JP5969090B1 - elevator - Google Patents

Abstract

An elevator capable of improving the design of a car space, enabling a wheelchair user to confirm a safe backside and smoothly get off the vehicle. According to the present invention, a car 15 having an entrance 12 having one end 10 and the other end 11, a rear face 13 facing the entrance 12 and a car operation panel 14 for wheelchair users, and a rear face 13 of the car 15 are provided. A mirror display 16 provided to display a video or a mirror image, a hall operation panel for wheelchair users provided at a landing on each floor where a wheelchair user gets off from the entrance 12 by the mirror image of the mirror display 16, a hall operation panel and a car The operation control unit 15 that registers the destination floor of the wheelchair user by call registration by operation on the operation panel 14, and the width of the entrance 12 and one end of the entrance 12 are displayed on the video or mirror image by call registration to the operation control unit 15. There is provided an elevator comprising a display control unit 20 for displaying guidance in the direction from the unit 10 to the other end 11. [Selection] Figure 1

Description

  The present invention relates to an elevator.

  Elevators that can be used by wheelchair users have a mirror on the back facing the car doorway in the car, and wheelchair users who ride in the car in a posture facing this back check the back with a mirror when getting off the car. While going backwards.

  Conventionally, in a commercial building or the like, a digital signage device is provided in a car and an elevator that provides advertising information to passengers (for example, see Patent Document 1), or an elevator that includes a mirror for confirming the back and a display for providing information to passengers. Is known (see, for example, Patent Document 2).

JP 2010-250810 A JP 2009-62104 A

  However, when a mirror is provided in a single-opening type car that opens to one side of the car door opening and closing method, the center line at the center of the left and right width of the mirror does not coincide with the center line at the center of the entrance / exit width of the car. When a wheelchair user moves backward along the center line of the mirror, the flow line of the wheelchair on the car floor deviates from the line passing through the center line of the mirror. In order to avoid the side of the wheelchair from hitting the car door, the wheelchair user needs to bend the backward direction a little and get off the wheelchair in the center of the entrance / exit width.

  Even in a car whose door opening and closing method is a double-opening type, the user of the wheelchair who gets on the vehicle may first approach either one of the left and right side walls by riding another wheelchair, bed or stroller. When getting off, the wheelchair user needs to bend the reverse direction on the way from the boarding position toward the back. When a wheelchair user moves backward in the car while turning, there is a possibility that the wheelchair may collide with a person or a car.

  The present invention was devised in view of such a problem, and provides an elevator that enhances the design of a car space, enables a wheelchair user to confirm a safe back, and can get off smoothly. With the goal.

In order to solve such a problem, according to one embodiment of the present invention, a car having a doorway, a back surface facing the doorway and a car operation panel for wheelchair users, and an image provided on the back face of the car Alternatively, a mirror display for displaying a mirror image, a wheelchair user's landing operation panel provided at a landing on each floor where a wheelchair user gets off from the entrance / exit by the mirror image of the mirror display, and these landing operation panel and car operation An operation control unit that registers the destination floor of the wheelchair user by call registration by operation on the panel, and by the call registration to the operation control unit, one of the width of the entrance and the entrance to the video or the mirror image a display control unit from the end to display the direction of the guidance to the other end, a camera provided on said car, said car by the image pickup of the camera Wherein a detection unit for detecting the position of the wheelchair user, wherein the display control unit may change a display area corresponding to the width on the mirror display according to the position information from the detector to the left and right in elevator, characterized in that letting is provided.

  ADVANTAGE OF THE INVENTION According to this invention, the elevator which can provide the elevator which improves the design property of car space | capacitance, enables the wheelchair user to confirm the safe back, and makes it possible to get off smoothly.

It is a transparent perspective view of the elevator which concerns on the 1st reference form of this invention. It is a car top view of the elevator which concerns on the 1st reference form of this invention. 1 is a schematic block diagram mainly showing an elevator control system according to a first reference embodiment of the present invention. FIG. It is a figure which shows the example of a display of the mirror display of the elevator which concerns on the 1st reference form of this invention. It is a perspective view in the car at the time of boarding of the elevator concerning the 1st reference form of the present invention. It is a perspective view in the car at the time of the getting off of the elevator which concerns on the 1st reference form of this invention. It is a car top view of the elevator which concerns on the 2nd reference form of this invention. It is a figure which shows the example of a display of the mirror display of the elevator which concerns on the 2nd reference form of this invention. It is a flowchart which shows the position detection example of the wheelchair in the elevator car which concerns on one Embodiment of this invention. It is a figure which shows the detection process example of the wheelchair user by the detection part of the elevator which concerns on one Embodiment of this invention. (A)-(d) is a some top view which shows the position of the wheelchair user in the cage | basket | car of the elevator which concerns on one Embodiment of this invention. It is a figure which shows an example of the acquisition method of the positional information by the detection part of the elevator which concerns on one Embodiment of this invention.

Hereinafter, an elevator according to an embodiment of the present invention will be described with reference to FIGS. 1 to 12. In the drawings, the same portions are denoted by the same reference numerals, and redundant description is omitted.
(First embodiment)

Figure 1 is a transparent perspective view of an elevator according to a first referential embodiment of the present invention. Figure 2 is a cage plan view of an elevator according to this preferred embodiment. This reference elevator according to Embodiment is 2 chromite (2S) type, one end 10 to the left and right width direction, doorway 12 with the other end 11, the car operating panel for the back 13 and wheelchair user facing the entrance 12 And a mirror signage 16 (mirror display) that is provided on the back surface 13 of the car 15 and displays an image or a mirror image.

Figure 3 is a schematic block diagram of the control system and the principal of the elevator according to this preferred embodiment. Elements having the same reference numerals as those described above represent the same elements as those in FIGS. Elevator according to the present reference embodiment, the landing operating panel 18 for wheelchair users, which is provided on each floor of the landing 17 to the wheelchair user to get off from the entrance 12 by a mirror image of Mirasaineji 16, landing operating panel 18 and car operating panel 14 is provided with an operation control unit 19 for registering a destination floor of a wheelchair user by call registration by an operation to 14. Moreover elevator according to the present reference embodiment, the registrations of calls to the operation control unit 19, the direction of the guidance from the one end portion 10 of the width and the entrance 12 of entrance 12 to the image or mirror image to the other end 11 And a display control unit 20 to be displayed.

  The car 15 includes single-open car doors 21 and 22 that open and close the doorway 12 to the left and right. These car doors 21 and 22 slide in the same door opening direction or the same door closing direction by a car door opening and closing device (not shown). . The car operation panel 14 for wheelchair users is provided on the left side plate 32 according to the height position of the wheelchair user. The car operation panel 14 is provided with a destination floor button, a door opening / closing button, and a direction indicator. Has been. The general car operation panel 23 is also provided with a destination floor button, a door open / close button, and a direction indicator. These car operation panels 14 and 23 are electrically connected to the car side control device 24, and the destination floor information selected by the car operation panels 14 and 23 is lifted from the car side control device 24 via the tail cord 25. The control unit 26 is notified. Further, one end of a main rope 27 is connected to the car 15, and a counterweight 28 is connected to the other end of the main rope 27. The car 15 and the counterweight 28 are lifted and lowered in a hoistway manner by the raising and lowering drive of the hoisting machine 29 around which the main rope 27 is wound.

Figure 4 is a view showing a display example of Mirasaineji 16 of the elevator according to this preferred embodiment. Elements having the same reference numerals as those described above represent the same elements. The mirror signage 16 can switch and display an image or a mirror image (not shown in the figure), and the value L1 is determined by two left and right guidelines 30 and 31 indicating the position of the width of the entrance 12 in the image or mirror image, respectively. For example, guidance guidance by an arrow 33 can be displayed superimposed on the video or mirror image. In the single door type door arrangement as shown in FIG. 2 and FIG. 4, the mirror signage 16 displays guidance guidance from the door stop on the one end 10 side to the door pocket on the other end 11 side. The mirror signage 16 may display the guidelines 30 and 31 from the left side wall 32 near the one end 10 of the doorway 12 with a space S1 for avoiding contact. An arrow 33 pointing toward the center of the car informs the wheelchair user of the distance from the wheelchair user to the end 10 of the doorway 12 when crowded. The video is a moving image or a still image for publicity and advertising. The mirror image reflects the space in the car 15.

  The mirror signage 16 is a video display device with a mirror function. The mirror signage 16 includes, for example, a liquid crystal monitor, a mirror provided on the front surface of the liquid crystal monitor screen, and a controller. The controller switches and controls the state of the mirror body between a transmission state in which image light or video light from the liquid crystal monitor on the rear side of the mirror body is transmitted and a mirror state in which external light on the front surface side of the mirror body is reflected. The mirror signage 16 projects advertisements and the like in the transparent state, and mirrors the image in the car 15 in the mirror state.

  Moreover, the hall control panel 18 for wheelchair users on each floor in FIG. 3 has a direction button indicating the direction of the destination floor. The hall operation panel 18 is embedded in the wall at a height position lower than the height position of the hall operation board 34 for general passengers. The hall operation panels 18 and 34 send the selected direction button up / down information and floor number information to the elevator control unit 26 via the wiring 35 as call generation signals.

  The operation control unit 19 controls the operation of the car 15. The operation control unit 19 exchanges signals and data with the call registration unit 36. The call registration unit 36 has a memory and registers a call signal from the hall operation panel 18 and a destination floor signal from the car operation panels 14 and 23. The operation control unit 19 and the call registration unit 36 constitute an elevator control unit 26 that controls the entire elevator operation. The elevator control unit 26 is a software program executed by the CPU, LSI, ROM, and RAM in the control panel. The operation control unit 19 controls the hoisting machine 29 according to the hall call, destination floor registration, and the floor position of the car 15. The operation control unit 19 causes the car 15 to travel and instructs the car 15 at the time of landing to open the door.

  The display control unit 20 is provided in the car 15 and controls to switch the display of the mirror signage 16. The display control unit 20 displays the guidelines 30 and 31 so as to be superimposed on the video or mirror image. The display control unit 20 displays a display area corresponding to the width of the doorway 12 while the wheelchair user gets on the car 15 when the call registration occurs. The display control unit 20 may blink the left and right guidelines 30 and 31.

Next the operation of the elevator according to this reference embodiment configured as described above (Figure 3). In use of a general passenger, the passenger presses a button on the destination floor of the car operation panel 23 in the car 15 opened. The elevator control unit 26 rotationally drives the hoisting machine 29 to land the car 15 on the destination floor. During this time, the display control unit 20 displays an image on the mirror signage 16, and the mirror signage 16 displays in-house information of public facilities, commercial advertisements, and the like.

  Subsequently, when a wheelchair user alone uses, for example, an elevator from the lower floor to the upper floor, the display control unit 20 displays an image on the mirror signage 16 prior to boarding. Alternatively, the initial screen signage 16 may be turned off. The elevator control unit 26 dispatches the car 15 to the lower floor and opens the door by call registration from the hall operation panel 18 on the lower floor. A wheelchair user gets into the car 15 forward, and the wheelchair user presses a button on the upper floor of the car operation panel 14. When the elevator control unit 26 receives the wheelchair call registration, the elevator control unit 26 sends a display command for guidance to the display control unit 20. For example, the display control unit 20 switches the display of the mirror signage 16 from a video or screen display off to a mirror image for confirming the back at the reception timing of this display command or the completion timing of closing all doors. The mirror signage 16 shows the wheelchair user.

Figure 5 is a perspective view of the cage 15 of the elevator according to this preferred embodiment. The above described symbols represent the same elements. A wheelchair user uses the mirror signage 16 as a mirror. The mirror signage 16 superimposes and displays the guide lines 30 and 31 on the mirror image. The wheelchair user can grasp the position of the end portion of the entrance 12 by the guidance display represented by the arrow 33.

  When the car 15 reaches the upper floor, the elevator controller 26 opens. The wheelchair user starts getting off the vehicle while gazing at the guide lines 30 and 31 on the mirror signage 16 as a rearview rearview mirror.

6 is a perspective view of the car 15 when getting off the elevator according to this preferred embodiment. The above described symbols represent the same elements. By visually observing the guidelines 30 and 31, the wheelchair user adjusts the left and right width of his / her wheelchair between the guidelines 30 and 31 so as to be between the guidelines 30 and 31. The mirror signage 16 may blink the guide lines 30 and 31. When another wheelchair user gets on the car 15 after the wheelchair user gets off in the car 15, the elevator performs door closing, running, and door opening. The mirror signage 16 displays a mirror image. Alternatively, the mirror signage 16 may be switched and displayed as an advertisement as appropriate.

  After the wheelchair user gets off, if there is no call registration by another wheelchair user in the car 15 in the car 15, the car-side control device 24 notifies the car door device that the door is closed or detects that the safety device is fully closed. Thus, the display of the mirror image of the mirror signage 16 is stopped. The display control unit 20 again displays an image such as an advertisement on the mirror signage 16 or turns off the screen display by switching control.

  Therefore, when wheelchair call registration occurs, the wheelchair user can safely get off the vehicle backward by recognizing the width of the entrance 12 by looking at the mirror image and the guidelines 30 and 31. When getting on and off the car 15, wheelchair users may always steer backwards, so by using the guidelines 30 and 31 and the arrow 33 indication, wheelchair users can move to the car 15 and other passengers. Collisions can be prevented and safe boarding and unloading can be supported.

When the boarding position of the wheelchair user is on the right side in FIG. 2 with respect to the center line Y in the direction of the doorway 12 and the rear surface 13, the movement line A of the wheelchair when moving backward is substantially straight. is there. When the boarding position of the wheelchair user is to the left of the center line Y, the flow line B of the wheelchair is curved or arcuate. Even if the passengers pay attention to the wheelchair users at the time of congestion, the wheelchair users may approach the left side of the center line Y. According to the elevator according to this preferred embodiment, while the wheelchair user views the guidance by the arrow 33, it is possible to reverse along the flow line B, and the position of the left side wall 32 of the one end portion 10 side of the doorway 12 A wheelchair user can confirm. The wheelchair user can check the position of the end portion 10 during reverse travel, and can get off the vehicle while curving the course toward the doorway 12 toward the entrance 12 from the middle of reverse travel. It is possible to avoid going backward from the start position on the left side of the center line Y and coming into contact with the left side wall 32. It is possible to get off smoothly without causing the rear part of the wheelchair to collide with the left side wall 32.

As described above, the elevator according to the present reference embodiment displays images on the mirror signage 16 during normal operation, and when the wheelchair call is registered, the guidelines 30 and 31 according to the width of the entrance 12 are displayed on the mirror signage 16. Let The wheelchair user can get on and off by using the guideline 30 and 31 as a mark and the guidance display by the width of the entrance 12 and the arrow 33. Even with a single door type door arrangement, a wheelchair user can smoothly get on and off the car 15 by checking the back. In particular, when the car 15 gets off with a large number of backward operations, the wheelchair user can get off without colliding with the car 15 by following the guidelines 30 and 31. The wheelchair user moves backward while looking at the mirror signage 16 so that both sides of the wheelchair can get off smoothly without hitting the car 15.

According to the elevator according to the way this preferred embodiment, enhance the design of the cage space, and enables secure behind confirmation by the wheelchair user, it made it possible to dismount smoothly.

Also, the elevator according to this reference embodiment, in conjunction with the display of the guideline 30, 31 relative to the wheelchair operator, or instead of the display may display reminder message. The display control unit 20 displays an arousing message to vacate space in the car 15 on the mirror signage 16 and the indicator lamps in the car 15 when the wheelchair user calls registration. When a wheelchair user gets in and gets off, the mirror signage 16 may alert the wheelchair user and the passenger standing near the left side wall 32, such as “Please be careful about contact”. And contact can be prevented. It is possible to get on and off more comfortably by displaying the wheelchair space for the passengers on board.

Also, the elevator according to this preferred embodiment may be displayed in a different color space between guidelines 30 and 31. The display control unit 20 divides the display area corresponding to the width of the entrance / exit 12 in the screen of the mirror signage 16 into two left and right or three parts, and each of the divided small areas is any of brightness, gradation, and hue. One or more may be changed. For example, when the wheelchair user gets on the mirror signage 16, only the area between the guide lines 30 and 31 is colored differently from the surrounding area. Visibility is improved, and it is possible to call attention to wheelchair users because of the eye-catching. The area between the guide lines 30 and 31 may be divided into two at the center of the left and right, or divided into three or more on the left and right, and different colors may be given to the respective divided small areas.
(Second reference form)
In the first reference embodiment, the single door type door arrangement is used, but a double door type door arrangement may be used.

Figure 7 is a cage plan view of an elevator according to a second referential embodiment. The above described symbols represent the same elements. The elevator according to the second reference form is a center opening (CO) type, and has substantially the same configuration as the elevator according to the first reference form unless otherwise specified except for the door arrangement. Elevator according to this reference embodiment has a symmetrical cage 37 about the center line Z. The elevator includes an entrance 40 having one end 38 and another end 39, a back surface 13 facing the entrance 40, and a car operating panel 14 for wheelchair users, and a mirror signage provided on the back surface 13 of the car 37. 16, wheelchair user boarding console 18 on hall 17 on each floor, operation control unit 19, mirror signage 16 image or mirror image, width of entrance 40 and one end 38 of entrance 40 to the other end And a display control unit 20 that displays guidance guidance represented by an arrow 33 in the direction to the unit 39. The car 37 has two double-opening car doors 41 and 42 that open and close the doorway 40 from the center to the left and right.

Figure 8 is a view showing a display example of Mirasaineji 16 of the elevator according to this preferred embodiment. Elements having the same reference numerals as those described above represent the same elements. The mirror signage 16 displays the width of the value L2 in the video or mirror image by the guide lines 30 and 31 indicating the position of the width of the entrance 40, respectively. The mirror signage 16 displays a guidance by an arrow 33. The mirror signage 16 displays guidance guidance from one end 38 to the door stop 43 between the car doors 41 and 42 when all the doors are closed. The mirror signage 16 may display the guide lines 30 and 31 with a space S2 for avoiding contact from the left side wall 32A near one end 39 of the doorway 40.

Next, in an elevator according to this reference embodiment (FIG. 7), after boarding, the left side wall 32A riding position of the wheelchair user is away from the center line Z, to move to either one deviation of the right side wall 32B. Alternatively, another wheelchair user, a bed or a stroller gets on, and the wheelchair on board approaches the left or right side in the car 37. According to the elevator according to this preferred embodiment, wheelchair users by guidance by guidelines 30, 31 and arrows 33, while viewing the mirror image of Mirasaineji 16, can be bent backward direction. Since the mirror signage 16 functions as a rearview mirror, a wheelchair user can check the position of the left side wall 32A near the one end 10 of the doorway 12 even with a double door arrangement. A wheelchair user can get off smoothly while turning toward the entrance 37.
( One embodiment)
In the first reference embodiment, the position of the wheelchair user in the car 15 may be detected, and the display positions of the guide lines 30 and 31 of the mirror signage 16 may be changed.

With reference to FIGS. 1 to 3, the elevator according to the present embodiment includes a camera 44 provided in the car 15, and a detection unit 45 that detects the position of the wheelchair user in the car 15 by imaging of the camera 44. The display control unit 20 changes the display area corresponding to the width of the entrance / exit 12 on the mirror signage 16 to the left and right according to the position information from the detection unit 45. The function of the detection unit 45 is executed by an application program. Except for this point, the elevator according to the present embodiment has substantially the same configuration as the elevator according to the first reference embodiment.

Next, the operation of the elevator according to this embodiment will be described. The elevator control unit 26 is closed after the wheelchair user gets on. The elevator detects the position of the wheelchair by video analysis by the camera 44 and the detection unit 45.
FIG. 9 is a flowchart showing a position detection example of the wheelchair in the elevator car 15 according to the present embodiment.

  The detection unit 45 starts analyzing the video in the car 15 by the video stop image from the camera 44 (step A1). The detection part 45 determines whether the wheelchair user was detected (step A2). While the detection unit 45 does not detect, the NO route is taken and the detection unit 45 repeats the determination in step A2.

FIG. 10 is a diagram illustrating a detection process example of a wheelchair user by the detection unit 45. The above described symbols represent the same elements. The image 46 is a still image at a certain point of the camera video. The detection unit 45 is activated at a predetermined time interval and detects the presence or absence of a human head from the image 46. The detection unit 45 divides the image 46 into a plurality of upper and lower regions by a plurality of horizontal lines H. The detection unit 45 determines the presence or absence of an object having a size as large as a human head in each divided region. For example, the detection unit 45 extracts the objects P and Q as a person. The detection unit 45 determines that the objects P and Q are adults by detecting that the height of the head from the floor is in the upper divided area. The detection unit 45 determines whether the length of the leg portion with respect to the height of the object Q is larger or smaller than a threshold value stored in advance. The detection unit 45 determines that the leg is smaller than the threshold, and determines that the object Q is a wheelchair user. Or the detection part 45 may detect the wheel of a wheelchair by extraction of elliptical shape, and may judge the object Q as a wheelchair user. The detection unit 45 may determine that the object Q is a wheelchair user by detecting that the size of the portion surrounded by the broken line is larger than a threshold value held in advance.
When the detection unit 45 detects the wheelchair user, the detection unit 45 detects the boarding position on the car floor of the wheelchair user in step A3 of FIG.

  11 (a) to 11 (d) are a plurality of car plan views showing the position of the wheelchair user in the car 15, and the wheelchair user W in the first to fourth positions is shown. Yes. In FIG. 11, elements having the same reference numerals as those described above represent the same elements. In FIG. 11A, the wheelchair user W gets on the right side toward the mirror signage 16 and toward the mirror signage 16.

  FIG. 12 is a diagram illustrating an example of a method for acquiring position information by the detection unit 45. The above described symbols represent the same elements. The detection unit 45 equivalently converts the detection target image into a rectangular area 47 (see a bold frame) by image processing, and divides the rectangular area 47 into equal intervals by horizontal lines H and vertical lines V. The detection unit 45 determines the grid 48 (see the shaded area) that is darker than the previously held density among the plurality of grids obtained by the division as the boarding position of the wheelchair user W. The detection unit 45 determines that the wheelchair is a wheelchair based on, for example, the planar shape of the two wheels and the size of the area between the wheels corresponding to the wheelchair seat.

  Subsequently, in step A4 of FIG. 9, the display control unit 20 causes the mirror signage 16 to display the guide lines 30 and 31 closer to the position of the wheelchair user. Further, the processing when the detection unit 45 detects that the boarding position of the wheelchair user W is FIG. 11B, FIG. 11C, or FIG. The detection unit 45 and the display control unit 20 execute the same processing as in the processing example.

  According to the elevator according to the present embodiment, the display position of the width of the doorway 12 on the mirror signage 16 can be changed to the left and right according to the position of the wheelchair user in the car 15. The camera 44 can be used to capture an image of the inside of the car, and the position of the wheelchair user can be grasped spatially. The wheelchair position can be detected three-dimensionally, and guide guidance positions such as the guidelines 30 and 31 and the arrow 33 can be shifted according to the detected position.

  Note that the present invention is not limited to the above-described embodiment as it is, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. The same applies to strollers.

  The display of the guidance guidance of the mirror signage 16 of FIGS. 4 and 8 and the detection examples of FIGS. 9 to 12 are examples, and are not limited to these contents. For example, the timing for starting the display of the guide lines 30 and 31, the timing for ending the display, and the position detection method can be variously modified. The superiority of the elevator according to the embodiment is not impaired at all with respect to the implementation products that have been implemented with these changes.

  In the elevator according to the above-described embodiment, an indicator for displaying wheelchair-specific driving may be provided on the car operation panel 14 and the hall operation panel 18 for wheelchair users. When the elevator control unit 26 switches the operation mode to a special operation mode exclusively for wheelchairs, the indicator is turned on. The elevator control unit 26 may always display the guide lines 30 and 31 on the mirror signage 16 in wheelchair-only driving.

  In the above embodiment, the car floor shape is substantially rectangular. However, in a narrow station building or the like, the car floor shape may take a pentagonal shape lacking one corner of a quadrilateral due to the hoistway plane shape and hoistway projections. A car having a polygonal car floor shape has a mirror signage 16 on the opposite side face of the car rear face or the car side facing the doorway. Even in that case, the display by the mirror signage 16 is the same as the above example.

  A plurality of guidelines may be displayed on the left and right instead of the two guidelines. Instead of switching and displaying the video or mirror image, the mirror signage 16 may divide the screen area and assign the video and mirror image to the divided screen area for display.

  In addition, various inventions can be formed by appropriately combining a plurality of components disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined.

  DESCRIPTION OF SYMBOLS 10 ... One end (end part), 11 ... Other end (end part), 12 ... Entrance / exit, 13 ... Back, 14 ... Car operation panel (car operation panel for wheelchair users), 15 ... Car, 16 ... Mirror signage ( Mirror display), 17 ... landing, 18 ... landing operation panel (landing operation panel for wheelchair users), 19 ... operation control unit, 20 ... display control unit, 21, 22 ... car door

Claims (9)

The doorway, the back facing this doorway and the car operation panel for wheelchair users,
A mirror display provided on the back surface of the car for displaying an image or a mirror image;
A wheelchair user's hall operation panel provided at the hall of each floor where the wheelchair user gets off from the entrance by the mirror image of the mirror display,
An operation control unit for registering the destination floor of the wheelchair user by call registration by operation to these hall operation panel and car operation panel;
By the call registration to the operation control unit, a display control unit that displays a guidance of a direction from one end of the entrance to the other end on the video or the mirror image, and a direction of the entrance,
A camera provided in the basket;
A detection unit that detects the position of the wheelchair user in the car by imaging of the camera ,
The elevator characterized in that the display control unit changes a display area corresponding to the width on the mirror display to the left and right according to position information from the detection unit .   2. The elevator according to claim 1, wherein the mirror display displays the width according to left and right guidelines respectively indicating the position of the width of the entrance / exit.   The elevator according to claim 2, wherein the mirror display displays the left and right guidelines from a side wall of the car near the one end with a space for avoiding contact.   The elevator according to claim 2, wherein the display control unit blinks the left and right guidelines. The car has a single-open car door that opens and closes the doorway to the left and right,
2. The elevator according to claim 1, wherein the mirror display displays guide guidance from the door stop on the one end side toward the door pocket on the other end side. The car has a plurality of double-opening car doors that open and close the doorway from the center to the left and right,
2. The elevator according to claim 1, wherein the mirror display displays guidance guidance from one end of the doorway to a door contact between the car doors when all the doors are closed.   The mirror display divides a display area corresponding to the width of the entrance / exit into a plurality of left and right sides, and changes one or more of brightness, gradation, and hue for each of the divided small areas. The elevator according to 1.   2. The elevator according to claim 1, wherein the display control unit displays a display area corresponding to a width of the doorway while the wheelchair user gets on the car when the call registration occurs.   The elevator according to claim 1, wherein the display control unit displays an urging message to free up space in the car.

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