JPH0672686A - Escalator concurrently serving for wheelchair - Google Patents

Abstract

PURPOSE:To prevent serviceability from worsening by providing a wheelchair mounting special footstep in at least one of a plurality of footsteps circulated to move, and providing a means for slow speed running the special footstep in an on-off getting port at the time of wheelchair operation and a means for resetting the operation to normal running operation. CONSTITUTION:When a wheelchair operation changeover switch 7 is operated, special footsteps 10 to 12, lifted by a pantograph mechanism or the like to be driven to a form of forming a wide tread surface, are moved to approach an on-off getting port 2, and when a ride in deceleration limit switch 32 is actuated, a motor 30 is inverter-controlled to switch a running speed of an escalator to a slow running speed. When riding in is completed to operate a ride in confirming button 8 by a helper, the escalator runs at a specified speed, and when a deceleration start limit switch 31 is actuated in the vicinity of an on-off getting port 3, the speed is switched to the running speed at which a wheelchair easily gets off. When a getting off confirming button 8a is operated by confirming the wheelchair to get off, the escalator is reset to normal operation.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an escalator for wheelchairs.

[0002]

2. Description of the Related Art Recently, a wheelchair-equipped escalator has been installed in a station building or the like, which enables a wheelchair user to board while using a wheelchair. In such a wheelchair-equipped escalator, at least one special step for wheelchair mounting is provided among a number of steps that are connected endlessly and circulates, and a wheelchair user is mounted for transportation. . This special step operates as a step for general passengers during normal driving, and operates to secure a space for wheelchair loading during wheelchair operation, so that both general passengers and passengers using wheelchairs can use it as a combined use. It is common to have

When a wheelchair user is to be placed on an escalator during normal driving, first the general user is completely transported, and then the mode is switched to wheelchair driving, and the special step comes to the entrance / exit where the wheelchair user is located. When it does, it is automatically stopped. Similarly, when the wheelchair passenger gets off at the other entrance / exit, the escalator is once stopped, the wheelchair user is lowered, and then the escalator is returned to the normal operation. It is supposed to do.

[0004]

However, in the conventional driving method, since the escalator is temporarily stopped at each entrance / exit of the wheelchair when driving the wheelchair, the driving efficiency is poor and the service for general users is also deteriorated. become. In addition, when a wheelchair user gets off the escalator, it is possible to automatically return to normal driving after stopping the escalator to improve driving efficiency. It was very dangerous and was not the preferred method. Therefore, an object of the present invention is to provide a wheelchair-equipped escalator capable of safely transporting wheelchair users and improving driving efficiency.

[0005]

In order to achieve the above object, the present invention provides a wheelchair-installed special step in at least one of the steps that are connected endlessly and circulate. In an escalator that transports and transports passengers between a pair of entrances and exits,
By means for causing the special step of the escalator to travel at a slow speed at the entrance / exit, stop means for stopping by detecting that the escalator running at a slow speed has traveled a predetermined distance or more, and the escalator running at a slow speed or the stopping means. There is provided a wheelchair-combined escalator, which is provided with means for returning the stopped escalator to normal traveling.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. In FIG. 1, reference numeral 1 denotes an escalator that is inclinedly arranged between an entrance / exit 2 on the lower floor and an entrance / exit 3 on the upper floor, 1a is a truss, 4 is a wheelchair user, 5 is an attendant, and 6 is an entrance / exit 2. Call button for staff to contact staff 5, provided at
Is a wheelchair operation changeover switch provided on the parapet of the escalator 1, 8 is a boarding confirmation operation button, 8a is a descending confirmation button, 8b is a wheelchair operation stop button, 8c is a restart button, 9 is a step, and an entrance / exit 2 In addition, the upper surfaces of the steps 9 are flat near the entrance / exit 3, and the upper surfaces of the steps 9 form a step difference at an inclined portion in the middle. Reference numeral 10 is a first special step forming a wheelchair step among a large number of steps 9, 11 is a second special step, and 12 is a third special step. Reference numeral 13 is an urging device for transforming the special steps into a wheelchair-mountable state or returning to a normal driving state during wheelchair driving.

The various buttons 8, 8a, 8b, 8c are
It is valid only when driving a wheelchair. 31 to 34 here
Are various limit switches provided on the truss 1a, two for the ascending operation and two for the descending operation, respectively.
Individual pieces are provided, and the projecting pieces (not shown) provided on the first special steps 10 are adapted to operate only during wheelchair driving. 31 is a deceleration start limit switch that detects a deceleration start position for decelerating the special step at the entrance / exit 2 or 3, and 32 is a deceleration for decelerating the patented step to the entrance / exit 2 or 3 when the wheelchair is boarded. The deceleration limit switch for detecting the start position, 33 is a special step which is running at a very low speed (3.5 m / min) at the entrance / exit 2 or 3 when the wheelchair is on board The overrun limit switch 34 for detecting that the vehicle is still traveling at a very low speed even if the position is exceeded.
n) A descending overrun limit switch that detects that the traveling special step is still traveling at a very low speed even if it exceeds a predetermined position (the position where the descending operation should be completed).

2 to 6 are diagrams showing the structure and operation of the special steps. The operation of the special steps will be described using these. FIG. 2 shows a case where the special steps are not energized and the normal operation is performed. Further, FIG. 3 shows a case where a special step is urged and a wheelchair or the like is mounted and the vehicle is driven. In these, 1a is a truss and 13 is an urging device for special steps. 13a is a rack attached to the urging device, and 14a, 14b, 14c are racks 13
Pinion attached to the special step side that meshes with a, 15
Reference numerals a, 15b, and 15c are drive units that drive the in-step mechanism by the rotational force of the pinions 14a, 14b, and 14c.

The first special step 10 is a step in which a part of the step can be inclined, 16 is an inclined step, and 17 is a fixed step. In the normal operation state, the drive unit 15 attached to the inclined step portion 16
The retainer 18a projects from the a, and the retainer 19a of the fixed step portion 17
The inclined step portion 16 and the fixed step portion 17 are integrated with each other. During the tilting operation, the holder 18a is disengaged from the holder 19a and tilts around the tilt rotation shaft 20.

The second special step 11 is a step provided with a connecting device for connecting the step plate portions of the third special step 12 so as to form a tread surface for about two steps when the inclined part runs. In this connecting device, the gear 21 is rotated by the drive unit 15b and the connecting rod 22 having rack teeth is advanced and retracted to be connected to the third special step 12,
Perform separation.

A part of the third special step 12 is connected by the second special step 11 to form a wide tread surface, 23 is a connected step portion, and 24 is a fixed step portion that is not connected. The connecting step portion 23 and the fixed step portion 24 are connected by a pantograph 25, and the degree of freedom of displacement operation of the connecting step portion 23 is restricted. In the normal operating state, the retainer 18c is projected by the drive portion 15c attached to the fixed step portion 24, and the connecting step portion 23
Meshes with the retainer 19c, and the connecting step portion 23 and the fixed step portion 24
Are integrated. During the connecting operation of the second and third special steps, the retainer 18c is disengaged from the retainer 19c, and the connecting step portion 23
Can follow the second special step 11. Further, a car stop 25a is provided on the third special step to prevent the wheelchair from falling when it is mounted. This car stop 25a
The drive unit 15c projects and retracts from the upper surface of the tread.

FIG. 4 shows a state in which the special steps 10, 11 and 12 are urged and the vehicle is running on the hypotenuse part in a state in which a wheelchair or the like can be mounted. 5 and 6 are views showing the appearance of the special steps.
Shows a normal driving state, and FIG. 6 shows a state in which a wheelchair or the like can be mounted.

The escalator capable of carrying a wheelchair or the like is constructed as described above, and a plurality of steps are connected to each other to secure a space for mounting the wheelchair. In the above-described configuration, the operation operation when the wheelchair operation changeover switch 7 is operated will be described with reference to FIGS. 7 and 8.

First, after confirming that the transportation of general passengers has been completed, when the wheelchair operation changeover switch 7 is operated (step 1), the escalator starts wheelchair operation.

When the wheelchair operation is started and the special step approaches the entrance / exit, the boarding deceleration limit switch 32 operates (step 2), and the motor 30 is inverter-controlled to make it easy for the wheelchair to board and the attendant to board the car with a margin. The escalator is operated at a speed at which the escalator can be operated, for example, 3.5 m / min (step 3). When the boarding is completed, the attendant operates the boarding confirmation button 8 (step 4). When the boarding confirmation button 8 is operated, the escalator will move at a specified speed of 30m /
The vehicle runs at min (step 5), and the deceleration start limit switch 31 operates near the entrance / exit (step 6). When the deceleration start limit switch 31 operates, the escalator is driven at a speed at which the wheelchair can easily get off, for example, 7.5 m / min (step 7). Here, the speed of the escalator when the wheelchair gets off is preferably higher than the speed when getting on the vehicle.
This is because it is possible from the point of view of driving efficiency because the wheelchair itself can obtain the inertial force so that it is possible to get off smoothly, and the operation of the attendant is much easier when getting off than when getting on board. Is.

When it is finally confirmed that the wheelchair has stepped down, the step-down confirmation button 8a is operated (step 8) to return the escalator to normal operation (30 m / min) (step 9).

Here, in step 4, the boarding confirmation button 8
If is not operated, proceed to step 10. When the boarding overrun limit switch 33 operates, the escalator stops (step 11). After the escalator is stopped, by operating the boarding confirmation button 8 (step 12), the escalator returns to the normal running (step 5).

If the down confirmation button 8a is not operated in step 8, the process proceeds to step 13. When the descending overrun limit switch 34 operates, the escalator stops (step 14). After the escalator is stopped, the escalator is returned to normal operation by operating the descending confirmation button 8a (step 15) (step 9).

As described above, according to the present embodiment, after switching to wheelchair driving, the special steps are called near the entrance / exit so that the passengers are allowed to run at a very low speed without stopping the steps when getting on / off the wheelchair. Since the speed of the escalator when getting off the wheelchair is set to be higher than the speed of the escalator when getting in, it is possible to improve the operation efficiency and to provide the boarding confirmation button 8 and the getting-off confirmation button 8a. As a result, it is possible to ensure that the wheelchair loading and unloading operations are performed, so that it is possible to ensure safety for wheelchair users. In addition, when the wheelchair boarding and dismounting operations take time and effort, the escalator is automatically stopped, so even if the escalator is driven at a slow speed when the wheelchair is operated, the escalator can be operated without any worries. .

In this embodiment, the wheelchair operation changeover switch 7, the boarding confirmation driving button 8, and the getting-off confirmation button 8 are used.
a, a wheelchair-driving stop button 8b, and a restart button 8c are provided on the parapet to configure the escalator so that it can respond to wheelchair driving. For example, as shown in FIG. 9, the escalator entrances and exits 2 and 3 are wirelessly connected. A remote control receiver 35 is provided so that the clerk 5 can use the wireless remote control transmitter 36 to perform various wheelchair-driving switches or buttons 7, 8 and 8a.
The command operation corresponding to 8c may be performed.

With this configuration, when it is desired to perform an operation such as an emergency stop, the wireless remote control transmitter can be used without the wheelchair driving stop button 8b nearby.
The stop command can be transmitted to the wireless remote control receiver 35 by the 36, and the wireless remote control receiver 35 that has received the stop command sends a stop command to the wheelchair driving control unit (not shown) to stop the escalator remotely. Can be made. Therefore, the operability of the staff member 5 during wheelchair driving is good, and the wheelchair user can be safely transported. Also, by using the wireless remote control transmitter 36 and receiver 35,
Since it is not necessary to provide various switches and buttons 7, 8, 8a to 8c, the balustrade of an ordinary escalator (without wheelchair driving function) can be used as it is, and the production time and cost can be significantly reduced. Becomes In addition, it is possible to use a wheelchair-equipped escalator even for escalator of various types of parapets such as transparent panel type parapet which is difficult to attach buttons etc., eliminating the complexity of design, production, management and assembly in standardization. To be done.

Further, as shown in FIGS. 9 and 10, a restriction door 37 is provided at each of the entrances / exits 2 and 3 for restricting the entrance / exit of a person, and the restriction door 37 is also operated by the wireless remote control transmitter 36. By doing so, it is possible to remotely restrict the entry of general passengers who board later, and it is possible to accurately time the boarding permission of general passengers. Normally, after the wheelchair is installed, the normal speed is 30m / min
After moving to, the boarding permission for general passengers is given. By doing so, the entry of general users can be restricted until the wheelchair driving becomes stable (30 m / min), so that the safety of general users can be improved. In addition, although there is a case where a passenger is usually given permission to board by an announcement, the problem that a wheelchair user is distracted and enters without noticing can be solved.

[0023]

As described above, according to the present invention, it is possible to provide a wheelchair-equipped escalator having excellent driving efficiency, while ensuring safety for wheelchair passengers and without lowering service service for general passengers.

[Brief description of drawings]

FIG. 1 is an overall configuration diagram of a wheelchair-equipped escalator according to the present invention.

FIG. 2 is a cross-sectional view showing the structure of a special step of the present invention.

FIG. 3 is a cross-sectional view showing a structure of a special step of the present invention.

FIG. 4 is a sectional view showing the structure of a special step of the present invention.

FIG. 5 is a sectional view showing an external configuration of a special step of the present invention.

FIG. 6 is a sectional view showing an external configuration of a special step of the present invention.

FIG. 7 is a flowchart showing the operation of the wheelchair-equipped escalator according to the present invention.

FIG. 8 is an operation time chart of the wheelchair-operated escalator according to the present invention during wheelchair driving.

FIG. 9 is an overall configuration diagram of a wheelchair-operated escalator that is another embodiment of the present invention.

FIG. 10 is a perspective view of a restricted door of the wheelchair-operated escalator according to another embodiment of the present invention.

[Explanation of Codes] 2, 3 ... Entrance / Exit, 7 ... Wheelchair operation switching switch, 8 ... Entrance confirmation button, 8a ... Entrance confirmation button, 9 ... Steps, 10 ...
1st special step, 11 ... 2nd special step, 12 ... 3rd special step, 31 ... Deceleration start limit switch, 32 ... Boarding deceleration limit switch, 33 ... Boarding overrun limit switch, 34 ... Descent over Run limit switch, 35 ... Wireless remote control receiver, 36 ... Wireless remote control transmitter, 37 ... Limit door.

Claims (6)

[Claims] 1. An escalator for transporting a passenger between a pair of entrances and exits, wherein a special step for mounting a wheelchair is provided in at least one of a plurality of steps which are connected endlessly and circulate. A wheelchair-combined escalator, comprising: a means for causing the special step of the escalator to travel at a slow speed at the entrance / exit of the wheelchair and a means for returning the escalator, which travels at a slow speed, to normal travel. 2. An escalator in which a special step for wheelchair mounting is provided in at least one of a number of steps which are connected in an endless manner and circulates, and which conveys and transports between a pair of entrances and exits for passengers. During wheelchair operation, means for causing the special steps of the escalator to travel at a slow speed at the entrance / exit, stop means for stopping when the escalator running at a slow speed has traveled a predetermined distance or more, and the escalator running at a slow speed or An escalator for wheelchairs, comprising: a means for returning the escalator stopped by the stopping means to normal traveling. 3. The wheelchair-equipped escalator according to claim 1 or 2, at the time of driving the wheelchair, the speed of the escalator at the entrance / exit of the passenger on the wheelchair side is higher than the speed of the escalator at the entrance / exit of the passenger. Escalator for wheelchairs, characterized by increased speed. 4. An escalator for transporting a passenger between a pair of entrances and exits to and from a passenger, wherein a special step for wheelchair mounting is provided in at least one of a number of steps which are connected endlessly and circulate. A wheelchair-equipped escalator, characterized in that a wireless remote control receiver is provided, and a wheelchair is driven based on a command signal from the wireless remote control transmitter transmitted to the wireless remote control receiver. 5. An escalator in which a special step for wheelchairs is provided in at least one of a number of steps which are connected in an endless manner and circulates, and which conveys and transports between a pair of entrances and exits for passengers. A wheelchair-equipped escalator, characterized in that a door for restricting entrance of passengers is provided at the entrance / exit. 6. An escalator for transporting a passenger between a pair of entrances and exits to a passenger by providing a special step for mounting a wheelchair on at least one of the steps that are connected in an endless manner and circulates. Wireless remote control receiver,
A wheelchair-equipped escalator, characterized in that a restriction door provided at the entrance / exit is provided, and the restriction door is operated based on a command signal from a wireless remote control transmitter transmitted to the wireless remote control receiver.