, master controller 7 starts
Afterwards, the control of master controller 7 elevator returns to normal operating condition, and according to the transmission of energy-saving controller 8 come action command order
Elevator is acted accordingly.
For further, using principal and subordinate's rotation of master controller 7 and energy-saving controller 8, realize to elevator total system
Further energy-conservation.Further, since energy-saving controller 8 can store corresponding action command and action command is transferred to master in real time
Controller 7 so that two grades of seamless wheels are changed to slave.If energy-saving controller 8 can not store action command, user is pressing one
When button 5 allows elevator to recover normal operating condition outside the secondary Room, in addition it is also necessary to which button press is corresponding dynamic to control elevator to produce again
Make.So the storage action command of energy-saving controller 8, substantially reduces whole elevator and is switched to needed for user from two grades of energy saver modes
The time of action, improve the operational efficiency of elevator.
For further, energy-saving controller 8 is also used as car control panel 13, i.e. energy-saving controller 8 not only can be right
Button 4 is monitored in button 5, car outside the Room, can also play slave under two grades of energy saver modes.
For further, in step S1, whether the process in idle state includes step to the real-time detection elevator of master controller 7
Suddenly：
Car control panel 13 monitors in car outside button 4 and the Room that without action response, elevator is in flat bed state to button 5
And in elevator during nobody's carrying, master controller 7 judges that elevator is in idle state.
It is worthy of note that, whether have user carry, master controller 7 is weighed with this and is if being monitored in elevator by weighing system
System, car control panel 13 are connected, and the testing result of car control panel 13 and weighing system is obtained in real time and judges whether elevator is located
In flat bed, to judge elevator whether in idle state according to these data.
For further, in step s 2, kept during cut-out 7 power supply of master controller the power supply of door machine 2, car control panel 13,
Button (5) has electricity outside button 4 and the Room in car.This design so that (i.e. car is interior still useful if system gets the wrong sow by the ear
Family) when, user can open gate by pressing in car button 4 in car.Specifically, in this case, car
Interior user is pressed in car after button 4, because the power supply of door machine 2 and car control panel 13 are not all powered off, so car control panel
After 13 button actions for receiving user, control car is opened the door.This design, it is ensured that cab interior is not related to people, carries
The security performance of elevator high.
For further, in step s 2, while cut-out 7 power supply of master controller, the power-off band-type brake of traction machine 11, to check
Elevator.
For further, after two grades of energy saver modes are started, the torque of a machine 2 can be reduced.This setup, energy
The enough power consumption for further reducing elevator.
In actual applications, starting one-level energy saver mode can save 20% or so electricity, and starting two grades of energy saver modes can
Save 50% or so electricity.Additionally, two grades of energy saver modes are usually to start in the Lift usage ratio extremely low time period, usually
At dead of night, or as the weekend in office block.So being used in combination using two kinds of energy saver modes in the above-mentioned methods, is protecting
While demonstrate,proving the security of elevator, the power consumption of elevator greatly reduces.
Embodiment two
A kind of power-economizing method of the elevator provided based on above-described embodiment, present embodiments provides a kind of energy-saving lift.
As shown in figure 1, being pressed in power device 3, car in a kind of energy-saving lift, including general supply 1, door machine 2, car
Display 6 outside button 5 and the Room, in addition also includes outside the button 4, Room：
Master controller 7, connects with display 6 outside button 5 outside the button 4, Room in general supply 1, door machine 2, car and the Room respectively
Connect, be used to control the operation of elevator and the power supply of power device 3 in car is closed when elevator is in idle state；
Energy-saving control device, is connected with button 4 in button 5, car outside the general supply 1, Room and master controller 7 respectively, uses
To monitor button actions and the closing master controller 7 when elevator starts two grades of energy saver modes；In addition, two grades of energy saver modes are opened
When dynamic, energy-saving controller can also close the power supply of display 6 outside the Room.
Specifically, in energy-saving lift set forth above, under elevator normal operating condition, master controller 7 be for
Carry out master control to whole elevator, i.e., obtain the actuating signal of button 4 in the outer button 5 in the Room or car in real time, and according to action letter
The action of number control elevator.Additionally, master controller 7 can also monitor in real time elevator, once find elevator be in idle state when,
Close the power supply of power device 3 in car.It is worthy of note that, in car power device 3 can be cab interior fan 31,
Lighting device 32 etc..
For further, the elevator also includes the weighing device, flat bed detection means and the car that are connected with master controller 7
Control panel 13.Weighing device is whether that, for detecting there is user in car, flat bed detection means is for judging whether car is located
In flat bed, car control panel 13 is connected with button 5 outside button in car 4 and the Room respectively, is used to obtain button actions signal.When
When no user, car are in flat bed and car control panel 13 to detect button actions signal in car, start one-level energy-conservation
Pattern, that is, close the power supply of power device 3 in car.
For further, an one-level energy-saving relay 9 is provided with general supply 1 and car between power device 3, in startup
During one-level energy saver mode, the one-level energy-saving relay 9 is disconnected, that is, disconnect the power supply of power device 3 in car.
For further, one or two grades of energy-saving relays 10 are also set up between general supply 1 and master controller 7, in two grades of startup
During energy saver mode, start energy-saving control device, and energy-saving control device disconnects two grades of energy-saving relays 10, that is, disconnect general supply 1
To the power supply of master controller 7.
For further, above-mentioned energy-saving lift also includes traction machine 11 and is arranged on traction machine 11 and master controller 7
Between operation contactor 12.After master controller 7 is powered off, operation contactor 12 disconnects, the power-off band-type brake of traction machine 11, to check electricity
Ladder.
For further, energy-saving control device includes：
Car control panel 13, is connected with button 5 outside button in car 4 and the Room respectively, is used to detect button in car
4 or the Room outside button 5 button actions；
Energy-saving controller 8, is connected with button 5 outside the master controller 7, Room and two grades of energy-saving relays 10 respectively, is used to
Two grades of energy-saving relays 10 of button 5 and disconnection outside monitoring Room when elevator enters two grades of energy saver modes, and exit two in elevator
Two grades of energy-saving relays 10 are opened during level energy saver mode.
It is worthy of note that, energy-saving controller 8 also includes a memory cell being connected with master controller 7, and memory cell is used
To store the corresponding action command of button actions that energy-saving controller 8 is detected, and touching in two grades of energy-saving relays 10 of closure
The action command is transferred to master controller 7 during point.Additionally, car control panel 13 be arranged on master controller 7 and one-level energy-conservation after
Between electrical equipment 9, i.e., master controller 7 controls the switch of one-level energy-saving relay 9 by car control panel 13, and then controls in car
Power device 3 is turned on and off.
Specifically, under elevator normal operating condition, the car control panel 13 in energy-saving control device monitors sedan-chair respectively
In railway carriage or compartment outside button 4 or the Room button 5 button actions, but when two grades of energy saver modes are started, the monitoring of energy-saving controller 8 is pressed outside the Room
Button 5 simultaneously disconnects the power supply of master controller 7.When button 5 outside user presses the Room, energy-saving controller 8 controls two grades of energy-saving relays
10 closures, i.e. master controller 7 connect general supply 1, while energy-saving controller 8 is depositing the corresponding action command storage of button actions
Storage unit, master controller 7 is transferred to after the startup of master controller 7 by the action command.Master controller 7 is according to the action command control
Elevator processed is acted accordingly.
For further, when two grades of energy-saving relays 10 are disconnected, power supply of the general supply 1 to door machine 2 is had no effect on, i.e., always
Power supply 1 is directly connected with door machine 2, i.e., door machine 2 is arranged on total power switch 15 and two grades of energy-conservation relays with the tie point of general supply 1
Between device 10, this mode can be always ensured that a machine 2 has electricity.This design so that (the i.e. car if system gets the wrong sow by the ear
Inside still have user) when, user can open gate by pressing in car button 4 in car.Specifically, in such case
Under, user is pressed in car after button 4 in car, because the power supply of door machine 2 and car control panel 13 are not all powered off, so car
After control panel 13 receives the button actions of user, control car is opened the door.This design, it is ensured that cab interior is not related to
People, improves the security performance of elevator.
For further, instruction registration plate 14 is also connected with car between button 4 and car control panel 13, the instruction is stepped on
Note plate 14 is used to obtain corresponding action command according to button actions, records the action command and is transferred to car control panel 13.
For further, after two grades of energy saver modes are started, the torque of a machine 2, the i.e. He of energy-saving controller 8 can be reduced
A moment control device is also set up between door machine 2, the moment control device is started when two grades of energy saver modes are started, to reduce
The torque of door machine 2.This setup, can further reduce the power consumption of elevator.
In actual applications, starting one-level energy saver mode can save 20% or so electricity, and starting two grades of energy saver modes can
Save 50% or so electricity.Additionally, two grades of energy saver modes are usually to start in the Lift usage ratio extremely low time period, usually
At dead of night, or as the weekend in office block.So being used in combination using two kinds of energy saver modes in the above-mentioned methods, is protecting
While demonstrate,proving the security of elevator, the power consumption of elevator greatly reduces.
For a person skilled in the art, after reading described above, various changes and modifications undoubtedly will be evident that.
Therefore, appending claims should regard the whole variations and modifications for covering true intention of the present utility model and scope as.
Any and all scope and content of equal value, are all considered as still belonging to intention of the present utility model and model in Claims scope
In enclosing.
Claims (4)
1. power device (3) in a kind of energy-saving lift, including general supply (1), car, outside the Room button (5) and with respectively with
The connected master controller (7) of power device (3) in the general supply (1) and the car, it is characterised in that the elevator is also
Including energy-saving control device, the energy-saving control device respectively with the general supply (1), the master controller (7) and described
Button (5) is connected outside the Room.
2. energy-saving lift according to claim 1, it is characterised in that used in the energy-saving control device and the car
An one-level energy-saving relay (9) is provided between electric installation (3), is set between the general supply (1) and the master controller (7)
One or two grades of energy-saving relays (10).
3. energy-saving lift according to claim 2, it is characterised in that the elevator also includes button (4), institute in car
Energy-saving control device is stated including car control panel (13) and energy-saving controller (8), the car control panel (13) respectively with it is described
Button (5) electrical connection outside button (4) and the Room in car, and by the one-level energy-saving relay (9) and the car
Interior power device (3) electrical connection；The energy-saving controller (8) respectively with button (5) outside the master controller (7), the Room with
And two grades of energy-saving relays (10) electrical connection.
4. energy-saving lift according to claim 3, it is characterised in that the energy-saving controller (8) also includes one and institute
State the memory cell of master controller (7) electrical connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201620958061.3U CN206218979U (en) | 2016-08-28 | 2016-08-28 | A kind of energy-saving lift |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620958061.3U CN206218979U (en) | 2016-08-28 | 2016-08-28 | A kind of energy-saving lift |
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| Publication Number | Publication Date |
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| CN206218979U true CN206218979U (en) | 2017-06-06 |
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| CN201620958061.3U Active CN206218979U (en) | 2016-08-28 | 2016-08-28 | A kind of energy-saving lift |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106167206A (en) * | 2016-08-28 | 2016-11-30 | 宁波宏大电梯有限公司 | A kind of energy-saving lift and the power-economizing method of elevator |
-
2016
- 2016-08-28 CN CN201620958061.3U patent/CN206218979U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106167206A (en) * | 2016-08-28 | 2016-11-30 | 宁波宏大电梯有限公司 | A kind of energy-saving lift and the power-economizing method of elevator |
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