Elevator hoistway flood prevention device

Abstract

To obtain an inundation prevention device for an elevator hoistway capable of more reliably preventing inundation from a landing to a hoistway.SOLUTION: An inundation prevention device 2 for an elevator hoistway comprises a landing wall waterproof member 201 that is in surface contact with a landing wall member 103 having a landing doorway 104 formed thereon, a landing floor waterproof member 202 that is in surface contact with a landing floor member 105, and a waterproof cover member 203 provided over the landing wall waterproof member 201 and the landing floor waterproof member 202 so that the landing wall waterproof member 201, the landing floor waterproof member 202, and the waterproof cover member 203 block the landing doorway 104.SELECTED DRAWING: Figure 3

Description

[Technical field]

[0001] The present disclosure relates to an elevator shaft flooding prevention device that prevents water from flooding from a landing into a hoistway. [Background technology]

[0002] Conventionally, there is known a device for preventing water from entering an elevator shaft, which includes a waterproof shutter provided at the landing entrance and a motor for moving the waterproof shutter. The waterproof shutter is movable in the direction of the width of the landing entrance. The movement of the waterproof shutter opens and closes the lower part of the landing entrance. The motor is driven to move the waterproof shutter. The lower part of the landing entrance is closed by the waterproof shutter, thereby preventing water that has entered the landing from entering the shaft (for example, see Patent Document 1). [Prior art documents] [Patent documents]

[0003] [Patent Document 1] JP 2002-45966 A Summary of the Invention [Problem to be solved by the invention]

[0004] However, even if the waterproof shutter closes the lower part of the landing entrance, the upper part of the landing entrance is not closed by the waterproof shutter. Therefore, if the height of the water that has entered the landing is higher than the height of the waterproof shutter, there is a problem that the water that has entered the landing will enter the elevator shaft.

[0005] The present disclosure has been made to solve the above-mentioned problems, and has an objective to provide an elevator shaft flooding prevention device that can more reliably prevent water from flooding into the elevator shaft from the landing. [Means for solving the problem]

[0006] The elevator shaft flooding prevention device according to the present disclosure includes a landing wall waterproofing member in surface contact with a landing wall member in which a landing entrance / exit is formed, a landing floor waterproofing member in surface contact with a landing floor member, and a waterproof cover member provided across the landing wall waterproofing member and the landing floor waterproofing member, the landing wall waterproofing member has a pair of vertical plate portions and a wall horizontal plate portion, the pair of vertical plate portions facing each other in the width direction of the landing entrance and arranged to sandwich the landing entrance in the width direction when viewed in the depth direction of the landing entrance, the wall horizontal plate portion being arranged across the pair of vertical plate portions; the landing floor waterproofing member has a pair of side plate portions and a floor horizontal plate portion, the pair of side plate portions being arranged to face each other in the width direction and connected one by one to each of the pair of vertical plate portions, the floor horizontal plate portion being arranged across the pair of side plate portions; The landing wall waterproof member, the landing floor waterproof member and the waterproof cover member close the landing entrance / exit. The elevator shaft flooding prevention device according to the present disclosure comprises a landing wall waterproofing member in surface contact with a landing wall member in which a landing entrance / exit is formed, a landing floor waterproofing member in surface contact with a landing floor member, a landing ceiling waterproofing member in surface contact with a landing ceiling member, and a waterproof cover member provided across the landing wall waterproofing member, the landing floor waterproofing member, and the landing ceiling waterproofing member, and the landing wall waterproofing member, the landing floor waterproofing member, the landing ceiling waterproofing member, and the waterproof cover member block the landing entrance / exit. The elevator shaft flooding prevention device according to the present disclosure comprises a landing wall waterproofing member in surface contact with a landing wall member in which a landing entrance / exit is formed, a landing floor waterproofing member in surface contact with a landing floor member, a waterproof cover member provided across the landing wall waterproofing member and the landing floor waterproofing member, and a surface contact detection device that detects at least one of the landing wall waterproofing member being in surface contact with the landing wall member and the landing floor waterproofing member being in surface contact with the landing floor member, wherein the landing wall waterproofing member, the landing floor waterproofing member and the waterproof cover member block the landing entrance / exit, and the detection result of the surface contact detection device is input to an elevator control panel. Effect of the Invention

[0007] According to the elevator shaft flooding prevention device of the present disclosure, flooding from the landing to the elevator shaft can be more reliably prevented. [Brief description of the drawings]

[0008] [Figure 1] 1 is a front view showing an elevator equipped with an elevator shaft flood prevention device according to embodiment 1. FIG. [Diagram 2] FIG. 2 is a plan view showing the elevator shaft flood prevention device of FIG. 1. [Diagram 3] FIG. 2 is a side view showing the elevator shaft flood prevention device of FIG. 1. [Figure 4] FIG. 2 is a perspective view showing the elevator shaft flood prevention device of FIG. 1. [Diagram 5] 2 is a diagram showing a state in which the landing wall waterproofing member in FIG. 1 has been removed from the landing wall member and the landing floor waterproofing member has been removed from the landing floor member. FIG. [Figure 6] 3 is a diagram showing a state in which the landing wall waterproofing member in FIG. 2 has been removed from the landing wall member and the landing floor waterproofing member has been removed from the landing floor member. FIG. [Figure 7] FIG. 11 is a block diagram showing an elevator shaft flood prevention device in accordance with a second embodiment. [Figure 8] FIG. 11 is a front view showing an elevator equipped with an elevator shaft flood prevention device according to embodiment 2. [Figure 9] 9 is a diagram showing a state in which the landing wall waterproofing member in FIG. 8 has been removed from the landing wall member and the landing floor waterproofing member has been removed from the landing floor member. FIG. [Figure 10] FIG. 4 is a diagram showing a modified example of the elevator shaft flood prevention device shown in FIG. [Figure 11] FIG. 11 is a front view showing an elevator equipped with an elevator shaft flood prevention device according to embodiment 3. [Figure 12] 12 is a cross-sectional view taken along line XII-XII in FIG. 11. [Figure 13] 13 is a diagram showing a state in which the landing wall waterproofing member in FIG. 12 has been removed from the landing wall member, and the landing ceiling waterproofing member has been removed from the landing ceiling member. FIG. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0009] Embodiment 1 Fig. 1 is a front view showing an elevator to which an elevator shaft water flooding prevention device according to embodiment 1 is attached. Fig. 2 is a plan view showing the elevator shaft water flooding prevention device of Fig. 1. Fig. 3 is a side view showing the elevator shaft water flooding prevention device of Fig. 1. Fig. 4 is a perspective view showing the elevator shaft water flooding prevention device of Fig. 1. Elevator 1 to which an elevator shaft water flooding prevention device according to embodiment 1 is attached includes hall doors 101 and a hall operating panel 102.

[0010] The building in which the elevator 1 is installed includes a landing wall member 103. The landing wall member 103 is disposed between the landing and the elevator shaft. The landing wall member 103 includes a jamb on three sides. A landing entrance / exit 104 is formed in the landing wall member 103. The landing door 101 is movable in the frontage direction A of the landing entrance / exit 104. The landing entrance / exit 104 is opened and closed by the landing door 101 moving in the frontage direction A of the landing entrance / exit 104. The landing entrance / exit 104 is opened and closed, so that the space of the landing and the space of the elevator shaft are connected to each other.

[0011] The hall operating panel 102 is provided on the hall wall member 103. The hall operating panel 102 has a hall button operated by a user who uses the elevator 1, and a display unit that displays the position of the car of the elevator 1. The hall operating panel 102 is disposed adjacent to the hall entrance / exit 104 in the frontage direction A of the hall entrance / exit 104.

[0012] The elevator shaft water-ingress prevention device 2 according to the first embodiment includes a landing wall waterproofing member 201, a landing floor waterproofing member 202, and a waterproof cover member 203. Hereinafter, the elevator shaft water-ingress prevention device 2 will be referred to as the shaft water-ingress prevention device 2.

[0013] The landing wall waterproofing member 201 is detachably attached to the landing wall member 103. When the landing wall waterproofing member 201 is attached to the landing wall member 103, the landing wall waterproofing member 201 is in surface contact with the landing wall member 103.

[0014] The landing-wall waterproofing member 201 is elastically deformable. Examples of materials constituting the landing-wall waterproofing member 201 include waterproof rubber. When the landing-wall waterproofing member 201 comes into surface contact with the landing-wall member 103, no gap is formed between the landing-wall waterproofing member 201 and the landing-wall member 103. Since no gap is formed between the landing-wall waterproofing member 201 and the landing-wall member 103, water is prevented from entering between the landing-wall waterproofing member 201 and the landing-wall member 103.

[0015] The landing wall waterproofing member 201 has a pair of vertical plate portions 204 and one horizontal plate portion 205.

[0016] The pair of vertical plate portions 204 are disposed so as to face each other in the frontage direction A of the landing entrance 104. Moreover, when viewed in the depth direction of the landing entrance 104, the pair of vertical plate portions 204 are disposed so as to sandwich the landing entrance 104 in the frontage direction A of the landing entrance 104. Moreover, when viewed in the depth direction of the landing entrance 104, the pair of vertical plate portions 204 are disposed so as to sandwich the landing operating panel 102 in the frontage direction A of the landing entrance 104. The vertical plate portions 204 are disposed so as to extend in the height direction. Moreover, the vertical plate portions 204 are disposed so as to extend from the landing floor member 105 to a position higher than the upper end portion of the landing entrance 104.

[0017] The horizontal plate portion 205 is disposed across the pair of vertical plate portions 204. Moreover, the horizontal plate portion 205 is connected to each of the pair of vertical plate portions 204. Moreover, the horizontal plate portion 205 is disposed extending in the frontage direction A of the landing entrance / exit 104. Moreover, the horizontal plate portion 205 is disposed above the landing entrance / exit 104.

[0018] The landing floor waterproofing member 202 is detachably attached to the landing floor member 105. When the landing floor waterproofing member 202 is attached to the landing floor member 105, the landing floor waterproofing member 202 comes into surface contact with the landing floor member 105.

[0019] The landing floor waterproofing member 202 is elastically deformable. An example of a material constituting the landing floor waterproofing member 202 is waterproof rubber. When the landing floor waterproofing member 202 comes into surface contact with the landing floor member 105, no gap is formed between the landing floor waterproofing member 202 and the landing floor member 105. Since no gap is formed between the landing floor waterproofing member 202 and the landing floor member 105, water is prevented from entering between the landing floor waterproofing member 202 and the landing floor member 105.

[0020] The landing floor waterproofing member 202 has a pair of side plate portions 206 and one horizontal plate portion 207.

[0021] The pair of side plate portions 206 are disposed to face each other in the frontage direction A of the landing entrance 104. Moreover, each of the pair of side plate portions 206 is connected to each of the pair of vertical plate portions 204. The side plate portions 206 are disposed to extend in the depth direction of the landing entrance 104.

[0022] The horizontal plate portion 207 is disposed across the pair of side plate portions 206. Moreover, the horizontal plate portion 207 is connected to each of the pair of side plate portions 206. Moreover, the horizontal plate portion 207 is disposed so as to extend in the frontage direction A of the landing entrance / exit 104.

[0023] The waterproof cover member 203 is provided across the landing wall waterproof member 201 and the landing floor waterproof member 202. Examples of materials that constitute the waterproof cover member 203 include stainless steel and polycarbonate. The waterproof cover member 203 is shaped like a box with openings formed in the portion facing the landing entrance / exit 104 and the portion facing the landing floor member 105. The waterproof cover member 203 has a rigidity that is not broken by the pressure of water that has entered the landing.

[0024] The waterproof cover member 203 is connected to the landing wall waterproof member 201. There is no gap between the waterproof cover member 203 and the landing wall waterproof member 201. This prevents water from entering between the waterproof cover member 203 and the landing wall waterproof member 201.

[0025] The waterproof cover member 203 is connected to the landing floor waterproof member 202. There is no gap between the waterproof cover member 203 and the landing floor waterproof member 202. This prevents water from entering between the waterproof cover member 203 and the landing floor waterproof member 202.

[0026] The landing wall waterproofing member 201 is in surface contact with the landing wall member 103, and the landing floor waterproofing member 202 is in surface contact with the landing floor member 105. In this case, the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 block the landing entrance / exit 104. The landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 block the landing entrance / exit 104, thereby preventing water from entering the elevator shaft from the landing.

[0027] Also, the landing wall waterproofing member 201 is in surface contact with the landing wall member 103, and the landing floor waterproofing member 202 is in surface contact with the landing floor member 105. In this case, the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 cover the landing operating panel 102. By the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 covering the landing operating panel 102, the landing operating panel 102 is prevented from being submerged by water that has entered the landing.

[0028] The elevator shaft flooding prevention device 2 according to the first embodiment further includes a hall wall fixing member 208 and a hall floor fixing member 209.

[0029] Fig. 5 is a diagram showing a state in which the landing wall waterproofing member 201 in Fig. 1 has been removed from the landing wall member 103, and the landing floor waterproofing member 202 has been removed from the landing floor member 105. Fig. 6 is a diagram showing a state in which the landing wall waterproofing member 201 in Fig. 2 has been removed from the landing wall member 103, and the landing floor waterproofing member 202 has been removed from the landing floor member 105.

[0030] As shown in Figs. 1 and 5, the landing wall fixing member 208 has a plurality of female thread anchors 210 for the landing wall member and a plurality of bolts 211 for the landing wall member.

[0031] The plurality of female thread anchors 210 for a landing wall member are provided in the landing wall member 103. In addition, the plurality of female thread anchors 210 for a landing wall member are arranged in an area of ​​the landing wall member 103 that comes into surface contact with the landing wall waterproofing member 201.

[0032] The plurality of landing wall member bolts 211 are detachably attached one by one to each of the plurality of landing wall member female thread anchors 210. A through hole into which the landing wall member bolt 211 is inserted is formed in the landing wall waterproofing member 201. With the landing wall member bolt 211 inserted into the through hole of the landing wall waterproofing member 201, the landing wall member bolt 211 is attached to the landing wall member female thread anchor 210, whereby the landing wall waterproofing member 201 is fixed to the landing wall member 103.

[0033] As shown in FIG. 2 and FIG. 6, the landing floor fixing member 209 has a plurality of female thread anchors 212 for the landing floor member and a plurality of bolts 213 for the landing floor member.

[0034] The plurality of female thread anchors 212 for a landing floor member are provided in the landing floor member 105. In addition, the plurality of female thread anchors 212 for a landing floor member are arranged in an area of ​​the landing floor member 105 that comes into surface contact with the landing floor waterproofing member 202.

[0035] The multiple landing floor member bolts 213 are detachably attached one by one to each of the multiple landing floor member female thread anchors 212. The landing floor waterproofing member 202 has a through hole into which the landing floor member bolt 213 is inserted. With the landing floor member bolt 213 inserted into the through hole of the landing floor waterproofing member 202, the landing floor member bolt 213 is attached to the landing floor member female thread anchor 212, whereby the landing floor waterproofing member 202 is fixed to the landing floor member 105.

[0036] When the elevator shaft flooding prevention device 2 is not installed at the landing, a blocking member (not shown) is inserted into each of the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member. By inserting a blocking member into each of the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member, each of the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member is blocked. By blocking each of the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member, entry of foreign matter into each of the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member is prevented.

[0037] Next, a method for installing the elevator shaft flooding prevention device 2 will be described. When a large amount of rain falls due to a typhoon, a sudden downpour, or the like, the elevator shaft flooding prevention device 2 is installed at a landing. Examples of landings where the elevator shaft flooding prevention device 2 is installed include landings on the basement floor and landings on the first floor. When the elevator shaft flooding prevention device 2 is not installed at a landing, the elevator shaft flooding prevention device 2 is stored, for example, in a storeroom formed in the building.

[0038] First, the worker removes the blocking members inserted into the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member from each of the female thread anchor 210 for the landing wall member and the female thread anchor 212 for the landing floor member.

[0039] Thereafter, the worker brings the landing wall waterproofing member 201 into surface contact with the landing wall member 103, and brings the landing floor waterproofing member 202 into surface contact with the landing floor member 105. As a result, the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 close the landing entrance / exit 104.

[0040] Thereafter, the worker fixes the landing wall waterproofing member 201 to the landing wall member 103 using the landing wall fixing member 208, and fixes the landing floor waterproofing member 202 to the landing floor member 105 using the landing floor fixing member 209.

[0041] The landing wall waterproofing member 201 is fixed to the landing wall member 103, and the landing floor waterproofing member 202 is fixed to the landing floor member 105, whereby the installation of the elevator shaft flooding prevention device 2 is completed.

[0042] As described above, the elevator shaft flooding prevention device 2 according to the first embodiment includes the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203. The landing wall waterproofing member 201 is in surface contact with the landing wall member 103. The landing floor waterproofing member 202 is in surface contact with the landing floor member 105. The waterproof cover member 203 is provided across the landing wall waterproofing member 201 and the landing floor waterproofing member 202. When the landing wall waterproofing member 201 is in surface contact with the landing wall member 103 and the landing floor waterproofing member 202 is in surface contact with the landing floor member 105, the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 block the landing entrance / exit 104. This configuration prevents water that has entered the landing from entering the elevator shaft, regardless of the height of the water that has entered the landing. As a result, water can be more reliably prevented from entering the elevator shaft from the landing.

[0043] Moreover, the elevator shaft flooding prevention device 2 according to the first embodiment includes a landing wall fixing member 208 that fixes the landing wall waterproofing member 201 to the landing wall member 103. The landing wall fixing member 208 has a landing wall member internal thread anchor 210 and a landing wall member bolt 211. The landing wall member internal thread anchor 210 is provided in the landing wall member 103. The landing wall member bolt 211 is detachably attached to the landing wall member internal thread anchor 210. The landing wall member bolt 211 is attached to the landing wall member internal thread anchor 210, whereby the landing wall waterproofing member 201 is fixed to the landing wall member 103. According to this configuration, the landing wall waterproofing member 201 can be fixed to the landing wall member 103 with a simple configuration.

[0044] Furthermore, the landing wall member bolt 211 is removed from the landing wall member female thread anchor 210, whereby the landing wall waterproofing member 201 is released from the landing wall member 103. According to this configuration, the landing wall waterproofing member 201 can be removed from the landing wall member 103 with a simple configuration.

[0045] Moreover, the elevator shaft flooding prevention device 2 according to the first embodiment includes a landing floor fixing member 209 that fixes the landing floor waterproofing member 202 to the landing floor member 105. The landing floor fixing member 209 has an internal thread anchor 212 for the landing floor member and a bolt 213 for the landing floor member. The internal thread anchor 212 for the landing floor member is provided in the landing floor member 105. The bolt 213 for the landing floor member is detachably attached to the internal thread anchor 212 for the landing floor member. The bolt 213 for the landing floor member is attached to the internal thread anchor 212 for the landing floor member, whereby the landing floor waterproofing member 202 is fixed to the landing floor member 105. According to this configuration, the landing floor waterproofing member 202 can be fixed to the landing floor member 105 with a simple configuration.

[0046] Furthermore, the landing floor member bolt 213 is removed from the landing floor member female thread anchor 212, whereby the landing floor waterproofing member 202 is released from the landing floor member 105. According to this configuration, the landing floor waterproofing member 202 can be removed from the landing floor member 105 with a simple configuration.

[0047] Furthermore, when the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103 and the landing floor waterproofing member 202 comes into surface contact with the landing floor member 105, the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the waterproof cover member 203 cover the landing operating panel 102. This configuration prevents the landing operating panel 102 from being submerged by water that has entered the landing.

[0048] Embodiment 2 Fig. 7 is a block diagram showing an elevator shaft water-ingress prevention device according to embodiment 2. Fig. 8 is a front view showing an elevator to which an elevator shaft water-ingress prevention device according to embodiment 2 is attached. Fig. 9 is a diagram showing a state in which the landing wall waterproofing member of Fig. 8 has been removed from the landing wall member, and the landing floor waterproofing member has been removed from the landing floor member. The elevator shaft water-ingress prevention device 2 according to embodiment 2 further includes a surface contact detection device 214 that detects that the landing wall waterproofing member 201 is in surface contact with the landing wall member 103.

[0049] The detection result of the surface-contact detection device 214 is input to the elevator control panel 106. The elevator control panel 106 switches the operation mode of the elevator 1 based on the detection result of the surface-contact detection device 214. Specifically, when the surface-contact detection device 214 detects that the landing wall waterproofing member 201 is in surface contact with the landing wall member 103, the elevator control panel 106 switches the operation mode of the elevator 1 from the normal operation mode to the submersion operation mode. When the operation mode of the elevator 1 is the submersion operation mode, the car stops at the landing on the top floor, and the ascent and descent of the car is suspended.

[0050] The surface-contact detection device 214 has a detection device main body 215 provided in the landing wall member 103, and a detectable object 216 provided in the landing wall waterproof member 201. A detection area of ​​the detection device main body 215 is set around the detection device main body 215. When a magnet is placed in the detection area of ​​the detection device main body 215, the magnet is detected. The detectable object 216 is made of a magnet. Therefore, when the detectable object 216 is present in the detection area of ​​the detection device main body 215, the detection device main body 215 detects the detectable object 216.

[0051] When the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103, the detectable object 216 is disposed in the detection area of ​​the detection device main body 215. Therefore, when the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103, the surface contact detection device 214 detects that the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103.

[0052] Other configurations of the elevator shaft water ingress prevention device 2 according to the second embodiment are similar to those of the elevator shaft water ingress prevention device 2 according to the first embodiment.

[0053] As described above, the hoistway flooding prevention device 2 according to the second embodiment is equipped with the surface contact detection device 214. The surface contact detection device 214 detects that the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103. The detection result of the surface contact detection device 214 is input to the elevator control panel 106. With this configuration, when the hoistway flooding prevention device 2 is installed at a landing, the operation mode of the elevator 1 can be switched from the normal operation mode to the flooding operation mode.

[0054] In the second embodiment, the configuration of the surface contact detection device 214 that detects that the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103 has been described. However, the configuration is not limited to this, and the surface contact detection device 214 may be configured to detect that the landing floor waterproofing member 202 comes into surface contact with the landing floor member 105. Even with this configuration, when the elevator shaft flood prevention device 2 is installed at the landing, the operation mode of the elevator 1 can be switched from the normal operation mode to the flooding operation mode. Furthermore, the surface contact detection device 214 may be configured to detect that the landing wall waterproofing member 201 comes into surface contact with the landing wall member 103 and that the landing floor waterproofing member 202 comes into surface contact with the landing floor member 105. In other words, the surface contact detection device 214 may be configured to detect at least one of the landing wall waterproofing member 201 coming into surface contact with the landing wall member 103 and the landing floor waterproofing member 202 coming into surface contact with the landing floor member 105.

[0055] In addition, in the first and second embodiments, the configuration in which the female thread anchor 210 for the landing wall member is disposed so as to extend perpendicularly to the surface of the landing wall member 103 has been described. However, as shown in FIG. 10, the female thread anchor 210 for the landing wall member may be disposed so as to be inclined with respect to the surface of the landing wall member 103 so as to be downward toward the back side of the landing wall member 103. In other words, the female thread anchor 210 for the landing wall member may be disposed so as to be inclined with respect to the surface of the landing wall member 103 so as to be downward toward the back side of the landing wall member 103 in the depth direction of the landing entrance / exit 104 as it moves away from the surface of the landing wall member 103. According to this configuration, by attaching the bolt 211 for the landing wall member to the female thread anchor 210 for the landing wall member, the landing wall waterproofing member 201 is pressed against the landing wall member 103 and the landing floor waterproofing member 202 is pressed against the landing floor member 105. In the case of this configuration, the elevator shaft flooding prevention device 2 does not need to be equipped with the landing floor fixing member 209.

[0056] Embodiment 3 Fig. 11 is a front view showing an elevator equipped with an elevator shaft flooding prevention device according to embodiment 3. Fig. 12 is a cross-sectional view taken along line XII-XII in Fig. 11. The elevator shaft flooding prevention device 2 according to embodiment 3 includes a landing wall waterproofing member 201, a landing floor waterproofing member 202, a landing ceiling waterproofing member 217, and a waterproof cover member 203.

[0057] The landing wall waterproofing member 201 has a pair of vertical plate portions 204. In the third embodiment, the landing wall waterproofing member 201 does not have a horizontal plate portion 205.

[0058] The pair of vertical plate portions 204 are disposed so as to face each other in the frontage direction A of the landing entrance 104. Moreover, when viewed in the depth direction of the landing entrance 104, the pair of vertical plate portions 204 are disposed so as to sandwich the landing entrance 104 in the frontage direction A of the landing entrance 104. Moreover, when viewed in the depth direction of the landing entrance 104, the pair of vertical plate portions 204 are disposed so as to sandwich the landing operating panel 102 in the frontage direction A of the landing entrance 104. The vertical plate portions 204 are disposed so as to extend in the height direction. Moreover, the vertical plate portions 204 are disposed so as to extend from the landing floor member 105 to the landing ceiling member 107.

[0059] The configuration of the landing floor waterproofing member 202 is similar to the configuration of the landing floor waterproofing member 202 in the first and second embodiments.

[0060] The landing ceiling waterproof member 217 is detachably attached to the landing ceiling member 107. When the landing ceiling waterproof member 217 is attached to the landing ceiling member 107, the landing ceiling waterproof member 217 comes into surface contact with the landing ceiling member 107.

[0061] The landing ceiling waterproof member 217 is elastically deformable. An example of a material constituting the landing ceiling waterproof member 217 is waterproof rubber. When the landing ceiling waterproof member 217 is in surface contact with the landing ceiling member 107, no gap is formed between the landing ceiling waterproof member 217 and the landing ceiling member 107. Since no gap is formed between the landing ceiling waterproof member 217 and the landing ceiling member 107, water is prevented from entering between the landing ceiling waterproof member 217 and the landing ceiling member 107.

[0062] The landing ceiling waterproof member 217 has a pair of side plate portions 218 and one horizontal plate portion 219.

[0063] The pair of side plate portions 218 are disposed to face each other in the frontage direction A of the landing entrance 104. Moreover, each of the pair of side plate portions 218 is connected to each of the pair of vertical plate portions 204. The side plate portions 218 are disposed to extend in the depth direction of the landing entrance 104.

[0064] The horizontal plate portion 219 is disposed across the pair of side plate portions 218. Moreover, the horizontal plate portion 219 is connected to each of the pair of side plate portions 218. Moreover, the horizontal plate portion 219 is disposed so as to extend in the frontage direction A of the landing entrance / exit 104.

[0065] The waterproof cover member 203 is provided across the landing wall waterproof member 201, the landing floor waterproof member 202, and the landing ceiling waterproof member 217.

[0066] The waterproof cover member 203 is connected to the landing wall waterproof member 201. There is no gap between the waterproof cover member 203 and the landing wall waterproof member 201. This prevents water from entering between the waterproof cover member 203 and the landing wall waterproof member 201.

[0067] The waterproof cover member 203 is connected to the landing floor waterproof member 202. There is no gap between the waterproof cover member 203 and the landing floor waterproof member 202. This prevents water from entering between the waterproof cover member 203 and the landing floor waterproof member 202.

[0068] The waterproof cover member 203 is connected to the landing ceiling waterproof member 217. There is no gap between the waterproof cover member 203 and the landing ceiling waterproof member 217. This prevents water from entering between the waterproof cover member 203 and the landing ceiling waterproof member 217.

[0069] The landing wall waterproofing member 201 is in surface contact with the landing wall member 103, the landing floor waterproofing member 202 is in surface contact with the landing floor member 105, and the landing ceiling waterproofing member 217 is in surface contact with the landing ceiling member 107. In this case, the landing wall waterproofing member 201, the landing floor waterproofing member 202, the landing ceiling waterproofing member 217, and the waterproof cover member 203 block the landing entrance / exit 104. The landing wall waterproofing member 201, the landing floor waterproofing member 202, the landing ceiling waterproofing member 217, and the waterproof cover member 203 block the landing entrance / exit 104, thereby preventing water from entering the elevator shaft from the landing.

[0070] In addition, the landing wall waterproofing member 201 is in surface contact with the landing wall member 103, the landing floor waterproofing member 202 is in surface contact with the landing floor member 105, and the landing ceiling waterproofing member 217 is in surface contact with the landing ceiling member 107. In this case, the landing wall waterproofing member 201, the landing floor waterproofing member 202, the landing ceiling waterproofing member 217, and the waterproof cover member 203 cover the landing operating panel 102. By the landing wall waterproofing member 201, the landing floor waterproofing member 202, the landing ceiling waterproofing member 217, and the waterproof cover member 203 covering the landing operating panel 102, the landing operating panel 102 is prevented from being submerged by water that has entered the landing.

[0071] The elevator shaft flooding prevention device 2 according to the third embodiment further includes a landing ceiling fixing member 220. Fig. 13 is a diagram showing a state in which the landing wall waterproofing member 201 in Fig. 12 has been removed from the landing wall member 103, and the landing ceiling waterproofing member 217 has been removed from the landing ceiling member 107.

[0072] As shown in FIG. 12 and FIG. 13, the landing ceiling fixing member 220 has a plurality of female thread anchors 221 for a landing ceiling member and a plurality of bolts 222 for a landing ceiling member.

[0073] The plurality of female thread anchors 221 for the landing ceiling member are provided in the landing ceiling member 107. In addition, the plurality of female thread anchors 221 for the landing ceiling member are arranged in an area of ​​the landing ceiling member 107 that comes into contact with the landing ceiling waterproof member 217.

[0074] The plurality of landing ceiling member bolts 222 are detachably attached one by one to each of the plurality of landing ceiling member female thread anchors 221. The landing ceiling waterproof member 217 has a through hole into which the landing ceiling member bolt 222 is inserted. With the landing ceiling member bolt 222 inserted into the through hole of the landing ceiling waterproof member 217, the landing ceiling member bolt 222 is attached to the landing ceiling member female thread anchor 221, whereby the landing ceiling waterproof member 217 is fixed to the landing ceiling member 107.

[0075] Other configurations of the elevator shaft water ingress prevention device 2 according to the third embodiment are similar to those of the elevator shaft water ingress prevention device 2 according to the first or second embodiment.

[0076] As described above, the elevator shaft flooding prevention device 2 according to the third embodiment includes the landing wall waterproofing member 201, the landing floor waterproofing member 202, the landing ceiling waterproofing member 217, and the waterproof cover member 203. The landing wall waterproofing member 201 is in surface contact with the landing wall member 103. The landing floor waterproofing member 202 is in surface contact with the landing floor member 105. The landing ceiling waterproofing member 217 is in surface contact with the landing ceiling member 107. The waterproof cover member 203 is provided across the landing wall waterproofing member 201, the landing floor waterproofing member 202, and the landing ceiling waterproofing member 217. The landing wall waterproofing member 201 is in surface contact with the landing wall member 103, the landing floor waterproofing member 202 is in surface contact with the landing floor member 105, and the landing ceiling waterproofing member 217 is in surface contact with the landing ceiling member 107. In this case, the landing wall waterproofing member 201, the landing floor waterproofing member 202, the landing ceiling waterproofing member 217, and the waterproof cover member 203 block the landing entrance 104. With this configuration, water that has entered the landing is prevented from entering the hoistway, regardless of the height of the water that has entered the landing. As a result, it is possible to more reliably prevent water from entering the hoistway from the landing.

[0077] Moreover, the elevator shaft flooding prevention device 2 according to the third embodiment includes a landing ceiling fixing member 220 that fixes the landing ceiling waterproofing member 217 to the landing ceiling member 107. The landing ceiling fixing member 220 has an internal thread anchor 221 for the landing ceiling member and a bolt 222 for the landing ceiling member. The internal thread anchor 221 for the landing ceiling member is provided in the landing ceiling member 107. The bolt 222 for the landing ceiling member is detachably attached to the internal thread anchor 221 for the landing ceiling member. The bolt 222 for the landing ceiling member is attached to the internal thread anchor 221 for the landing ceiling member, whereby the landing ceiling waterproofing member 217 is fixed to the landing ceiling member 107. According to this configuration, the landing ceiling waterproofing member 217 can be fixed to the landing ceiling member 107 with a simple configuration.

[0078] Furthermore, the landing ceiling member bolt 222 is removed from the landing ceiling member female thread anchor 221, whereby the landing ceiling waterproof member 217 is released from the landing ceiling member 107. According to this configuration, the landing ceiling waterproof member 217 can be removed from the landing ceiling member 107 with a simple configuration.

[0079] In each embodiment, the configuration in which the waterproof cover member 203 is box-shaped has been described. However, the waterproof cover member 203 may be in a deformable sheet shape. In this case, the material constituting the waterproof cover member 203 may be, for example, a waterproof cloth. When water infiltrates into the landing, the deformable sheet-shaped waterproof cover member 203 is pressed against the landing door 101 by the pressure of the water that has infiltrated into the landing. The pressure of the water that has infiltrated into the landing acts on the landing door 101. Even in this case, the landing entrance / exit 104 is blocked by the landing wall waterproof member 201, the landing floor waterproof member 202, and the waterproof cover member 203.

[0080] In the third embodiment, the surface-contact detection device 214 may be configured to detect that the landing ceiling waterproofing member 217 comes into surface contact with the landing ceiling member 107. [Explanation of symbols]

[0081] 1 elevator, 2 elevator shaft flood prevention device, 101 landing door, 102 landing operation panel, 103 landing wall member, 104 landing entrance / exit, 105 landing floor member, 106 elevator control panel, 107 landing ceiling member, 201 landing wall waterproof member, 202 landing floor waterproof member, 203 waterproof cover member, 204 vertical plate portion, 205 horizontal plate portion, 206 side plate portion, 207 horizontal plate portion, 208 landing wall fixing member, 209 landing floor fixing member, 210 female thread anchor for landing wall member, 211 bolt for landing wall member, 212 female thread anchor for landing floor member, 213 bolt for landing floor member, 214 surface contact detection device, 215 detection device main body, 216 detected body, 217 landing ceiling waterproof member, 218 Side plate portion, 219 horizontal plate portion, 220 landing ceiling fixing member, 221 female thread anchor for landing ceiling member, 222 bolt for landing ceiling member.

Claims

1. A landing wall waterproofing member that is in surface contact with the landing wall member in which the landing entrance / exit is formed; A landing floor waterproofing member that is in surface contact with the landing floor member; A waterproof cover member provided across the landing wall waterproof member and the landing floor waterproof member; Equipped with The landing wall waterproofing member has a pair of vertical plate portions and a wall horizontal plate portion, The pair of vertical plate portions are opposed to each other in the frontage direction of the landing entrance, and are arranged so as to sandwich the landing entrance in the frontage direction when viewed in the depth direction of the landing entrance, The wall horizontal plate portion is disposed across the pair of vertical plate portions, The landing floor waterproofing member has a pair of side plate portions and a floor horizontal plate portion, The pair of side plate portions are arranged to face each other in the frontage direction and are connected to the pair of vertical plate portions, one each, The floor horizontal plate portion is disposed across the pair of side plate portions, The elevator shaft flooding prevention device, in which the landing wall waterproofing member, the landing floor waterproofing member and the waterproof cover member block the landing entrance / exit.

2. The landing wall waterproofing member is further provided with a landing wall fixing member that fixes the landing wall member to the landing wall member, The landing wall fixing member is A landing wall member female thread anchor provided in the landing wall member; A landing wall member bolt that is detachably attached to the landing wall member female thread anchor; 2. The elevator hoistway flood prevention device according to claim 1, further comprising:

3. A landing floor fixing member that fixes the landing floor waterproofing member to the landing floor member, The landing floor fixing member is A female thread anchor for a landing floor member provided in the landing floor member; A landing floor member bolt that is detachably attached to the landing floor member female thread anchor; 3. The elevator shaft flood prevention device according to claim 1 or 2, further comprising:

4. a surface contact detection device that detects at least one of the landing wall waterproofing member coming into surface contact with the landing wall member and the landing floor waterproofing member coming into surface contact with the landing floor member, The elevator shaft flood prevention device according to any one of claims 1 to 3, wherein the detection results of the surface contact detection device are input to an elevator control panel.

5. 5. The elevator shaft flooding prevention device according to claim 1, wherein the landing wall waterproofing member, the landing floor waterproofing member and the waterproof cover member cover a landing operating panel provided on the landing wall member.

6. A landing wall waterproofing member that is in surface contact with the landing wall member in which the landing entrance / exit is formed; A landing floor waterproofing member that is in surface contact with the landing floor member; A landing ceiling waterproof member that is in surface contact with the landing ceiling member; A waterproof cover member provided across the landing wall waterproof member, the landing floor waterproof member, and the landing ceiling waterproof member; Equipped with The elevator hoistway flooding prevention device, in which the landing wall waterproofing member, the landing floor waterproofing member, the landing ceiling waterproofing member and the waterproof cover member block the landing entrance / exit.

7. A landing wall waterproofing member that is in surface contact with the landing wall member in which the landing entrance / exit is formed; A landing floor waterproofing member that is in surface contact with the landing floor member; A waterproof cover member provided across the landing wall waterproof member and the landing floor waterproof member; a surface contact detection device that detects at least one of the landing wall waterproofing member coming into surface contact with the landing wall member and the landing floor waterproofing member coming into surface contact with the landing floor member; Equipped with The landing wall waterproof member, the landing floor waterproof member, and the waterproof cover member close the landing entrance / exit, The detection results of the surface contact detection device are input to an elevator control panel to prevent water from entering the elevator shaft.

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