WO2019111306A1 - Elevator device and method for replacing landing position detecting unit for elevator device - Google Patents

Abstract

Provided is an elevator device that can make adjusting the mutual positions of a landing position setting unit and a landing position detecting unit unnecessary and that can shorten the time for replacement by simplifying the work to replace a landing position detecting unit. A landing position setting unit 24 is provided on a first protection plate 23 mounted on a boarding-side threshold 21, and a landing position detecting unit 26 is provided on a second protection plate 25 mounted on a car-side threshold 22. Because the landing position setting unit 24 is provided on the first protection plate 23 mounted on the boarding-side threshold 21 that serves as a positioning reference and the landing position detecting unit 26 is provided on the second protection plate 25 mounted on the car-side threshold 22 that serves as a positioning reference, adjustment of the mutual positions of the landing position setting unit 24 and the landing position detecting unit 26 can be made unnecessary. In addition, by moving a passenger car 11 up by a prescribed distance, the second protection plate 25 can be exposed to the boarding platform 27 and the landing position detecting unit 26 can easily be replaced from the boarding platform even if the landing position detecting unit 26 is damaged.

Description

Elevator apparatus and method of replacing landing position detector of elevator apparatus

The present invention relates to an elevator apparatus installed in a building, and more particularly, to an elevator apparatus provided with a landing position detection device for detecting a landing position relationship between a landing of a landing floor and a car, and a landing position detector of the elevator apparatus. It relates to the exchange method.

In the elevator apparatus, it is necessary to open the door of the car or the landing after the car arrives at the landing of the predetermined landing, but for the opening and closing control of this door, the operated car is on the predetermined landing. It is necessary to detect that the landing has arrived exactly. For this reason, the conventional elevator apparatus is provided with a landing position detection device that detects the positional relationship between the landing on the landing floor and the car.

For example, a landing position detector is provided on the ceiling of the car, and a landing position setter is provided on the guide rail in the hoistway above the hall, and the car is stopped at the hall at the regular position. In the state, alignment between the landing position detector and the landing position setter is performed to detect that the car has arrived at the landing accurately. That is, by detecting the absolute position of the car in the hoistway, alignment between the floor of the car and the floor of the landing is performed.

In addition, as another function of the landing position detection device, a door opening / closing permission area (a landing side door and a car so that the car side door of the car does not open carelessly where there is no landing side door of the hall) The side door is used to detect an openable / closable area / so-called door zone). As described above, the landing position detector is generally installed on the upper side of the ceiling of the car, and the position of the landing position setting device provided from the guide rail via the bracket is determined by the landing position detector. The position of the car is detected by detection.

By the way, in the conventional landing position detecting device, the landing position detector and the landing position detector are attached to the upper side of the ceiling of the car, the positional relationship between the floor of the landing and the floor of the car is the same as that of the car. Since the upper landing position detector is relative to the landing position setter, the bracket on which the landing position setter is mounted is raised and lowered relative to the guide rail in order to perform accurate alignment between the two. I had to adjust to the direction. For this reason, it is necessary for the worker to adjust the position of the bracket from the ceiling of the car, and there is a problem that the adjustment operation is troublesome.

And, in order to facilitate the adjustment work of the landing position setting device, for example, in Japanese Patent Laid-Open No. 2004-224529 (Patent Document 1), the end side of the car side sill of the car side door provided in the car There is also provided a photoelectric landing detection switch (landing position detector) that emits light toward the side of the car and receives the reflected light, and further, the end of the landing side sill on the landing side door. On the side, there is shown an elevator apparatus provided with a landing protection plate (landing position setting device) for reflecting light emitted by the landing detection switch toward the landing detection switch.

In this patent document 1, the landing protection plate (landing position setting device) is attached to the landing side sill with respect to the absolute positioning standard of the landing side sill that constitutes the floor surface of the landing. The adjustment operation of the mounting position of the floor position setting device becomes unnecessary, and the adjustment operation can be simplified.

Japanese Patent Application Publication No. 2004-224529

By the way, in the structure which attaches a landing protective plate to the position of the end side of a landing side sill as it is in patent document 1, it is necessary to attach a landing detection switch under the car side sill corresponding to a landing protective plate. is there. However, in this configuration, there is a problem that it is difficult or takes a long time to perform replacement work when the landing detection switch fails. That is, when moving to the bottom of the car for replacement of the landing detection switch, it is necessary to move down the car along the hoistway wall, which makes the replacement work difficult and the working time It will take a long time.

In the case of direct replacement from below the car, the car is moved to the reference floor for replacement work, and the landing position detector is replaced from the pit. For this reason, it is necessary to enter the hoistway and move the car from the pit. In particular, in a long stroke elevator system, it is necessary to apply a large buffer mechanism because of a large rated speed. For this reason, the depth from the reference floor to the pit is long, and a high-level work is required to move from the pit to the lower part of the car, which also takes a long time.

Furthermore, it is necessary to provide a mounting member for mounting the landing detection switch on the end side of the car side sill, which causes a problem that the mounting member and the number of mounting steps thereof are additionally increased.

The object of the present invention is to eliminate the need for adjusting the mutual position of the landing position setting device and the landing position detector, and to reduce the working time of the replacement operation of the landing position detector with a simple configuration. Elevator apparatus, and a method of replacing the landing position detector of the elevator apparatus.

The feature of the present invention is that the landing position setting device is provided on the first protective plate attached to the landing side sill, and the landing position detector is disposed to face the first protective plate. There is a configuration in which the second protection plate attached to the car side sill is provided.

Another feature of the present invention is that, in the position detection device having the above-described configuration, the second car is exposed to the landing by raising the car from the hall by a predetermined distance, and in this state, the second car from the hall Replace the attached landing position detector, in place.

According to the present invention, the landing position setting device is installed on the first protective plate attached to the landing side sill serving as the positioning reference corresponding to the floor surface of the landing, and the landing position detector is provided in the car. As it is installed on the 2nd protection plate attached to the car side sill which becomes the positioning standard corresponding to the floor, the adjustment work of the mutual position of the landing position detector and the landing position setting device is unnecessary. Can. In addition to this, since the landing detector holding portion is formed on the existing second protective plate and the landing detector is attached thereto, there is no need to use a new attachment member, and the attachment member and its attachment An increase in the number of mounting steps can be suppressed.

In addition, since the landing position detector is attached to the second protection plate attached to the car side sill, even if the landing position detector breaks down and needs to be replaced, the car can be viewed from the landing The second protective plate can be exposed to the landing by moving it upward by a predetermined distance, and the landing position detector attached to the second protective plate from the landing can be easily replaced.

It is a block diagram which shows the structure of the elevator apparatus to which this invention is applied. A perspective view of an essential part for explaining a configuration of a toe guard which is a first protective plate fixed to a landing side sill and an apron which is a second protective plate fixed to a car side sill according to an embodiment of the present invention is there. It is the side view which looked at the toe guard fixed to the landing side sill of FIG. 2, and the apron fixed to the car side sill from the direction of arrow A. FIG. It is a principal part perspective view showing the 1st modification of the toe guard which is the 1st protection plate fixed to the landing side sill which becomes an embodiment of the present invention. It is a principal part perspective view showing the 2nd modification of the toe guard which is the 1st protective plate fixed to the landing side sill which becomes an embodiment of the present invention. When replacing a landing position detector, it is an explanatory view when moving a car by a predetermined distance upward.

Hereinafter, although the embodiment of the present invention will be described in detail with reference to the drawings, the present invention is not limited to the following embodiment, and various modifications and applications can be made within the technical concept of the present invention. Is also included in that range.

In FIG. 1, in the elevator apparatus, a car 11 moving across a plurality of floors within a hoistway 10 formed in a building is connected to a counterweight 14 via a rope 12 and pulleys 13A and 13B. It is done. The vertical movement of the car 11 is performed by driving the sheave 16 by the electric motor 15 constituting the hoisting machine. The driving power is supplied to the motor 15 from the power conversion device 17.

In addition, a pulse generator such as an encoder is attached to the motor 15, and the system controller 18, which is control means, counts pulses generated by the rotation of the motor 15, thereby increasing the speed of the motor 15 and raising and lowering the cage 11. The traveling direction on the road, the traveling distance, etc. are calculated. Further, the system controller 18 receives a position signal from a landing position detector 26 described later, and the system controller 18 determines a position at which the car 11 is at the landing according to the input position signal. The rotation of the motor 15 is controlled so as to be able to land on the ground.

A landing door 19 is disposed at the landing, a car door 20 is disposed at the car 11, and the car door 20 is interlocked with the landing door 19 by an interlock. The landing side door 19 is also opened and closed in conjunction with the opening and closing operation of the car side door 20. The landing-side door 19 is slidably engaged with the landing-side sill 21 and the landing-side door 19 is guided by the landing-side sill 21 in correspondence with the opening and closing operation. Similarly, the car side door 20 slidably engages with the car side sill 22, and the car side door 20 is also guided by the car side sill 22 in correspondence with the opening and closing operation.

Further, a first protective plate 23 is fixed to the lower surface side of the landing side sill 21. The first protective plate 23 is provided with a landing position setting device (landing position setting means) 24. ing. Similarly, a second protection plate 25 is fixed to the lower surface side of the car side sill 22, and a landing position detector (landing position detection means) 26 is provided on the second protection plate 25. It is done. The first protective plate 23 and the second protective plate 25 are disposed to face each other with a predetermined distance therebetween.

Here, the first protective plate 23 is a so-called toe guard, and the second protective plate 25 is a so-called apron 25. In short, regardless of their names, they are fixed to the landing side sill 21. It is sufficient if it is a protection plate and a protection plate fixed to the car side sill 22. Thus, the first protective plate (toe guard) 23 is positioned by the landing side sill 21 and the second protective plate (apron) 25 is similarly positioned by the car side sill 22.

Therefore, when the landing side sill 21 and the car side sill 22 are aligned vertically, the landing position setting device 24 attached to the first protective plate (toe guard) 23 and the second protective plate (apron) 25 The positional relationship of the attached landing position detector 26 is also uniquely determined. In the following description, the first protective plate is described as a toe guard 23 and the second protective plate is described as an apron 25.

The landing position detector 26 provided on the apron 25 is provided at a predetermined distance from the toe guard 23, and the output of the landing position detector 26 is input to the system controller 18. The system controller 18 recognizes, for example, a door opening / closing permission area (door zone) detected by the landing position detector 26, and when openable / closable, the motor controlling the car side door 20 with the permission signal (Not shown).

In FIG. 1, the landing position detector 26 is connected to the system controller 18, but other controllers provided in the car 11 and controllers provided in the landing (for example, safety It can be connected with a dedicated controller. Furthermore, the system controller 18 can also use the landing position detector 26 to detect the absolute position of the car 11 in the hoistway 10.

As described above, the landing position detector 26 allows the user to fall into the hoistway from the gap portion created below the elevator car 11 when the elevator car 11 can not land at the landing floor of the elevator. Provided on the apron 25 which is a protective plate for preventing the Further, the landing position setter 24 detected by the landing position detector 26 can be used by the user from the gap portion generated below the landing when the car 11 can not land at the landing of the landing floor. It is provided in the toe guard 23 which is a protective plate for preventing falling into the hoistway.

Here, the landing position detector 26 can use various types of detectors, and can use a photoelectric type, a magnetic type (a reed switch, a Hall element or the like), a capacitance type, or the like. The landing position setting device 24 may use a light reflection plate or a light receiving element in the photoelectric type, a magnet in the magnetic type, and an electric conductor plate in the capacitance type. In any case, the landing position detector 26 and the landing position setter 24 may use paired parts respectively, and the landing position detector 26 and the landing position setter 24 suitable for the elevator apparatus can be used. It is good if it chooses.

Next, specific configurations of the toe guard 23, the landing position setting device 24, the apron 25, and the landing position detector 26 will be described based on FIGS. 2 and 3. Here, FIG. 2 is a view where the vicinity of the landing side sill 21 and the car side sill 22 is viewed obliquely from above, and the landing side door 19 and the car side door 20 and the like are omitted. FIG. 3 is a side view of the vicinity of the landing side sill 21 and the car side sill 22.

In FIG. 2 and FIG. 3, the landing 27 is provided with a landing-side sill 21, and this landing-side sill 21 is a sill provided to guide the landing-side door 19 of each landing. The landing-side sill 21 extends across the opening of the landing-side door 19, and the landing-side door 19 is opened and closed along the landing-side sill 21. Similarly, the car side sill 2 is a sill provided to guide the car side door 20. The car side sill 22 also extends across the opening of the car side door 20, and the car side door 20 is opened and closed along the car side sill 22.

A toe guard 23 is attached to the lower surface side of the landing side sill 21 by a fixing means such as a bolt or welding, and extends along the opening of the landing side door 19 so as to hang down below the hoistway 10 There is. Similarly, an apron 25 is attached to the lower surface side of the car side sill 22 by a fixing means such as a bolt or welding, so that it falls along the opening of the car side door 20 and under the hoistway 10. It extends. As a result, the user is prevented from falling into the hoistway from the gap portion generated below the car 11 and the landing 27.

Further, a landing position detector holding unit 28 for holding the landing position detector 26 is provided near the center on the plane of the apron 25. The landing position detector is provided to the landing position detector holding unit 28. 26 is detachably fixed. The landing position detector holding portion 28 is formed on the surface of the apron 25 opposite to the surface facing the toe guard 23. Further, the arrangement position of the landing position detector 26 viewed from the front side of the car side door 20 is arranged at a position along the seam of the door when the car side door 20 is of the center opening type. Also in the case of the side open method, it is arranged at the same position.

Further, in a state where the floor surfaces of the landing side sill 21 and the car side sill 22 coincide with each other, a landing position setting device 24 is fixed to the toe guard 23 at a position corresponding to the landing position detector 26. The landing position setting device 24 has a function of setting the landing position of the car 11. For example, in the case where the landing position detector 26 is a photoelectric type using a light emitting element such as an LED, a reflection plate or a light receiving element is used as the landing position setting device 24 and this reflection plate or light receiving element is a toe guard. It is fixed to 23 using a bolt etc. Therefore, when the landing position detector 26 and the landing position setting device 24 approach each other to a predetermined distance, it can be determined that the floor surfaces of the landing side sill 21 and the car side sill 22 coincide with each other. It becomes possible.

As described above, since the landing position setting device 24 is provided on the toe guard 23 attached to the landing side sill 21 and the landing position detector 26 is provided on the apron 25 attached to the car side sill 22, the landing position is fixed. The positions of the detector 26 and the landing position setting device 24 can be uniquely determined, and the mutual position adjustment operation can be omitted.

Although only one landing position detector 26 and one landing position setting device 24 are shown in the drawing, one or more landing position detectors 26 or the landing position setting device 24 may be apron 25. Alternatively, by providing the toe guard 23, the door opening / closing permission area (door zone) can be detected.

As shown in FIGS. 2 and 3, a rectangular opening 29 is formed near the center of the flat apron 25, and light or magnetic flux as a detection medium passes through the opening 29. It is a thing. Therefore, the landing position detector 26 is attached to the landing position detector holding portion 28 so as to face the opening 29, and light, magnetic flux or the like as a detection medium is attached to the landing position setting device 24 and the landing via the opening 29. It passes between the position detectors 26.

In this embodiment, three incisions are formed, which extend from the front surface to the back surface of the apron 25 and are orthogonal to each other, with one side between the two sides facing upward, and the area surrounded by the incisions is the toe guard 23 And the other side to form a cut and raised surface portion 30. The cut and raised surface portion 30 functions as a landing position detector holding portion 28 that holds the landing position detector 26, and the cut and raised space functions as an opening 29. An opening 29 is formed by punching instead of the cut and raised surface 30, and a landing position detector holding plate (not shown) is fixed to the bottom side of the opening 29 by welding or bolts to hold the landing position detector. It is also possible to use part 28.

Furthermore, importantly, the shape of the opening 29 is set to a predetermined size that allows the operator to replace the landing position detector 26. For example, the size of the opening 29 is set to such a size that the operator's hand can insert. Therefore, when the operator changes the landing position detector 26, the landing position detector 26 can be removed via the opening 29 and a new regular landing position detector 26 can be attached. In addition, in order to perform this exchange work from the landing 27, it is necessary to raise the car 11 by a predetermined distance.

Further, in the present embodiment, since the landing detector holding portion 28 is formed on the existing apron 25 and the landing detector 26 is attached thereto, there is no need to use a new attachment member, and the attachment member and attachment It is possible to suppress an increase in the number of man-hours.

Here, in the above-described embodiment, the configuration in which the position setting device 24 is directly attached to the toe guard 23 is shown, but not limited to this, it may be a toe guard having another configuration. For example, a modification of the toe guard 23 will be described based on FIG. 4 and FIG.

The toe guard 23 shown in FIG. 4 has a detection plate 30 fixed separately on the front side (apron 25 side) of the toe guard 23 shown in FIG. 2 and FIG. It is attached. Therefore, after the position setting device 24 is attached to the detection plate 30 in advance, the detection plate 30 can be fixed to the toe guard 23. In this case, since the detection plate 30 may have a size sufficient to mount at least the position setting device 24, mounting work and the like can be facilitated.

The toe guard 23 shown in FIG. 5 forms a through hole 31 in the vicinity of the center of the toe guard 23 shown in FIGS. 2 and 3 and fixes a detection plate 32 separately made on the back side of the toe guard 23 (opposite to the apron 25). The position setting device 24 is attached to the detection plate 32. Therefore, also in this modification, after the position setting device 24 is attached to the detection plate 30 in advance, the detection plate 30 can be fixed to the toe guard 23. In this case, since the detection plate 30 may have a size sufficient to mount at least the position setting device 24, mounting work and the like can be facilitated.

Furthermore, since the detection plate 32 is provided on the back side of the toe guard 23, the position setter 24 is less likely to come in contact with other members from the front side of the toe guard 23, and damage to the position setter 24 can be avoided. .

Next, this replacement operation will be described based on FIG. FIG. 6 shows a state in which the apron 25 is exposed at the entrance of the landing 27 by moving the car 11 upward from the landing 27 by a predetermined distance.

First, when the landing position detector 26 is to be replaced, the landing side door 19 is open, and the worker stands by at the landing 27. Then, by the operation of the worker, the car 11 is raised by the worker to a position where replacement work is easy, and is raised to a position where the apron 25 is exposed at the entrance of the landing 27, as shown in FIG.

In this state, the operator removes the landing position detector 26 having a failure or abnormality from the opening 29 from the landing position detector holding portion 28, and thereafter the new regular landing position detector 26 has the opening 29. It mounts on the landing position detector holding part 28 via. In this manner, the operator can perform the work of replacing the landing position detector 26 through the opening 29 formed in the apron 25 while staying at the landing 27. For this reason, it is not necessary to spend a long time on the replacement operation as in the prior art, and the landing position detector 26 can be easily replaced in a short time.

Further, if the floor surface of the car 11 is open, it is also possible to open the floor surface and replace the landing position detector 26 of the landing position detector holding portion 28 from the opening. In this case, it is not necessary to raise the car, and the operator can get in the car 11 and perform the replacement work. This also makes it possible to easily carry out the replacement work in a short time.

As described above, according to the present invention, the landing position setting device is provided on the first protective plate attached to the landing side sill, and the landing position detector is mounted on the car side sill. It is characterized in that it is provided on a second protective plate disposed opposite to the protective plate.

Further, according to the present invention, in the position detection device having the above-described configuration, the second protective plate is exposed to the landing by raising the car from the landing by a predetermined distance, and in this state, the second protective plate is attached to the second protective plate from the landing. It is characterized in that the landing position detector is replaced.

According to this, the landing position setting device is installed on the first protective plate attached to the landing side sill serving as the positioning reference corresponding to the floor surface of the landing, and the landing position detector is the floor of the car Since it is installed on the second protective plate attached to the car side sill which becomes the positioning reference corresponding to the surface, the adjustment of the mutual position of the landing position detector and the landing position setting device can be eliminated. it can. In addition to this, since the landing detector holding portion is formed on the existing second protective plate and the landing detector is attached to this, there is no need to use a new attachment member, and manufacturing of the attachment member or An increase in the number of mounting steps can be suppressed.

In addition, since the landing position detector is attached to the second protection plate attached to the car side sill, even if the landing position detector breaks down and needs to be replaced, the car can be viewed from the landing The second protective plate can be exposed to the landing by moving it upward by a predetermined distance, and the landing position detector attached to the second protective plate from the landing can be easily replaced.

The present invention is not limited to the embodiments described above, but includes various modifications. For example, the embodiments described above are described in detail in order to explain the present invention in an easy-to-understand manner, and are not necessarily limited to those having all the configurations described. Also, part of the configuration of one embodiment can be replaced with the configuration of another embodiment, and the configuration of another embodiment can be added to the configuration of one embodiment. In addition, with respect to a part of the configuration of each embodiment, it is possible to add, delete, and replace other configurations.

DESCRIPTION OF SYMBOLS 10 ... A hoistway, 11 ... A car, 12 ... Rope, 13A, 13B ... A pulley, 14 ... Balance weight, 15 ... Electric motor, 16 ... A sheave, 17 ... A power converter, 18 ... System controller, 19 ... A landing Side door 20 Car side door 21 Platform side sill 22 Car side sill 23 First protection plate (toe guard) 24 Landing position setting device 25 second protection plate apron , 26: landing position detector, 27: landing, 28: landing position detector holding portion, 29: opening.

Claims (9)

Ride and fly up and down the hoistway by hoisting machine,
A landing provided on a landing floor of the hoistway;
A landing side sill for guiding a landing side door provided at the landing,
A car side sill for guiding a car side door provided in the car;
A first protective plate attached to the landing side sill so as to hang down toward the lower side of the hoistway;
A second guard plate attached to the car side sill so as to hang down toward the lower side of the hoistway and disposed to face the first guard plate at a predetermined distance;
A landing position setting device provided on the first protection plate to set the landing position of the car;
A landing position detector provided on the second protection plate for detecting the position of the landing position setting device;
An elevator apparatus comprising: control means for controlling an operation of the hoisting machine based on a detection signal of the landing position detector to cause the car to land at a predetermined position of the landing. In the elevator apparatus according to claim 1,
The first protective plate is a protection for preventing a user from falling into the hoistway from a gap portion generated below the landing when the car can not land at the landing. It is a board,
The second protective plate is for preventing a user from falling into the hoistway from a gap portion formed under the car when the car can not land at the landing. An elevator apparatus characterized by being a protective plate. In the elevator apparatus according to claim 2,
The first protective plate is a toe guard attached to the landing side sill,
The elevator apparatus according to claim 1, wherein the second protection plate is an apron attached to the car side sill. In the elevator apparatus according to claim 3,
An opening of a predetermined shape is formed in the apron, and the landing position detector is provided on the opposite side of the apron to the side facing the toe guard, so as to face the opening. Elevator equipment. In the elevator apparatus according to claim 4,
An elevator apparatus characterized in that the opening formed in the apron has a size enough to allow an operator's hand to insert. Ride and fly up and down the hoistway by hoisting machine,
A landing provided on a landing floor of the hoistway;
A landing side sill for guiding a landing side door provided at the landing,
A car side sill for guiding a car side door provided in the car;
A toe guard attached to the landing side sill so as to hang down toward the lower side of the hoistway;
An apron that is attached to the car side sill so as to hang down toward the lower side of the hoistway and is disposed to face the toe guard at a predetermined distance;
A landing position setting device provided on the toe guard for setting the landing position of the car;
An opening of a predetermined shape provided in the apron, a landing position detector holding portion provided in the vicinity of the opening on the opposite side to the surface of the apron facing the toe guard, and the landing position detector holding A landing position detector that is provided in a part and detects the position of the landing position setting device disposed to face the opening;
An elevator apparatus comprising: control means for controlling an operation of the hoisting machine based on a detection signal of the landing position detector to cause the car to land at a predetermined position. In the elevator apparatus according to claim 6,
The opening formed in the apron forms three orthogonal cuts that penetrate from the front surface to the rear surface of the apron, and is surrounded by notches with one side located between the two sides facing up. It is formed by pushing the fork area to the side opposite to the toe guard,
An elevator apparatus characterized in that the landing position detector holding portion provided on the apron is formed of a cut and raised surface portion formed by pushing the cut-in area. In the elevator apparatus according to claim 7,
An elevator apparatus characterized in that the opening formed in the apron has a size that can be inserted by an operator's hand. A landing side sill provided at the landing and guiding the door on the landing side,
A car side sill provided in the car and guiding the car side door,
A landing position setting device for setting a landing position of the car, provided on a toe guard attached to the landing side sill so as to hang down toward the lower side of the hoistway;
A worker's hand can be inserted into an apron that is attached to the car side sill so as to hang down toward the lower side of the hoistway, and is provided so as to face the toe guard at a predetermined distance. Attached to the landing position detector holding portion provided near the opening on the side opposite to the opening which is determined to have a size and the surface of the apron facing the toe guard, and the landing position detector holding portion And a landing position detector for detecting the position of the landing position setter disposed to face the opening, and the method for replacing the landing position detector of the elevator apparatus,
Raising the car by a predetermined distance from the landing to expose the apron to the landing;
In this state, the landing position detector which has failed from the landing position detector holding unit is removed from the landing via the opening, and thereafter the normal landing position detector is passed through the opening. A method of replacing the landing position detector of an elevator apparatus, characterized in that it is attached to the landing position detector holding part.

Images