CN112960499A - Method for operating an elevator and elevator - Google Patents
Method for operating an elevator and elevator Download PDFInfo
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- CN112960499A CN112960499A CN202110429186.2A CN202110429186A CN112960499A CN 112960499 A CN112960499 A CN 112960499A CN 202110429186 A CN202110429186 A CN 202110429186A CN 112960499 A CN112960499 A CN 112960499A
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- elevator car
- pet
- passenger
- button
- elevator
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- 238000000034 method Methods 0.000 title claims abstract description 35
- 230000009471 action Effects 0.000 claims description 24
- 238000011017 operating method Methods 0.000 description 7
- 230000008859 change Effects 0.000 description 4
- 230000008569 process Effects 0.000 description 3
- 239000000470 constituent Substances 0.000 description 1
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B1/00—Control systems of elevators in general
- B66B1/02—Control systems without regulation, i.e. without retroactive action
- B66B1/06—Control systems without regulation, i.e. without retroactive action electric
- B66B1/14—Control systems without regulation, i.e. without retroactive action electric with devices, e.g. push-buttons, for indirect control of movements
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- 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
-
- 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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- Engineering & Computer Science (AREA)
- Automation & Control Theory (AREA)
- Computer Networks & Wireless Communication (AREA)
- Elevator Control (AREA)
Abstract
The invention relates to an elevator and an operation method thereof. The elevator comprises a control center, a first pet button disposed at a control panel of a landing, and a second pet button disposed at a control panel of an elevator car, the method comprising: (a) receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car; (b) after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker; (c) assigning an elevator car to the landing and illuminating a second pet button in the elevator car; (d) after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
Description
Technical Field
The invention relates to an elevator and an operation method thereof.
Background
In the running process of the elevator, people in the car cannot know the condition outside the hall door, and people outside the hall door cannot know the condition in the car. If a passenger takes an elevator with a pet, other passengers who are afraid of the pet may be frightened to some extent when seeing the pet.
Disclosure of Invention
Thus, according to an aspect of the present application, there is provided an operation method of an elevator including a control center, a first pet button provided at a control panel of a landing, and a second pet button provided at a control panel of an elevator car, the method including:
(a) receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car;
(b) after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker;
(c) assigning an elevator car to the landing and illuminating a second pet button in the elevator car;
(d) after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
Advantageously, the method further comprises after step (d), (d1) if the passenger does not select a destination floor within a predetermined time by a control panel within the elevator car, extinguishing the first pet button of all landings and the second pet button within the elevator car; (d2) if the passenger selects the destination floor within a predetermined time, the following operations are performed:
(d21) if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished;
(d22) if the passenger does not extinguish the second pet button through a predetermined action, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
Advantageously, the signal further comprises a second signal indicating that a second pet button within the elevator car is pressed, the method comprising:
(b') after receiving the second signal, making a second pet button in the elevator car become bright and making the first pets of all the landings twinkle.
Advantageously, the method further comprises after step (b '), (b 1') extinguishing the first pet button of all landings and the second pet button in the elevator car if the passenger does not select a destination floor within a predetermined time by means of a control panel in the elevator car; (b 2') if the passenger selects the destination floor within the predetermined time, the following is performed:
(b 21') if the passenger extinguishes the second pet button in the elevator car by a predetermined action, the first pet buttons of all landings are also extinguished;
(b 22') if the passenger does not extinguish the second pet button by a predetermined action, the first pet button of all landings and the second pet button in the elevator car are extinguished after the elevator car has sent all passengers to the respective destination floors.
Advantageously, in step (c) the passenger is first brought to the destination floor if already present in the elevator car before the elevator car assigned to the landing stops at the landing.
Advantageously, in step (d), after a passenger enters the elevator car, the elevator car is made to respond only to a call at the landing pressing the first pet button.
Advantageously, the method further comprises after step (d), (d 1'), if the passenger does not select a destination floor within a predetermined time by means of a control panel within the elevator car, extinguishing the first pet button of all landings and the second pet button within the elevator car; (d 2') if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to the respective destination floors.
Advantageously, the method further comprises in step (b'), causing the elevator car to respond only to a call at the landing pressing the first pet button.
Advantageously, the method further comprises after step (b'), (b1 ") extinguishing the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within the predetermined time by means of the control panel in the elevator car; (b2 ") if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to each destination floor.
Advantageously, in step (d), after the passenger enters the elevator car, the elevator car is no longer made to respond to any calls.
Advantageously, the method further comprises after step (d), (d 1'), if the passenger does not select a destination floor within a predetermined time by means of a control panel within the elevator car, extinguishing the first pet button of all landings and the second pet button within the elevator car; (d 2') if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to the respective destination floors.
Advantageously, the method further comprises in step (b'), causing the elevator car to no longer respond to any calls.
Advantageously, the method further comprises after step (b '), (b 1' ") extinguishing the first pet button at all landings and the second pet button in the elevator car if the passenger does not select a destination floor within a predetermined time via a control panel in the elevator car; (b 2') if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to each destination floor.
According to another aspect of the present application, there is provided an elevator comprising:
an elevator car disposed in the hoistway;
a first pet button provided on a control panel of a landing;
the second pet button is arranged on a control panel of the elevator car;
a control center configured to:
receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car;
after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker;
assigning an elevator car to the landing and illuminating a second pet button in the elevator car;
after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
Advantageously, the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time after entering the elevator car via the control panel in the elevator car.
Advantageously, the control centre is further configured to, if the passenger selects the destination floor within a predetermined time, perform the following operations:
if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished;
if the passenger does not extinguish the second pet button through a predetermined action, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
Advantageously, the signal further comprises a second signal indicating that a second pet button within the elevator car is pressed, the control center further configured to: after receiving the second signal, a second pet button in the elevator car is lightened, and first pets of all the landings twinkle.
Advantageously, the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time by means of the control panel in the elevator car.
Advantageously, the control centre is further configured to, if the passenger selects the destination floor within a predetermined time, perform the following operations:
if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished;
if the passenger does not extinguish the second pet button through a predetermined action, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
Advantageously, the control center is configured to control the elevator car to deliver passengers to the destination floor if passengers are already present in the elevator car when the elevator car is assigned to the landing.
Advantageously, the control center is configured to cause the elevator car to respond only to a call at the landing pressing the first pet button after the passenger enters the elevator car.
Advantageously, the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time by means of the control panel in the elevator car.
Advantageously, the control center is further configured to cause the first pet button of all landings and the second pet button in the elevator car to go out after the elevator car has sent all passengers to each destination floor if a passenger selects a destination floor within a predetermined time.
Advantageously, the control center is further configured to cause the elevator car to respond only to a call at the landing pressing the first pet button.
Advantageously, the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time by means of the control panel in the elevator car.
Advantageously, the control center is further configured such that if a passenger selects a destination floor within a predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car has sent all passengers to each destination floor.
Advantageously, the control center is configured such that after a passenger enters an elevator car, the elevator car no longer responds to any calls until the passenger is delivered to the destination floor.
Advantageously, the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time by means of the control panel in the elevator car; if the passenger selects the destination floor within a predetermined time, the first pet buttons of all landings and the second pet button in the elevator car are turned off after the elevator car sends all passengers to each destination floor.
Advantageously, the control center is also configured such that the elevator car no longer responds to any calls until the passenger is delivered to the destination floor.
Advantageously, the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time by means of the control panel in the elevator car; if the passenger selects the destination floor within a predetermined time, the first pet buttons of all landings and the second pet button in the elevator car are turned off after the elevator car sends all passengers to each destination floor.
Drawings
Advantages and objects of the present invention will be better understood in the following detailed description of preferred embodiments of the invention, taken in conjunction with the accompanying drawings. The drawings are not necessarily to scale, emphasis instead being placed upon illustrating the relationship of the various components. In the drawings:
fig. 1 presents a flow chart of a first mode of the operating method of an elevator according to the invention.
Fig. 2 presents a flow chart of a second mode of the operating method of the elevator according to the invention.
Fig. 3 presents a flow chart of a third mode of the operating method of the elevator according to the invention.
Fig. 4 shows a schematic view of a first pet button.
Fig. 5 shows a schematic view of a second pet button.
Detailed Description
Various embodiments according to the present invention will be described in detail with reference to the accompanying drawings. Here, it is to be noted that, in the drawings, the same reference numerals are given to constituent parts having substantially the same or similar structures and functions, and repeated description thereof will be omitted. The term "sequentially comprising A, B, C, etc" merely indicates the order of the included elements A, B, C, etc. and does not exclude the possibility of including other elements between a and B and/or between B and C.
The drawings in the present specification are schematic views to assist in explaining the concept of the present invention, and schematically show the shapes of respective portions and their mutual relationships.
Hereinafter, preferred embodiments according to the present invention are described in detail with reference to fig. 1 to 5.
Fig. 1 presents a flow chart of a first mode (normal mode) of the operating method of an elevator according to the invention. The elevator includes a control center, a first pet button disposed at a control panel of the landing, and a second pet button disposed at a control panel of the elevator car. After the elevator starts to run, the control center receives signals indicating the state of pet service of the elevator, wherein the signals comprise a first signal and a second signal, the first signal indicates that a passenger presses a first pet button at a landing to call the elevator car, and the second signal indicates that the passenger in the elevator car presses a second pet button in the elevator car.
As shown in fig. 1, a passenger presses a first pet button at a landing to call an elevator car at step 10, and the first pet button at the landing where the passenger is located is illuminated at step 20. Upon receiving such a first signal, the control center assigns an elevator car to the landing and causes a second pet button in the assigned elevator car to illuminate. In step 30, the assigned elevator car receives the passenger, and after the elevator car arrives at the landing, in step 40, the first pet button of the landing changes from normally on to flashing, and the first pet buttons of the remaining landings also change to flashing. The passenger enters the elevator car, and if the passenger selects a destination floor within a predetermined time in step 50, the passenger proceeds to step 70, and the first pet buttons of all the landings and the second pet button in the elevator car are extinguished; if the passenger selects the destination floor within a predetermined time, proceed to step 60. In step 60, if the passenger extinguishes the second pet button in the elevator car through a predetermined action, the process proceeds to step 70, and the first pet buttons of all the landings are also extinguished; if the passenger does not extinguish the second pet button through the predetermined action, the elevator car sends all the passengers to each destination floor in the step 80, then the elevator car sends all the passengers to the destination floors in the step 70, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished, and finally the running period is ended.
At step 10 ', a passenger already in the car presses the second pet button, and after receiving such a second signal, the control center flashes the first pet buttons at all landings and illuminates the second pet button in the elevator car, as shown at step 20'. Then, the step 50 is proceeded, if the passenger selects the destination floor within the preset time, the step 70 is proceeded, and the first pet buttons of all the landings and the second pet button in the elevator car are turned off; if the passenger selects the destination floor within a predetermined time, proceed to step 60. In step 60, if the passenger extinguishes the second pet button in the elevator car through a predetermined action, the process proceeds to step 70, and the first pet buttons of all the landings are also extinguished; if the passenger does not extinguish the second pet button through the predetermined action, the elevator car sends all the passengers to each destination floor in the step 80, then the elevator car sends all the passengers to the destination floors in the step 70, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished, and finally the running period is ended.
Fig. 2 presents a flow chart of a second mode (priority mode) of the operating method of the elevator according to the invention. The second mode differs from the first mode in that: after the control center receives the signal indicating that the elevator enters the pet service state and allocates the elevator car, the elevator car only responds to the call of pressing the first pet button at the landing, but not responds to the ordinary call.
As shown in fig. 2, at step 110, the passenger calls the elevator car by pressing a first pet button at a landing, and at step 120, the first pet button at the landing where the passenger is located is illuminated. Upon receiving such a first signal, the control center assigns an elevator car to the landing and causes a second pet button in the assigned elevator car to illuminate. In step 130, the assigned elevator car receives the passenger, and after the elevator car arrives at the landing, in step 140, the first pet button of the landing changes from normal lighting to flashing, and the first pet buttons of the rest of the landings also change to flashing. The passenger enters the elevator car, and if the passenger selects a destination floor within a predetermined time in step 150, the passenger proceeds to step 170, and the first pet buttons of all landings and the second pet button in the elevator car are extinguished; if the passenger selects the destination floor within a predetermined time, proceed to step 160. In step 160 the elevator car responds only to the first signal of pressing the first pet button at the landing and not to the ordinary call of the ordinary passenger, after the elevator car has delivered all the passengers with pets to the destination floor, then in step 170 the first pet button of all landings and the second pet button in the elevator car go out, ending a run cycle finally.
At step 110 ', a passenger already in the car presses the second pet button, and after receiving such a second signal, the control center flashes the first pet buttons at all landings and illuminates the second pet button in the elevator car, as shown at step 120'. Then, the step 150 is proceeded, if the passenger selects the destination floor within the preset time, the step 170 is proceeded, and the first pet buttons of all the landings and the second pet button in the elevator car are turned off; if the passenger selects the destination floor within a predetermined time, proceed to step 160. In step 160 the elevator car responds only to the first signal of pressing the first pet button at the landing and not to the ordinary call of the ordinary passenger, after the elevator car has delivered all the passengers with pets to the destination floor, then in step 170 the first pet button of all landings and the second pet button in the elevator car go out, ending a run cycle finally.
Fig. 3 presents a flow chart of a third mode (detached mode) of the operating method of the elevator according to the invention. The third mode differs from the second mode in that: after the control center receives the signal indicating that the elevator is in pet service and assigns an elevator car, the elevator car no longer responds to any calls.
As shown in fig. 3, at step 210, a passenger presses a first pet button at a landing to call an elevator car, and at step 220, the first pet button at the landing where the passenger is located is illuminated. Upon receiving such a first signal, the control center assigns an elevator car to the landing and causes a second pet button in the assigned elevator car to illuminate. In step 230, the assigned elevator car receives the passenger, and after the elevator car arrives at the landing, in step 240, the first pet button at the landing will change from normally on to flashing, and the first pet buttons at the remaining landings will also change to flashing. The passenger enters the elevator car, and if the passenger selects a destination floor within a preset time in step 250, the passenger goes to step 270 to extinguish the first pet buttons of all the landings and the second pet button in the elevator car; if the passenger selects the destination floor within a predetermined time, proceed to step 260. At step 260, the elevator car does not respond to any calls, after the elevator car has delivered all the passengers with pets to the destination floor, then at step 270, the first pet button at all landings and the second pet button in the elevator car are extinguished, ending the run cycle for the last time.
At step 210 ', a passenger already in the car presses the second pet button, and after receiving such a second signal, the control center flashes the first pet buttons at all landings and illuminates the second pet button in the elevator car, as shown at step 220'. Then, the step 250 is proceeded, if the passenger selects the destination floor within the preset time, the step 270 is proceeded, and the first pet buttons of all the landings and the second pet button in the elevator car are extinguished; if the passenger selects the destination floor within a predetermined time, proceed to step 260. At step 260, the elevator car does not respond to any calls, after the elevator car has delivered all the passengers with pets to the destination floor, then at step 270, the first pet button at all landings and the second pet button in the elevator car are extinguished, ending the run cycle for the last time.
The invention also relates to an elevator, which comprises an elevator car, wherein the elevator car is arranged in the shaft; a first pet button 1 provided on a control panel of a landing; the second pet button 2 is arranged on a control panel of the elevator car; and a control center configured to be able to perform the above-described operation method. As can be seen in fig. 4, the first pet button includes an up pet button 11 and a down pet button 12.
Specifically, the control center can control the elevator to operate in a first mode (normal mode), a second mode (priority mode), and a third mode (separated mode). In a first mode, the control center is configured to: receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car; after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker; assigning an elevator car to the landing and illuminating a second pet button in the elevator car; after a passenger enters the elevator car, a first pet button at the landing is caused to flash. If the passenger does not select the destination floor within the preset time through the control panel in the elevator car after entering the elevator car, the control center extinguishes the first pet buttons of all the landings and the second pet buttons in the elevator car; if the passenger selects the destination floor within a predetermined time, the control center performs the following operations: if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished; or if the passenger does not extinguish the second pet button through a predetermined action, the first pet button of all the landings and the second pet button in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
If the passenger who is already in the elevator car presses the second pet button, the control center enables the second pet button in the elevator car to be lightened and the first pets of all the landings to twinkle after receiving the second signal. Turning off the first pet buttons of all the landings and the second pet button in the elevator car if the passenger does not select the destination floor through a control panel in the elevator car within a predetermined time; if the passenger selects the destination floor within a predetermined time, the following operations are performed: if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished; or if the passenger does not extinguish the second pet button through a predetermined action, the first pet button of all the landings and the second pet button in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
The second mode differs from the first mode in that: after the control center receives the signal indicating that the elevator enters the pet service state and allocates the elevator car, the elevator car will only respond to the call of pressing the first pet button at the landing, but not respond to the ordinary call, if the elevator car has a passenger before being allocated to the landing, the elevator car firstly sends the passenger to the destination floor, and then goes to the corresponding landing to respond to the call of the first pet button.
In a second mode, the control center is configured to: receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car; after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker; assigning an elevator car to the landing and illuminating a second pet button in the elevator car; after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
The control center is configured to control the elevator car to deliver the passenger to the destination floor if the passenger is already present in the elevator car when the elevator car is assigned to the landing. After the elevator car has no passengers, the control center makes the elevator car only respond to the call at the landing, wherein the call is pressed by the first pet button, after the passenger pressing the first pet button enters the elevator car. Turning off the first pet buttons of all the landings and the second pet button in the elevator car if the passenger does not select the destination floor through a control panel in the elevator car within a predetermined time; if the passenger selects the destination floor within the preset time, after the elevator car sends all the passengers to each destination floor, the first pet buttons of all the landings and the second pet buttons in the elevator car are turned off.
When a passenger is in the cage and presses the second pet button, the control center controls the second pet button to brighten and enables the first pet buttons of all the landings to twinkle. At this time, the car responds only to a call from the landing pressing the first pet button. Turning off the first pet buttons of all the landings and the second pet button in the elevator car if the passenger does not select the destination floor through a control panel in the elevator car within a predetermined time; if the passenger selects the destination floor within the preset time, after the elevator car sends all the passengers to each destination floor, the first pet buttons of all the landings and the second pet buttons in the elevator car are turned off.
The third mode differs from the second mode in that: after the control center receives the signal indicating that the elevator is in pet service and assigns an elevator car, the elevator car no longer responds to any calls.
In a third mode, the control center is configured to: receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car; after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker; assigning an elevator car to the landing and illuminating a second pet button in the elevator car; after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
The control center is configured to control the elevator car to deliver the passenger to the destination floor if the passenger is already present in the elevator car when the elevator car is assigned to the landing. After the passenger is not in the elevator car, the control center causes the elevator car to no longer respond to any calls until the passenger reaches the destination floor after the passenger pressing the first pet button enters the elevator car.
Turning off first pet buttons of all landings and second pet buttons in the elevator car if the passenger does not select a destination floor through a control panel in the elevator car within a predetermined time; if the passenger selects the destination floor within a predetermined time, the first pet buttons of all landings and the second pet button in the elevator car are turned off after the elevator car sends all passengers to each destination floor.
When a passenger is in the cage and presses the second pet button, the control center controls the second pet button to brighten and enables the first pet buttons of all the landings to twinkle. At this point, the car no longer responds to any calls. Turning off the first pet buttons of all the landings and the second pet button in the elevator car if the passenger does not select the destination floor through a control panel in the elevator car within a predetermined time; if the passenger selects the destination floor within the preset time, after the elevator car sends all the passengers to each destination floor, the first pet buttons of all the landings and the second pet buttons in the elevator car are turned off.
The elevator capable of operating in the first mode, the second mode and the third mode is described above, by which the passenger with the pet can be better served, and the operating method thereof.
The above description is merely illustrative of the present invention, which is set forth to enable one of ordinary skill in the art to fully practice the present invention, and not to limit the present invention. The technical features disclosed above are not limited to the combinations with other features disclosed, and other combinations between the technical features can be performed by those skilled in the art according to the purpose of the invention, so as to achieve the purpose of the invention.
Claims (30)
1. An operation method of an elevator, characterized in that the elevator comprises a control center, a first pet button provided at a control panel of a landing, and a second pet button provided at a control panel of an elevator car, the method comprising:
(a) receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car;
(b) after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker;
(c) assigning an elevator car to the landing and illuminating a second pet button in the elevator car;
(d) after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
2. The method of claim 1, further comprising after step (d), (d1) if the passenger does not select a destination floor within a predetermined time via a control panel within the elevator car, extinguishing the first pet button of all landings and the second pet button within the elevator car; (d2) if the passenger selects the destination floor within a predetermined time, the following operations are performed:
(d21) if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished;
(d22) if the passenger does not extinguish the second pet button through a predetermined action, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
3. The method of claim 1, wherein the signal further comprises a second signal indicating that a second pet button within the elevator car is pressed, the method comprising:
(b') after receiving the second signal, making a second pet button in the elevator car become bright and making the first pets of all the landings twinkle.
4. The method of claim 3, further comprising after step (b '), (b 1') extinguishing the first pet buttons of all landings and the second pet button in the elevator car if the passenger does not select a destination floor within a predetermined time via a control panel in the elevator car; (b 2') if the passenger selects the destination floor within the predetermined time, the following is performed:
(b 21') if the passenger extinguishes the second pet button in the elevator car by a predetermined action, the first pet buttons of all landings are also extinguished;
(b 22') if the passenger does not extinguish the second pet button by a predetermined action, the first pet button of all landings and the second pet button in the elevator car are extinguished after the elevator car has sent all passengers to the respective destination floors.
5. The method of claim 1, wherein in step (c), before the elevator car assigned to the landing stops at the landing, if a passenger is already present in the elevator car, the passenger is first brought to the destination floor.
6. The method of claim 5, wherein in step (d), after the passenger enters the elevator car, the elevator car is caused to respond only to a call at the landing pressing the first pet button.
7. The method of claim 6, further comprising after step (d), (d 1') extinguishing the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time via a control panel in the elevator car; (d 2') if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to the respective destination floors.
8. The method of claim 3, further comprising causing the elevator car to respond only to a call at the landing that presses the first pet button in step (b').
9. The method of claim 8, further comprising after step (b'), (b1 ") extinguishing the first pet buttons of all landings and the second pet button in the elevator car if the passenger does not select a destination floor within a predetermined time via a control panel in the elevator car; (b2 ") if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to each destination floor.
10. The method of claim 5, wherein in step (d), after the passenger enters the elevator car, the elevator car is caused to no longer respond to any calls.
11. The method of claim 10, further comprising after step (d), (d 1') extinguishing the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time via a control panel in the elevator car; (d 2') if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to the respective destination floors.
12. The method of claim 3, further comprising causing the elevator car to no longer respond to any calls in step (b').
13. The method of claim 12, further comprising after step (b '), (b 1' ") extinguishing the first pet buttons of all landings and the second pet button in the elevator car if the passenger does not select a destination floor within a predetermined time via a control panel in the elevator car; (b 2') if the passenger selects the destination floor within the predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to each destination floor.
14. An elevator, characterized in that the elevator comprises:
an elevator car disposed in the hoistway;
a first pet button provided on a control panel of a landing;
the second pet button is arranged on a control panel of the elevator car;
a control center configured to:
receiving a signal indicating that the elevator enters a pet service state, the signal comprising a first signal indicating that a first pet button of a landing is pressed to call an elevator car;
after receiving the first signal, enabling the first pet button of the landing to be lightened, and enabling the first pet buttons of other landings to flicker;
assigning an elevator car to the landing and illuminating a second pet button in the elevator car;
after a passenger enters the elevator car, a first pet button at the landing is caused to flash.
15. The elevator of claim 14, wherein the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time after entering the elevator car via a control panel in the elevator car.
16. The elevator of claim 15, wherein the control center is further configured to, if the passenger selects a destination floor within a predetermined time, perform the following:
if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished;
if the passenger does not extinguish the second pet button through a predetermined action, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
17. The elevator of claim 14, wherein the signal further comprises a second signal indicating that a second pet button within the elevator car is pressed, the control center further configured to: after receiving the second signal, a second pet button in the elevator car is lightened, and first pets of all the landings twinkle.
18. The elevator of claim 14, wherein the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time via a control panel in the elevator car.
19. The elevator of claim 18, wherein the control center is further configured to, if the passenger selects a destination floor within a predetermined time, perform the following:
if the passenger extinguishes the second pet button in the elevator car through a preset action, the first pet buttons of all the landings are also extinguished;
if the passenger does not extinguish the second pet button through a predetermined action, the first pet buttons of all the landings and the second pet buttons in the elevator car are extinguished after the elevator car sends all the passengers to each destination floor.
20. The elevator of claim 14, wherein the control center is configured to control the elevator car to deliver the passenger to the destination floor if the passenger is already present in the elevator car when the elevator car is assigned to the landing.
21. The elevator of claim 20, wherein the control center is configured to cause the elevator car to respond only to a call at a landing pressing the first pet button after a passenger enters the elevator car.
22. The elevator of claim 21, wherein the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time via a control panel in the elevator car.
23. The elevator of claim 22, wherein the control center is further configured to cause the first pet button of all landings and the second pet button in the elevator car to go out after the elevator car has sent all passengers to each destination floor if a passenger selects a destination floor within a predetermined time.
24. The elevator of claim 17, wherein the control center is further configured to cause the elevator car to respond only to a call at a landing pressing the first pet button.
25. The elevator of claim 24, wherein the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time via a control panel in the elevator car.
26. The elevator of claim 25, wherein the control center is further configured such that if a passenger selects a destination floor within a predetermined time, the first pet button of all landings and the second pet button in the elevator car go out after the elevator car sends all passengers to each destination floor.
27. The elevator of claim 20, wherein the control center is configured to cause the elevator car to no longer respond to any calls until the passenger is delivered to the destination floor after the passenger enters the elevator car.
28. The elevator of claim 27, wherein the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor within a predetermined time via a control panel in the elevator car; if the passenger selects the destination floor within a predetermined time, the first pet buttons of all landings and the second pet button in the elevator car are turned off after the elevator car sends all passengers to each destination floor.
29. The elevator of claim 17, wherein the control center is further configured to cause the elevator car to no longer respond to any calls until the passenger is delivered to the destination floor.
30. The elevator of claim 29, wherein the control center is further configured to extinguish the first pet button of all landings and the second pet button in the elevator car if the passenger does not select the destination floor by the control panel in the elevator car within a predetermined time; if the passenger selects the destination floor within a predetermined time, the first pet buttons of all landings and the second pet button in the elevator car are turned off after the elevator car sends all passengers to each destination floor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110429186.2A CN112960499A (en) | 2021-04-21 | 2021-04-21 | Method for operating an elevator and elevator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202110429186.2A CN112960499A (en) | 2021-04-21 | 2021-04-21 | Method for operating an elevator and elevator |
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| CN112960499A true CN112960499A (en) | 2021-06-15 |
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| CN202110429186.2A Pending CN112960499A (en) | 2021-04-21 | 2021-04-21 | Method for operating an elevator and elevator |
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| JP2005193996A (en) * | 2003-12-26 | 2005-07-21 | Mitsubishi Electric Corp | Operating device of elevator for pet |
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| CN106672731A (en) * | 2015-11-11 | 2017-05-17 | 东芝电梯株式会社 | A control device for an elevator allowing pets to take the elevator together |
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| JP2005193996A (en) * | 2003-12-26 | 2005-07-21 | Mitsubishi Electric Corp | Operating device of elevator for pet |
| JP2005255276A (en) * | 2004-03-09 | 2005-09-22 | Toshiba Elevator Co Ltd | Elevator |
| CN101934958A (en) * | 2010-08-30 | 2011-01-05 | 日立电梯（中国）有限公司 | Elevator and running control method thereof |
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