JP5761623B2 - Elevator hall push button - Google Patents

Description

  Embodiments described herein relate generally to an elevator hall push button.

  Since an elevator is an elevator that moves between multiple floors of a building, a landing place installed on each floor for getting on and off the elevator car is generally installed indoors. There are platform equipment such as push buttons for calling the car and indicators for displaying the driving direction of the car and the floor on which the car is located. By operating, it is possible to move to the destination floor in the car.

  Here, some windows are installed in places exposed to wind and rain, such as outdoor facilities such as stations and parks, and the first floor of condominiums, or windows are installed near the platform. Some are exposed to wind and rain when left open. In such a landing, the landing equipment installed at the landing is also exposed to wind and rain. However, since the landing equipment uses a lot of electrical components, the landing equipment gets wet with water and water enters the interior of the landing equipment. If it enters, there is a risk of causing problems such as a short circuit. For this reason, some conventional landing equipments waterproof the landing equipment by covering the surface with a drip-proof cover or a transparent film.

JP 2010-23936 A

  However, even if the landing apparatus is covered with covers, there is a risk that water may enter through the gaps between the covers when rain falls and a strong wind blows. Here, the landing push button of the landing device is configured to detect the user's input operation by detecting the operation of the surface plate that is operated when the elevator user presses with a finger. ing. For this reason, the boarding push button includes a board that detects the movement of the surface plate that is operated by the user's input operation and converts it into an electrical signal.

  On the other hand, since the surface plate of the landing push button is operated by a user's input operation, a gap is formed between the wall surface portion and water can easily enter from the gap. If water intrudes into the landing push button, there is a risk of causing problems such as a short circuit in the internal board. Therefore, the landing push button is weaker than other devices of the landing device and is waterproof. There was room for improvement in performance.

  This invention is made | formed in view of the above, Comprising: It aims at providing the elevator landing pushbutton which can improve waterproof performance.

  The elevator hall push button according to the embodiment includes a surface plate, a surface plate holding unit, a non-contact detection unit, and a detection substrate. The surface plate is disposed at the elevator platform, and performs an input operation when pressed by an elevator user. The surface plate holding portion covers at least the surface of the surface plate opposite to the pressing surface, and holds the surface plate so as to be operable by an input operation. The non-contact detection unit is provided in the surface plate holding unit and detects the operation of the surface plate in a non-contact manner. The detection board is shielded by a waterproof member against the surface of the landing wall and the surface plate holding part, and is arranged in the wall to acquire the detection result in the non-contact detection part and input operation based on the detection result Information is output.

FIG. 1 is a schematic view of an elevator hall including a push button according to the embodiment. FIG. 2 is a cross-sectional view taken along the line AA of FIG. 3 is a BB arrow view of FIG. FIG. 4 is a flowchart showing an operation flow when the push button is operated according to the embodiment.

  Hereinafter, embodiments of an elevator hall push button according to the present invention will be described in detail with reference to the drawings. In addition, this invention is not limited by this embodiment. In addition, constituent elements in the following embodiments include those that can be easily replaced by those skilled in the art or those that are substantially the same.

Embodiment
FIG. 1 is a schematic view of an elevator hall including a push button according to the embodiment. A landing 1 shown in the figure is an elevator landing 1 that is used when an elevator user gets on and off an elevator car (not shown). A landing door 10 that opens and closes when the passenger enters and leaves the car is installed in the landing 1. On the wall 5 on which the landing door 10 is installed, a landing control panel 15 for performing an operation operation of the elevator such as an operation of calling the car to the landing 1 is disposed on the side of the landing door 10.

  The landing operation panel 15 is provided with a display unit 16 and a push button 20 as landing equipment for operating the elevator at the landing 1. Of these, the display unit 16 can display information such as the floor where the car is currently located. Further, the push button 20 can select and register the direction of movement using the elevator when the elevator user performs an input operation. The push button 20 includes an upper floor moving push button 20 for performing an input operation when the user moves to the upper floor, and a lower floor moving push button 20 for performing an input operation when moving to the lower floor. , Is provided.

  Further, the landing 1 is thus connected to the side edge of the wall 5 in a direction different from the wall 5 on which the landing door 10 and the landing operation panel 15 are installed by about 90 °, and the landing door 10 and the like are installed. An opening 8 that penetrates the side wall 7 is formed on the side wall 7 that forms the platform 1 together with the wall 5. The side wall 7 is provided so as to isolate the inside and the outside of the building where the elevator is installed, and the landing 1 communicates with the outside of the building by an opening 8 formed on the side wall 7. It is open to the outside. The opening portion 8 may be formed by, for example, a hole that is permanently opened, or may be formed by a window that can be opened and closed by having an open / close door (not shown).

  FIG. 2 is a cross-sectional view taken along the line AA of FIG. 3 is a BB arrow view of FIG. The push button 20 has a surface plate 21 that performs an input operation when pressed by an elevator user, and the surface plate 21 is operatively held by a user's input operation by a surface plate holding portion 26. ing. Specifically, the surface plate 21 is formed in a substantially plate shape and is disposed in a direction substantially parallel to the surface 6 of the wall 5. In addition, the surface 6 of the wall 5 in this embodiment includes not only the surface 6 of the wall 5 around the landing door 10 and the landing operation panel 15 but also the surface 6 of the surface panel of the landing operation panel 15. The front plate holding portion 26 is formed by a hole that is substantially the same shape as the outer periphery of the front plate 21 and that is slightly larger than the outer periphery of the front plate 21 and opens toward the front surface 6 of the wall 5.

  The surface plate 21 has a pressing surface 22 which is a surface for performing an input operation when pressed by a user in the same direction as the surface 6 of the wall 5, and a detection surface 23 which is a surface opposite to the pressing surface 22 is a surface plate. The detection surface 23 side enters the surface plate holding part 26 in the direction positioned on the holding part 26 side. That is, the surface plate 21 is held by the surface plate holding portion 26 by entering from the detection surface 23 to a predetermined position in the thickness direction into the surface plate holding portion 26 from the opening portion of the surface plate holding portion 26. ing. Thereby, the surface plate 21 is hold | maintained at the surface plate holding | maintenance part 26 so that a movement in the depth direction of the surface plate holding | maintenance part 26 is possible.

  Further, the front plate 21 is given a biasing force by a biasing means (not shown) such as a spring in a direction away from the bottom surface 27 of the front plate holding portion 26. Furthermore, the movement range of the surface plate 21 is restricted by movement restriction means (not shown) so that the movement range in the depth direction of the surface plate holding portion 26 is within a predetermined range.

  The front plate holding unit 26 includes a proximity switch 28 that is a non-contact detection unit that detects the operation of the front plate 21 in a non-contact manner. As the proximity switch 28, a known proximity switch 28 such as a dielectric proximity switch 28, a capacitance type proximity switch 28, or a magnetic proximity switch 28 is used, and the detection surface is oriented in the direction of the surface plate 21. Thus, it is disposed on the bottom surface 27 of the surface plate holding portion 26.

  On the other hand, on the surface plate 21, a detection member 24 that can detect that the proximity switch 28 is approached without contact by the proximity switch 28 is provided on the detection surface 23. The surface plate 21 whose movement range is restricted by the movement restricting means is provided so that the detection member 24 does not contact the proximity switch 28 even when the surface plate 21 is closest to the bottom surface 27 of the surface plate holding portion 26. Further, the detection member 24 and the proximity switch 28 are in a positional relationship in which the detection member 24 can be detected by the proximity switch 28 in a state where the surface plate 21 is closest to the bottom surface 27 of the surface plate holding portion 26 in this way. It is arranged.

  The proximity switch 28 is disposed outside the surface plate holding unit 26 and is connected to a detection board 30 that acquires a detection result of the proximity switch 28. Specifically, the proximity switch 28 electrically connects the proximity switch 28 and the detection board 30, and the detection board 30 is connected by a lead wire 31 that transmits an electrical signal of a detection result of the proximity switch 28 to the detection board 30. It is connected to the. The detection board 30 is electrically connected to a main control panel 40 that controls each part of the elevator. Based on the detection result of the proximity switch 28, input operation information for the push button 20 is input to the main control panel 40. Output is enabled.

  The detection substrate 30 is disposed in the wall 5 by shielding the surface 6 of the wall 5 and the surface plate holding portion 26 with a rubber packing 35 that is a waterproof member. Specifically, the detection substrate 30 is disposed at a position farther from the surface 6 of the wall 5 than the surface plate holder 26 in the same wall 5 where the surface plate holder 26 is formed.

  The rubber packing 35 is disposed in a sheet-like shape on the side of the detection substrate 30 where the surface 6 of the wall 5 and the surface plate holding portion 26 are located. That is, the rubber packing 35 is disposed on the surface of the wall 5. 6 and the detection substrate 30, and between the surface plate holder 26 and the detection substrate 30. At that time, the lead wire 31 that connects the proximity switch 28 and the detection board 30 is provided with a waterproof treatment on the penetrating portion by providing another waterproofing member on the penetrating portion or using a sealant. In this state, the rubber packing 35 is penetrated.

  The upper floor moving push button 20 and the lower floor moving push button 20 provided on the landing operating panel 15 are both configured as described above. That is, the two push buttons 20 are both held by the front plate holding portion 26 so that the front plate 21 can operate, and the front plate holding portion 26 is provided with a proximity switch 28. The two proximity switches 28 are both connected to one detection board 30 by lead wires 31, and can detect the operation of the surface plate 21 in a non-contact manner and transmit the detection result to the detection board 30. It has become. The detection board 30 can output input operation information to the main control panel 40 as a result of detection by the two proximity switches 28.

  The detection board 30 does not share the same detection board 30 between the push button 20 for moving the upper floor and the push button 20 for moving the lower floor, but separate detection boards for the push buttons 20. 30 may be provided independently.

  The push button 20 of the elevator hall 1 according to this embodiment is configured as described above, and the operation thereof will be described below. FIG. 4 is a flowchart showing an operation flow when the push button is operated according to the embodiment. When a user moves to an arbitrary floor by an elevator including the push button 20 according to the present embodiment, the user first presses the push button 20 at the landing 1 (step ST11). That is, the user performs an input operation at the landing 1 by pressing the surface plate 21 of the push button 20 that indicates the direction of movement among the push buttons 20 provided on the landing operation panel 15.

  Thereby, the surface plate 21 approaches the proximity switch 28, and the proximity switch 28 detects a call (step ST12). Specifically, since the surface plate 21 is held by the surface plate holding portion 26 so as to be movable in the depth direction of the surface plate holding portion 26, when the surface plate 21 is pressed from the pressing surface 22 side, Then, it moves in the direction approaching the proximity switch 28. Thereby, when the detection member 24 provided on the detection surface 23 side of the surface plate 21 approaches the proximity switch 28 and the distance of the detection member 24 from the proximity switch 28 can be detected by the proximity switch 28, The proximity switch 28 detects the approach of the detection member 24. As a result, the proximity switch 28 detects that the user has performed a “call” operation, which is an input operation for calling the elevator car to the landing 1 where the user is present, by pressing the surface plate 21 of the push button 20. To do.

  Next, the detection of the proximity switch 28 is registered on the main control panel 40 (step ST13). Specifically, the detection result of the proximity switch 28 is transmitted to the detection board 30 and acquired by the detection board 30, and the detection board 30 inputs the input operation information to the push button 20 based on the acquired detection result. It outputs to the board 40. That is, the detection board 30 outputs information on a user's call operation on the push button 20 to the main control panel 40 as an electrical signal based on the detection result of the proximity switch 28. The main control panel 40 that has received the call operation information from the detection board 30 performs call registration as a reference for operating the elevator based on this information.

  If call registration is performed, an elevator will be started (step ST14). That is, based on the call registration, the elevator hoisting machine (not shown) is operated by the main control panel 40, and the car is moved to the floor of the landing 1 where the input operation is performed on the push button 20. The user gets into the car after arrival of the car and moves to an arbitrary floor.

  Here, since the opening 8 is formed on the side wall 7 of the landing 1, rain may blow into the landing 1 from the opening 8 when it rains, and the landing operation panel 15 may get wet due to this rain. . When the landing operation panel 15 gets wet, the push button 20 may also get wet by this water. However, the push button 20 has a surface plate 21 that is movable in the depth direction of the surface plate holding portion 26, so that the surface plate A gap is formed between the outer periphery of 21 and the surface plate holding portion 26. For this reason, the water adhering to the push button 20 may enter the surface plate holding portion 26 from this gap.

  However, since the detection substrate 30 is not disposed in the surface plate holding portion 26 and is provided outside the surface plate holding portion 26, even if water enters the surface plate holding portion 26, the detection substrate 30. Is not wet by this water. For this reason, the detection substrate 30 is configured not to cause a problem such as a short circuit due to water that has entered the surface plate holding portion 26.

  Further, the detection substrate 30 is provided between the surface 6 of the wall 5 and the surface plate by a rubber packing 35 disposed between the surface 6 of the wall 5 and the detection substrate 30 or between the surface plate holding portion 26 and the detection substrate 30. It is arranged in the wall 5 so as to be shielded from the holding portion 26. For this reason, even when water enters the surface plate holding part 26 or the surface 6 of the wall 5 including the landing operation panel 15 gets wet with water, Is blocked by the rubber packing 35 so as not to flow with respect to the detection substrate 30. Thereby, the detection board 30 does not adhere to the detection board 30 because the water that has entered the inside of the wall 5 from the surface 6 of the wall 5 or the front plate holding part 26 is, and the detection board 30 is caused by this water. There are no problems.

  Further, when water enters the front plate holding unit 26, the proximity switch 28 in the front plate holding unit 26 and the detection member 24 detected by the proximity switch 28 may get wet, but the proximity switch 28 Can detect the detection member 24 in a non-contact manner. Therefore, the proximity switch 28 can detect the detection member 24 when the detection member 24 approaches without being affected by the adhesion of water, and can detect an input operation to the push button 20. As described above, the push button 20 according to the present embodiment ensures the detection performance of the user's call operation even when exposed to water due to rain or the like, and can drive the elevator according to the call operation. It has become.

  In the push button 20 of the elevator hall 1 according to the above embodiment, the operation of the surface plate 21 is detected in a non-contact manner by the proximity switch 28 provided in the surface plate holding portion 26, and the detection result by the proximity switch 28 is detected. The detection substrate 30 for acquiring the light is disposed outside the surface plate holding unit 26. For this reason, even when the push button 20 gets wet with water and water enters the surface plate holding portion 26, the detection substrate 30 can be prevented from getting wet, and the operation of the surface plate 21 is detected without contact. Thus, the detection performance of this operation can be ensured. As a result, waterproof performance can be improved.

  Further, since the detection substrate 30 is disposed in the wall 5 by being shielded by the rubber packing 35 against the surface 6 of the wall 5 of the landing 1 and the surface plate holding portion 26, water enters the wall 5. Even in this case, it is possible to more reliably prevent the detection substrate 30 from getting wet by the water. As a result, the waterproof performance can be improved more reliably.

[Modification]
In the push button 20 described above, the waterproof property of the proximity switch 28 is not particularly specified, but it is preferable to use a proximity switch 28 having a high waterproof performance such as a waterproof proximity switch 28. By using the proximity switch 28 having high waterproof performance, even when water enters the surface plate holding portion 26, it is possible to more reliably prevent the proximity switch 28 from being damaged by this water. It can certainly be improved.

  In the push button 20 described above, the sheet-like rubber packing 35 is used as a waterproof member for waterproofing the detection substrate 30. However, a waterproof member other than the rubber packing 35 may be used. . For example, a highly waterproof sealant may be used as the waterproof member, or the detection substrate 30 may be covered with a rubber cover or the like. Regardless of the material and configuration, the waterproof member may have any form as long as it has a waterproof property against water entering from the surface 6 of the wall 5 of the landing 1 or the surface plate holding portion 26.

  Moreover, although the push button 20 mentioned above is provided as the push button 20 for performing call registration in the elevator platform 1, the push button 20 may be other than for call registration. Regardless of the application, the waterproof performance can be improved by adopting the above-described configuration of the push button 20 provided in the landing 1 that may get wet in the rain.

  Although several embodiments of the present invention have been described, these embodiments are presented by way of example and are not intended to limit the scope of the invention. These embodiments can be implemented in various other forms, and various omissions, replacements, and changes can be made without departing from the spirit of the invention. These embodiments and their modifications are included in the scope and gist of the invention, and are also included in the invention described in the claims and the equivalents thereof.

DESCRIPTION OF SYMBOLS 1 Platform 5 Wall 6 Surface 7 Side wall 8 Open part 10 Platform door 15 Platform operation panel 16 Display unit 20 Push button 21 Surface plate 22 Press surface 23 Detection surface 24 Detection member 26 Surface plate holder 27 Bottom surface 28 Proximity switch (Non-contact detection) Part)
30 Detection board 31 Lead wire 35 Rubber packing (waterproof material)
40 Main control panel

Claims (1)

A surface plate that is disposed at an elevator landing and performs an input operation when pressed by a user of the elevator;
A surface plate holding portion that covers at least the surface opposite to the pressing surface of the surface plate and holds the surface plate operatively by the input operation;
A non-contact detection unit that is installed in the front plate holding unit and detects the operation of the front plate in a non-contact manner;
The surface of the landing wall and the surface plate holding portion are shielded by a waterproof member, and disposed in the wall at a position farther from the surface of the wall than the surface plate holding portion , and the non-contact A detection board that obtains a detection result in the detection unit and outputs input operation information based on the detection result;
A lead wire connecting the non-contact detection unit and the detection substrate;
Equipped with a,
The waterproof member is disposed between the surface plate holding portion and the detection substrate,
The elevator hall push button according to claim 1, wherein the lead wire penetrates the waterproof member in a state in which the penetration portion is waterproofed .

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