JP6454842B2 - Drainage equipment - Google Patents

Description

  The present invention relates to a drainage device, and more particularly, in a drainage device that opens and closes a drainage port by remote operation, when a malfunction that prevents the drainage port from closing occurs, the function of remote control is lost, but the drainage port is securely The present invention relates to a drainage device that can be closed.

Conventionally, in order to treat the drainage generated in the tank body such as a bathtub or basin, a drainage device is provided with a drain outlet on the bottom of the tank body, and the drainage is discharged from the drain port to the sewage side through a drain pipe. Is widely known. In addition, when water is accumulated in the tank body, there is a method of closing the drainage port using a valve member, but the opening or opening of the valve member is located away from the valve member or the drainage port, for example, the tank body There is known a remote-operated drainage device that is operated by operating an operation unit provided on the top surface portion of the periphery of the opening. Hereinafter, a conventional example of a remotely operated drainage device will be described.
A conventional remote-operated drainage device described in Patent Document 1 is a drainage device connected to a wash basin which is a kind of tank body, and includes a drain outlet body, a remote-control valve member, a release described below. It is comprised from members, such as a wire, a coupling member, and an operation part.
The wash basin is a box that is open at the top, and has an attachment hole for attaching the drainage outlet main body on the bottom surface.
The drain port body is a member having a substantially cylindrical shape, and a flange portion protruding in the side surface direction is provided on the outer peripheral side of the upper end portion, and a male screw is threaded on the lower outer surface of the flange portion. A drain outlet is formed in the interior. Moreover, the nut member provided with the internal thread screwed together with the said external thread is provided. Further, the upper end portion of the drain outlet main body is connected to the bottom surface of the tank body, and the lower end portion is connected to the joint member in a watertight manner.
The valve member for remote operation is a member that is disposed in the drainage port and closes the upper end of the drainage port. The valve body part is substantially disk-shaped and closes from the center of the valve body part. And a guide portion (“sliding leg 10” in Patent Document 1) that contacts the drain port so that the valve member does not tilt.
The release wire is flexible in the lateral direction and has an outer tube having rigidity in the axial direction, and is slidably disposed in the inner wire, and has flexibility in the lateral direction and rigidity in the axial direction. And the other end is connected to the operation portion and the other end is connected to the support portion of the drainage joint.
The joint member is a substantially cylindrical member connected to the lower end of the drain port body, and includes a support portion that supports the end portion of the release wire and an insertion port for extending the release wire. Is done.
An operation part is a member which operates opening / closing of a drain outlet, Comprising: It is a member which is arrange | positioned at the top | upper surface part of a washbasin and operates opening / closing of a drain outlet.
The remote-operated drainage device composed of each member described above is applied to a basin that is a tank body as follows.
The drain outlet main body is inserted into the mounting hole of the basin, and the lower surface of the flange portion of the drain outlet main body is brought into contact with the upper surface of the peripheral edge of the mounting hole. Further, the female screw of the nut member is screwed into the male screw of the drain port body, and the periphery of the mounting hole is sandwiched between the lower surface of the flange portion and the upper surface of the nut member to fix the drain port body to the basin.
Next, the release wire is inserted through the insertion port of the joint member, and the outer tube end portion of the release wire is supported and fixed to the support portion, and then the drain port body and the joint member are connected.
Next, after fixing an operation part to the top | upper surface part of a washbasin, an operation part and a release wire are connected.
Further, the remote operation valve member is inserted into the drain outlet, and is arranged so that the tip of the inner wire of the release wire is located immediately below the valve shaft, thereby completing the construction of the remotely operated drainage device.
When using the remotely operated drainage device configured as described above, first, the remote operation valve member is lowered with respect to the drainage port, and the drainage port is closed.
When the operation portion is operated from this state and the inner wire is advanced to the valve member side, the end portion of the inner wire on the valve member side protrudes, and the lower end of the valve shaft of the remote operation valve member is connected to the tip end of the inner wire. When pushed up, the entire valve member for remote operation is raised. Along with this, the valve body portion also rises, so that the drain port and the valve body portion are separated from each other and the drain port is opened. When drainage is accumulated in the basin, the drainage port is opened, and the drainage is discharged outside the basin through the drainage port.
When an operation is applied to the operation unit from this state and the inner wire is moved backward to the operation unit side, the push-up of the valve shaft by the inner wire is finished, and the entire remote operation valve member is lowered. Along with this, the valve body part also descends, the drainage port and the valve body part come into contact, and the drainage port is closed.
During these operations, the guide part of the remote control valve member is in contact with the inside of the drain, and the remote control valve member is moved out of the proper position or tilted out of the proper direction. To prevent.
Hereinafter, by repeating the above operation, the drain outlet can be opened and closed by remote operation by operating the operation unit.
Further, as a remote-operated drainage device other than the above-mentioned Patent Document 1, there are known remote-operated drainage devices described in Patent Document 2 and Patent Document 3.

  In the remote-operated drainage device described in Patent Document 1, the tip of the inner wire is in contact with the lower end of the valve shaft, and the valve member for remote operation is pushed up by directly pushing up the valve shaft to open the drainage port. In the remote-operated drainage device described in Patent Document 2, a magnet adjusted in a polarity direction that repels the tip of the inner wire and the lower end of the valve shaft is disposed and fixed, and the inner side from the horizontal direction is positioned below the valve shaft. Since the magnet arranged at the end of the wire slides, when the magnet at the tip of the inner wire is located directly under the valve shaft, the valve member for remote operation rises due to repulsion due to magnetic force, and the drain opening opens. However, when the magnet at the tip of the inner wire is positioned other than directly below the valve shaft, the repulsion due to the magnetic force is eliminated, the remote operation valve member is lowered, and the drain port is closed. By configuring in this way, the structure of the operating part is simplified and a structure in which failure does not easily occur is provided.

Further, in the remote-operated drainage device described in Patent Document 1, the power of the operation of pushing the remote control valve member by advancing the inner wire is due to the human power of the user of the drainage device pushing the operation unit. The remote control valve member is pushed up through the inner wire and the drain port is opened. However, in the remote control type drainage device described in Patent Document 3, the stepping that operates by electricity is used as the power for moving the inner wire forward. Adopted a motor. When opening the drain port, the inner wire is advanced by the power of the stepping motor and the tip pushes up the lower end of the valve shaft directly to push up the remote control valve member to open the drain port and close the drain port When performing the operation, the inner wire is retracted by the power of the stepping motor, and the tip of the inner wire is separated from the lower end of the valve shaft to release the support of the valve shaft so that the valve member for remote operation is lowered to close the drain port. It is configured. It should be noted that the opening state and the closing state of the drain port do not change unless the motor is energized to activate the operating portion, and it is not necessary to energize to maintain the drain port opening or closing state. Such a configuration eliminates the need for user power to open and close the drain opening, and allows the opening and closing operation of the drain opening to be easily performed even by a weak person such as an elderly person or a disabled person.
Japanese Utility Model Publication No. 3-122174 JP-A-7-317118 JP 2001-3111196 A

The remote-controlled drainage device of the conventional example configured as described above is operated remotely when a failure occurs in the operating unit or the like, and the operating unit stops operating with the remote operation valve member pushed up. There was a problem that the drain outlet could not be closed even by a method that did not depend on it.
More specifically, for example, in the remote-operated drainage device described in Patent Documents 1 to 3, the inner wire is broken due to the bending method exceeding the bending limit, so that normal operation cannot be performed. There are cases where there is breakage called bending, cases where dust such as hair during drainage gets tangled and the inner wire cannot enter the outer tube, or the inner wire rusts due to drainage and the operation cannot be performed smoothly.
In addition, in the case of the electrically operated remote-operated drainage device described in Patent Document 3, the motor part may be disconnected or the operation unit may not operate due to a power failure or the like, and the drainage port may be opened and closed. become unable.
Thus, when a failure occurs in the remote-operated drainage device, the position where the operating portion closes the drainage port, in the case of Patent Documents 1 to 3, the inner wire of the release wire has moved back to the operation unit side. If it is in the position, the user directly holds the remote control valve member by hand, drains the remote control valve member from the drainage port as necessary, and drains from the drainage port. By fitting the valve member, the drainage port can be closed and the drainage can be stored inside the tank body.
However, if a failure occurs in the remote-operated drainage device, if the operating part is stopped at the position where the drainage port is opened, the user directly holds the remote-control valve member by hand, and if necessary, Although it is possible to drain from the drain port by taking out the remote control valve member from the drain port, even if the remote control valve member is fitted into the drain port, the remote control valve member is interfered by the operating part and the valve Since the body part cannot be lowered to the upper end position of the drain port, the drain port cannot be closed and water cannot be stored inside the tank body.
Whether a remote-operated drainage device stops in the open position or the closed position in the event of a failure is entirely coincidental, so if a failure occurs in the open state, repair the remote-operated drainage device. Until this is done, even if the user manually performs a manual operation on the remote control valve member, the water discharge cannot be accumulated in the tank. Thus, the state that the water discharge cannot be accumulated in the tank body is a fatal problem in the tank body that always closes the drainage outlet when the tank body is used, particularly in a bathtub.
The present invention has been invented in view of the above problems, and in a remotely operated drainage device, even if a failure occurs in the drainage device and the drainage port remains in an open state, the valve member is not directly operated. In the method of performing a simple operation, a drainage device that can reliably open and close the drainage port is provided.

The present invention described in claim 1 includes a drain port 1a opened in the tank body, a remote control valve member 21 that opens and closes the drain port 1a by vertical movement, and an operating unit that moves the remote control valve member 21 up and down. 3 and the operation unit 4 for controlling the operation of the operation unit 3 to operate the opening and closing of the drain port 1a by the remote operation valve member 21, the drain port 1a provided in the tank body is remotely operated. In the drainage device for opening and closing, when the remote operation valve member 21 can no longer close the drainage port 1a, the drainage port does not interfere with the closing operation unit 3 and the operation unit 4 is not operated. The drainage device includes a manual valve member 22 for closing 1a, and a manual valve member 22 is obtained by removing a part of the member from the end of the remote control valve member 21 .
In addition, a valve member here is a member which can close a drain outlet.
In addition, the remote control valve member is a valve member that performs an operation corresponding to an operation to the operation unit by performing an operation to instruct opening or closing to an operation unit prepared for remote operation. A valve member capable of opening and closing the mouth.
For example, in a remotely operated drainage device using a release wire, a valve member is disposed at a drainage port and is moved up and down at a fixed position using a guide or the like, so that an opening or opening operation is performed with respect to the operation unit. Only, the valve member can move up and down and open and close the drain port. The valve member used in this way is a remote control valve member.
On the other hand, the manual valve member requires a positioning operation or the like for the valve member when the drain port is opened and closed by the valve member. It is a valve member that cannot open or close the mouth.
For example, in the case of a valve member made of rubber material that only fits into the drain port, it is not necessary to simply lower the valve member to close the drain port. It is necessary to align and fit. Thus, when opening or closing the drain port, the valve member that needs to align the valve member with the drain port manually (manually) by the user is a manual valve member. Also, it is well known that the chain member is attached to the valve member made of a rubber material that simply fits into the drain port as described above, and the valve member can be moved through the chain body. Even in this case, it is necessary to align the valve member with the drainage port through the chain body, and such a valve member also operates the valve member through the chain body, and touches the valve member directly. Although not, it is still a manual valve member.

  According to a second aspect of the present invention, in the drainage device, the remote control valve member 21 and the operating portion 3 are provided with a magnet portion arranged in a repulsive polarity, and the repulsion of the magnet of the magnet portion is used for remote control. The drainage device according to paragraph 0006, wherein the operation valve member 21 is moved up and down, and the manual valve member 22 is formed by removing the magnet portion from the remote operation valve member 21.

The present invention described in claim 3 includes a drain port 1a opened in the tank body, a remote control valve member 21 for opening and closing the drain port 1a by vertical movement, an operating unit 3 for moving the valve member up and down, And an operation unit 4 for controlling the operation of the unit 3 to open and close the drain port 1a by the remote control valve member 21, and for remotely opening and closing the drain port 1a provided in the tank body. In the drainage device, when the remote operation valve member 21 cannot close the drainage port 1a by deforming or removing at least a part of the member from the end of the operating unit 3, the remote operation valve member 21 is removed. However, the drainage device is configured to be a manual valve member 22 capable of closing the drainage port 1a without interfering with the closing operation unit 3.

  According to a fourth aspect of the present invention, in the drainage device, the remote control valve member 21 and the operating portion 3 are provided with a magnet portion arranged in a repulsive polarity, and the repulsion of the magnet of the magnet portion is used for remote control. The operation valve member 21 is moved up and down, and the magnet portion is removed from the operation unit 3 so that the remote operation valve member 21 can close the drain port 1a without interfering with the operation unit 3 at the time of closing. The drainage device according to paragraph 0008, wherein the drainage device is configured to be the manual valve member 22.

  The present invention according to claim 5 is the drainage device according to any one of paragraphs 0006 to 0009, wherein in the drainage device, the actuating unit 3 is configured to be actuated by electric drive. It is.

  According to a sixth aspect of the present invention, in the drainage device described above, the manual valve member 22 includes a handle body 7 that facilitates attachment / detachment from the drainage port 1a. It is a drainage device as described in any one.

According to the first aspect of the present invention, in the remote-operated drainage device, when a mechanism for remote operation is broken, a part of the member is removed from the end of the remote-control valve member for manual operation. By setting it as a valve member , regardless of the state of an operation part, a drain outlet can be opened and closed by manual operation to a manual valve member.
According to the second aspect of the present invention, in the remote control type drainage device that opens and closes the drainage port by repulsion of the magnet, the remote control valve member is removed from the manual operation by removing the magnet part of the remote control valve member. It can be.
According to the third aspect of the present invention, in the remotely operated drainage device, when the mechanism for remote operation is damaged, at least a part is deformed from the end of the operating portion or removed from the drainage device. The valve member for operation can be manually attached to the drain port and can be removed manually, and the drain port can be opened and closed by manual operation of the manual valve member regardless of the state of the operating part. can do.
In this invention of Claim 4, in the remote control type drainage device which opens and closes a drain port by repulsion of a magnet, the valve member for remote operation is made into a manual valve member by removing the magnet part of an operation part. Can do.
Further, in the inventions according to the second to fourth aspects, the remote operation valve member and the manual valve member are used as a common member, so that the product is less expensive than the case where the members are prepared separately. can do.
In the inventions according to the second to fourth aspects, when the manual valve member is a member completely different from the remote control valve member, the manual operation is continued until the remote control type drainage device fails. The valve member for use is an unnecessary member and may be lost while it is not used for a long time, but in the present invention, the valve member for remote operation can be changed to a manual valve member as it is, so it should not be used for a long time. Can prevent loss.
According to the present invention described in claim 5, the present invention is adopted in a remotely operated drainage device that is electrically driven. In the case of an electrically driven remote-operated drainage device, if the power supply is stopped due to a power failure or disconnection, the operating part cannot be operated in any way. It is preferable that the member itself has a structure that does not interfere with the operation unit.
In this invention of Claim 6, taking out from the drain outlet of a manual valve member can be made easy by providing a handle body in a manual valve member.

It is sectional drawing which shows the construction state of the remote control type drainage device of a 1st Example. It is a reference figure which shows the member structure of the remote control type drainage device of a 1st Example. It is a perspective view which shows the valve member for remote control, and a supporting member. It is a perspective view which shows the remote-control type drainage device at the time of construction, and a supporting member. FIG. 5 is a reference view in which a part of FIG. 4 is cut away. It is a reference figure which shows the closing state of the drain outlet at the normal time of a 1st Example. It is a reference figure which shows the opening state of the drain outlet at the normal time of a 1st Example. It is a reference figure which shows the closing state of the drain outlet at the time of failure of a 1st Example. It is a reference figure which shows the opening state of the drain outlet at the time of failure of a 1st Example. It is a perspective view which shows the valve member for manual operation and a support member in the state of FIG. It is sectional drawing which shows the state which employ | adopted the handle body for the manual valve member of a 1st Example. It is sectional drawing which shows the separate manual valve member of a 1st Example. It is sectional drawing which shows the construction state of the remote-control type drainage device of a 2nd Example. It is a reference figure showing member composition of a remote control type drainage device of the 2nd example. It is a reference figure which shows the closing state of the drain outlet at the normal time of 2nd Example. It is a reference figure which shows the opening state of the drain outlet at the normal time of 2nd Example. It is a reference figure which shows the closed state of the drain outlet at the time of failure of 2nd Example. It is a reference figure which shows the opening state of the drain outlet at the time of failure of 2nd Example.

Below, the 1st example of the present invention is described, referring to drawings.
The remote-operated drain plug device according to the first embodiment of the present invention shown in FIGS. 1 to 11 is a drainage device to be constructed in a bathtub B as a tank body described below. The manual operation valve member 22 includes a remote operation valve member 21 whose configuration can be changed, a joint member 5, a support member 6, an operation unit 3, an operation unit 4, a tube tube 8, and other members.
The bathtub B is a box that is open at the top, and is provided with an attachment hole B1 for attaching the drain port main body 1 and an operation part attachment hole B2 for attaching the operation part 4 to the upper edge on the bottom surface. . Note that the peripheral edges of the mounting hole B1 and the operation unit mounting hole B2 are stepped.
The drain port body 1 is a member having a substantially cylindrical shape. A flange portion 1b protruding in the side surface direction is provided on the outer peripheral side of the upper end portion, and a male screw is threaded on the lower outer surface of the flange portion 1b. Thus, a drain port 1a is formed in the interior. A plurality of protrusions 1c for mounting and fixing a supporting member 6 described later are provided along the periphery along the periphery.
The support member 6 is a member that serves as a guide that prevents the remote control valve member 21 from being tilted when moving up and down in the drain port 1a, and is mounted on the protrusion 1c on the inner periphery of the drain port 1a. A ring-shaped outer frame portion 6a having a leg portion 6d that engages with the protrusion 1c, a cylindrical portion 6b in which the valve shaft 2b is slidably inserted, and an outer frame portion 6a and a cylindrical portion 6b. And rib pieces 6c provided every 90 degrees in plan view.
The remote control valve member 21 is a member that is disposed at the drain port 1a and closes the upper end of the drain port 1a. The valve body 2a, the valve shaft 2b, the stopper unit 2d, and the first magnet unit described below. 2c.
The valve body portion 2a is a member that is substantially disk-shaped, covers the drain port 1a, and closes the drain port 1a, and has a ring-shaped packing, and the packing abuts the periphery of the drain port 1a. It is in watertight contact with the periphery of the drain port 1a.
The valve shaft 2b is made of a cylindrical metal material that hangs down from the center of the valve body 2a, and has an engaging portion 9a at its lower end.
The first magnet portion 2c is a rod-shaped member having a permanent magnet inside thereof, and the rod-shaped portion is housed inside the valve shaft 2b and is detachably attached to the engaging portion 9a of the valve shaft 2b at one end thereof. It is provided with an engaged portion 9b that engages with. As described above, when the first magnet portion 2c is housed in the valve shaft 2b, the first magnet portion 2c is attached to the valve shaft 2b in order to engage the engaging portion 9a and the engaged portion 9b. It is configured to be inserted in a specific fixed direction (hereinafter referred to as “appropriate direction”) at the time of insertion, and the first magnet portion 2c is inserted into the valve shaft 2b in directions other than the appropriate direction. The engaging portion 9a and the engaged portion 9b cannot be engaged with each other. For this reason, the permanent magnet of the 1st magnet part 2c and the permanent magnet of the 2nd magnet part 3c are always arrange | positioned in the direction which repels.
The stopper portion 2d is a rib piece 6c having a substantially C-shape extending downward from two positions on the lower surface of the valve body portion 2a. The stopper portion 2d is provided on the rib piece 6c of the support member 6 with a valve member 21 for remote operation. Are engaged so that they can be raised and lowered.
The joint member 5 is a member made of a casing body connected to the lower end of the drain port main body 1, and has an opening provided with a female screw to be screwed with the male screw of the drain port main body 1 at the upper side, and drainage on the side surface. The discharge port and the insertion port 5a for inserting the wiring are provided on the bottom surface, and the terminal opening 5b for inserting the connection terminal for wiring from the operation unit 4 to the operation unit 3 is provided on the bottom surface. In this embodiment, the terminal opening 5b is provided in the joint member 5 shown in FIGS. 1 and 2, etc., at a position shifted from the position directly below the drain port 1a to the back side in the drawing.
The joint member 5 is formed by attaching and fixing the operation unit 3 described below below.
The operating unit 3 is a member that is operated by electric power and moves the remote control valve member 21 up and down, and includes the operating unit main body 3a, the slide unit 3b, and the second magnet unit 3c described below.
The operation part main body 3a is a casing body having an opening capable of accommodating the slide part 3b on the side surface so that the slide part 3b can be moved forward and backward, and has a built-in stepping motor therein. The part 3b can be moved forward and backward to any predetermined position.
A stepping motor is a motor that can control the number of rotations of a motor by controlling the energization procedure, unlike a motor that merely rotates. By utilizing this, a gear or screw structure is provided on the shaft of the motor, and a corresponding gear or screw structure is provided on the slide portion 3b, which will be described later, so that the operating portion 3 can be moved forward and backward to any predetermined position. it can.
The slide portion 3b is a member that is housed inside the operation portion main body 3a and moves from the opening of the operation portion main body 3a so as to be able to advance and retreat horizontally. A second magnet portion 3c is provided that houses a permanent magnet whose direction is adjusted so as to repel the one magnet portion 2c.
Moreover, when the operation part 3 comprised as mentioned above receives operation so that the drainage port 1a may be opened from the operation part 4 at the time of completion of construction, the 2nd magnet part 3c in the front-end | tip of the slide part 3b will be the drainage port 1a. When the operation is stopped so as to close the drainage port 1a, the position immediately below the drainage port 1a is separated and moved to the operating portion main body 3a side.
The stress generated by the repulsion of the magnetic force of the first magnet portion 2c and the second magnet portion 3c is strong enough to raise the remote control valve member 21, but even when the stepping motor is not energized, In addition, it does not have the strength to break the stationary state due to the friction of the constituent members such as the gear or screw structure of the operating unit 3. For this reason, the stationary slide part 3b is not moved in any direction by the stress generated by the repulsion of the magnetic force of the first magnet part 2c and the second magnet part 3c, and the stopped state is maintained. Therefore, it is not necessary to energize the operating part 3.
The operation unit 4 is a member that operates opening and closing of the drain port 1a, and is a member that is disposed in the operation unit mounting hole B2 and that operates opening and closing of the drain port 1a. The operation unit casing 4a described below, and It is comprised from the operation part main body 4b.
The operation portion casing 4a is a substantially cylindrical member, and is attached to the lower surface of the operation portion attachment hole B2 with screws or the like.
The operation unit main body 4b includes a disk-shaped touch panel 4c that performs input for instructing an opening / closing operation of the operation unit 3 on the entire upper surface.
Further, in this embodiment, although not shown in detail in detail, the operation section main body 4b and the operation section 3 are each unitized with a control board.
In addition, the operation unit main body 4b and the operation unit 3 are connected at both ends with a USB standard connection terminal that can perform both energization and information transmission in digital form (such as an opening / closing instruction to the drain 1a) at the same time. The wiring member L provided is connected. Naturally, the terminal for connecting the operation unit main body 4b and the operating unit 3 is also a USB standard connection terminal. Although not shown, power for operating the operating unit 3 and the operating unit 4 is supplied from the indoor power supply (outlet) to the operating unit 4, and further, the operating unit 4 is operated from the operating unit 4 by the USB standard wiring member L. To be supplied.
The tube tube 8 is a cylindrical member having flexibility in the lateral direction, and one end thereof is connected to the lower end of the operation portion casing 4 a and the other end is connected to the insertion port 5 a of the joint member 5.
Moreover, the other member is provided with a piping member P (not shown) for connecting the outlet of the joint member 5 and the underfloor piping connected to the sewage side piping.
In addition, although not described in detail, in this embodiment, watertight connection is performed by using an adhesive or packing or the like at a place where watertight connection is required.

The remotely operated drainage device configured as described above is applied to the bathtub B which is a tank body as follows.
As a configuration before construction, the operating unit 3 is attached and fixed below the joint member 5. In this state, the terminal opening 5b and the connection terminal portion for wiring of the operating portion 3 are communicated with each other, but a watertight connection is made to the portion, and the terminal opening 5b is connected to the inside of the drainage device. The drainage does not leak outside. In addition, even when wiring is connected to the USB standard connection terminal portion of the operating unit 3, the connection portion is provided with a waterproof structure, and the connection portion is not drained.
First, the drain port main body 1 is inserted into the mounting hole B1 provided on the bottom surface of the bathtub B, and the lower surface of the flange portion 1b is brought into contact with the peripheral upper surface of the mounting hole B1. Furthermore, the female screw of the joint member 5 is screwed into the male screw of the drain port main body 1 so that the peripheral edge of the mounting hole B1 is sandwiched between the lower surface of the flange portion 1b and the upper surface of the joint member 5. 5 is fixed to bathtub B.
Next, the operating portion casing 4a is fixedly attached to the operating portion mounting hole B2 from below with screws, and one end of the tube tube 8 is connected to the lower end of the operating portion casing 4a and the other end is connected to the insertion port 5a of the joint member 5, respectively. Connecting.
Next, the wiring member L for connecting the operation portion main body 4b and the operation portion 3 is inserted through the tube tube 8 from the opening of the operation portion attachment hole B2 until one end reaches the inside of the joint member 5. The wiring member L is sufficiently long with respect to the tube tube 8. From the inside of the bathtub B, the work is performed through the drain port 1a, and the end of the wiring member L is connected to the connection terminal of the operating unit 3 through the terminal opening 5b, and then the substrate portion of the operation unit main body 4b. The end of the wiring member L is connected to the provided connection terminal, and the wiring between the operation unit 3 and the operation unit 4 is completed. Further, the wiring member L is fixed inside the joint member 5 with a band or the like so as not to hinder the operation of the valve member due to slack in the drainage joint.
Next, the operation portion main body 4b is housed in the operation portion casing 4a, and the touch panel 4c portion of the operation portion main body 4b is placed on the stepped portion on the periphery of the operation portion mounting hole B2 to be engaged and fixed. Installation is complete.
As described above, the wiring member L is sufficiently long with respect to the tube tube 8, but the wiring member L is more flexible than the conventional release wire or the like, and therefore, the wiring member L is bent at several points or wound in a spiral shape. Thus, all of them can be accommodated in the tube tube 8 and the operation portion casing 4a without any trouble (in the drawing, the state of winding up the wiring member L is omitted). Further, the touch panel 4c portion is provided with a stepped portion around the operation portion mounting hole B2, so that the touch panel 4c is flush with the periphery of the operation portion mounting hole B2, and no unnecessary step is generated. In addition, since the entire upper surface of the operation unit main body 4b is a touch panel 4c, the operation unit 4 is a so-called “flangeless” operation unit 4 that does not have unnecessary steps / gap around it. .
Next, the outlet and the underfloor pipe are connected through the drain pipe.
Next, the support member 6 is disposed in the drain port 1a and engaged and fixed. Specifically, the outer frame portion 6a of the support member 6 is mounted on the protruding portion 1c on the inner periphery of the drain port 1a, and the leg portion 6d is engaged with and fixed to the protruding portion 1c.
Next, the valve member 21 for remote control is arrange | positioned at the drain port 1a. At this time, the valve shaft 2b of the remote operation valve member 21 is inserted into the cylindrical portion 6b of the support member 6, and the side opening portion of the stopper portion 2d of the remote operation valve member 21 having a substantially C shape is formed. The rib piece 6c is moved to the height position, and further rotated around the valve shaft 2b, so that the rib piece 6c enters the stopper portion 2d, so that the stopper portion 2d becomes the rib piece of the support member 6. It engages with 6c so that it can be raised and lowered.
As described above, the construction of the remotely operated drainage device of this embodiment is completed.

Below, operation | movement of the remote-control type drainage device of the said Example is demonstrated.
When using the remote control type drainage device of the first embodiment, as shown in FIG. 4, first, an operation is performed on the operation unit 4 to close the drainage port 1a. In this state, the slide part 3b is accommodated in the operating part main body 3a, and the second magnet part 3c at the tip of the slide part 3b is arranged at a position spaced from the drain port 1a below.
Since the valve member 21 for remote operation is not physically shaped to interfere with the inside of the drain port 1a or the inside of the joint member 5, the remote control valve member 21 descends inside the drain port 1a, and the valve body 2a covers the drain port 1a to drain the water. The mouth 1a is closed.
When an operation is performed on the touch panel 4c of the operation unit 4 from this state and an operation is performed so as to open the drainage port 1a, the stepping motor of the operation unit 3 is activated, and the second magnet unit 3c is operated as shown in FIG. The slide portion 3b protrudes to a position immediately below the drain port 1a. Then, the magnet of the 1st magnet part 2c and the magnet of the 2nd magnet part 3c repel, and the magnet part of the valve member 21 for remote control, the valve shaft 2b, and the valve body part 2a raise by this repulsive force. The support member 6 engages and is fixed to the drain port 1a, and the support member 6 functions as a guide portion. Therefore, the remote control valve member 21 does not tilt with respect to the drain port 1a, and only rises. I do.
As a result, the valve body 2a is separated from the drain port 1a and the drain port 1a is opened. When bath water or the like is accumulated in the bathtub B, it passes through the drain port 1a from the drain port 1a, passes through the joint member 5 and the drain pipe, and is discharged from the underfloor pipe to the sewage side. As shown in FIGS. 7 and 8, the stopper portion 2d of the remote operation valve member 21 is engaged with the rib piece 6c of the support member 6 that is engaged and fixed to the drain port 1a. Regardless of the strength of the stress generated by the repulsion of the magnetic force of the one magnet portion 2c and the second magnet portion 3c, the remote control type valve member does not jump out of the drain port 1a. Here, “the remotely operated valve member jumps out of the drain port 1a” means that the valve shaft 2b of the remotely operated valve member is completely removed from the cylindrical portion 6b, for example, and proper operation of the drainage device is impossible. This means that “the valve member 21 for remote operation has moved to a place other than the normal use location, and the drain port 1a cannot be opened or closed even by the operation of the operation unit 4”. It does not mean that the remote control valve member 21 is located at a place other than the inside of the drain port 1a.
When an operation is performed on the touch panel 4c of the operation unit 4 from this state and the drain port 1a is closed, the stepping motor of the operation unit 3 is activated and the slide unit 3b is moved backward toward the operation unit main body 3a. Thereby, the 2nd magnet part 3c moves from the position directly under the vertical pipe part 5c, the magnet of the 1st magnet part 2c and the magnet of the 2nd magnet part 3c separate, and the stress which arises by repulsion of a magnetic force becomes weak. Therefore, the magnet portion, the valve shaft 2b, and the valve body portion 2a of the remote operation valve member 21 are lowered. At this time, since the support member 6 functions as a guide portion as in the case of opening, the remote control valve member 21 does not tilt with respect to the drain port 1a and simply descends.
As a result, the valve body 2a covers the drain port 1a, and the state returns to the state of FIG. 5 where the drain port 1a is closed.
Thereafter, by repeating this operation, the drainage port 1a can be opened and closed by remote operation by operating the operation unit 4.
Note that the opening portion of the stopper portion 2d for releasing the engagement with the rib piece 6c is an intermediate portion of the side surface, as is apparent from FIG. 3 and the like, and the remote control valve member 21 is intentionally raised and lowered. The engagement will not be released unless the rib piece 6c is rotated in the direction of passing through the opening portion of the stopper portion 2d. For this reason, the remote operation valve member 21 will not be detached from the drain port 1a unless the remote operation valve member 21 is intentionally removed from the support member 6 in practice. In the use of a normal remote-operated drainage device in which the operation of the valve member 21 is simple ascending and descending in the vertical direction, the remote-control valve member 21 does not come off the drain port 1a.
In addition, the operation of the touch panel 4c on the operation unit 4 is not simply such as “open when touched and close when touched again”. For example, “rotate the fingertip to the right multiple times on the touch panel 4c”. If you rotate it to the left, it will be closed. If you press and hold the touch panel 4c for a few seconds, it will repeat opening and closing. In order not to accidentally open / close the drain port 1a simply by touching the panel with the hand, or when the lid touches the touch panel 4c when the lid is placed on the opening of the bathtub B. Consists of. Whether the drain port 1a is in an open state or a closed state is also displayed on the touch panel 4c.

Furthermore, in the remote-operated drainage device of the above-described embodiment, a failure occurs due to a power failure or disconnection, an abnormality of the stepping motor or the control board, and the drainage port 1a is open, that is, the second magnet portion 3c is drainage port 1a. If the slide part 3b stops in a state where the slide part 3b protrudes to a position directly below the remote control valve member 21, the remote control valve member 21 rises due to the repulsion of the magnetic force, and the valve body part 2a is separated from the drain port 1a and drains. Although the mouth 1a remains open, in the remote-operated drainage device of this embodiment, the drainage port 1a can be closed by a user's manual operation as follows.
When the remote-operated drainage device fails and stops with the drain port 1a being open as described above, the user first stops the stopper portion 2d of the remote-control valve member 21 and the rib piece 6c of the support member 6. Then, the remote operation valve member 21 is removed from the drain port 1a. Release of the engagement between the stopper portion 2d of the remote operation valve member 21 and the rib piece 6c of the support member 6 can be easily performed by reversing the engagement procedure of the stopper portion 2d and the rib piece 6c. .
Further, the engagement between the engaging portion 9a of the valve shaft 2b and the engaged portion 9b of the first magnet portion 2c is released, and the first magnet portion 2c is removed from the valve shaft 2b.
Thereby, the magnetic force is lost from the valve shaft 2b, and the function of the actuating unit 3 pushing up the remote control valve member 21 is lost.
The remote operation valve member 21 of the present embodiment is not physically shaped to interfere with the interior of the drain port 1a or the joint member 5, but the first magnet portion 2c is removed and there is no repulsion of magnetic force. The valve member 21 for operation becomes a valve member that does not interfere with the operating portion 3 when the drain port 1a is closed, that is, a manual valve member 22, and the drain port 1a is closed by the manual valve member 22 as shown in FIG. ("Structure that interferes when closing" here means not only "interference due to physical contact", but, for example, "interference due to magnetic force that makes closing impossible") Which shows all interferences). When the drain port 1a is closed, the stopper portion 2d enters between the rib pieces 6c as shown in FIG. 11, and even if the lower end of the stopper portion 2d accidentally hits the rib piece 6c, the stopper portion 2d is displaced in the left or right direction as it is. The valve body 2a does not become an obstacle to covering the drain port 1a. Further, as described above, since the stopper portion 2d and the rib piece 6c are not engaged unless they are intentionally engaged, the stopper portion 2d is moved to the rib piece when the manual valve member 22 is picked up. It cannot be said that the manual valve member 22 cannot be taken out from the drain port 1a by engaging with 6c.
That is, the remote operation valve member 21 can be the manual valve member 22 by removing the first magnet portion 2c.
Moreover, when opening the drain port 1a, as shown in FIG. 10, the drain port 1a can be opened by removing the manual valve member 22 from the drain port 1a manually.
Thereafter, when closing the drainage port 1a, as shown in FIG. 9, the user takes the manual valve member 22 directly into the drainage port 1a and inserts it into the drainage port 1a. The drain port 1a can be closed by covering the drain port 1a.
When opening the drain port 1a, as shown in FIG. 10, the user directly takes the manual valve member 22 and removes it from the drain port 1a so that the valve body 2a is separated from the drain port 1a. The drain port 1a can be closed.

Further, in order to easily open and close the drain port 1 a by the manual valve member 22, a handle 7 as shown in FIG. 12 may be attached to the manual valve member 22.
The handle body 7 shown in FIG. 12 of the present embodiment includes a cover portion 7a fitted so as to cover the entire upper surface of the valve body portion 2a, and the lower surface of the valve body portion 2a to a position not interfering with the packing, and the cover portion 7a. The knob part 7b provided in the upper surface of the bar and provided with a hole penetrating the side surface, the suction cup body 7 adsorbed on the upper inner side surface of the bathtub B, one end of the knob part 7b and the other end of the suction cup body 7, a chain body 7 d made of a ball chain of metal material to be connected to each other.
When the handle body 7 configured as described above is used for the manual valve member 22 described in paragraph 0016, first, the cover portion 7a is fitted so as to cover the valve body portion 2a.
Furthermore, the suction cup body 7 is attached to the upper inner surface of the bathtub B and attached, so that the attachment of the handle body 7 to the manual valve member 22 and the basin W1 is completed.
The user holds the knob portion 7b or the chain body 7d of the handle body 7 described above, so that the manual valve member 22 is taken out and inserted from the drain port 1a rather than directly gripping the valve body portion 2a. Can be easily performed.

In addition to changing the configuration of the remote control valve member 21 to the manual valve member 22 as in the above embodiment, a manual valve member made of a rubber material, for example, is prepared separately and the manual valve member is prepared. It may be 22. When the separately provided manual valve member 22 interferes with the support member 6, the engagement between the support member 6 and the drain port 1a is released, the support member 6 is taken out from the drain port 1a, and the manual valve member is removed. You may comprise so that there may be no obstacle in use of 22.
Further, as shown in FIG. 13, the separately provided manual valve member 22 has a knob portion 7b similar to that described in paragraph 0018 and having a hole that penetrates the side surface, and a bathtub. A handle body 7 comprising a sucker body 7 adsorbed on the upper inner surface of B, one end to the knob portion 7b, the other end to the sucker body 7, and a chain body 7d made of a metal metal ball chain connected thereto, respectively. You may prepare. The construction method, usage method, and effect of the manual valve member 22 in the bathtub B in this case are the same as the construction method, usage method, and effect of the bathtub B in the embodiment of paragraph 0018.

Next, a second embodiment of the present invention will be described with reference to the drawings.
The remote-operated drain plug device of the second embodiment of the present invention shown in FIG. 13 to FIG. 18 is a drainage device to be constructed on a wash basin W provided with a wash basin W1 as a tank body described below. Thus, the drain port body 1, the manual operation valve member 22, the remote operation valve member 21, the joint member 5, the operation unit 3, the operation unit 4, and other members can be changed.
The wash basin W is a box that is open at the top, and a wash basin W1 provided with a mounting hole B1 for attaching the drain main body 1 to the bottom surface thereof, and an open / close for placing the wash basin W1 upward. And a cabinet portion W2 having a free door.
The drain port body 1 is a member having a substantially cylindrical shape. A flange portion 1b protruding in the side surface direction is provided on the outer peripheral side of the upper end portion, and a male screw is threaded on the lower outer surface of the flange portion 1b. Thus, a drain port 1a is formed in the interior. Further, a nut member 1d in which a female screw that is screwed into the male screw is screwed is provided. Moreover, the upper end part of the drain-port main body 1 is connected to the attachment hole B1 of the basin W1, and the lower end part is connected to the joint member 5 in a watertight manner.
The remote operation valve member 21 is a member that is disposed at the drain port 1a and closes the drain port 1a. From the valve body 2a, the valve shaft 2b, the support member 6, and the first magnet unit 2c described below. Consists of.
The valve body portion 2a is a member that is substantially disk-shaped, covers the drain port 1a, and closes the drain port 1a, and has a ring-shaped packing, and the packing abuts the periphery of the drain port 1a. It is in watertight contact with the periphery of the drain port 1a.
The valve shaft 2b is made of a rod-shaped metal material that hangs down from the center of the valve body portion 2a, and has a first magnet portion 2c that houses a permanent magnet therein at its lower end.
The support member 6 is a member that also serves as a guide that prevents the remote control valve member 21 from tilting when moving up and down in the drainage port 1a, and a hair catcher that collects hair and dust in the drainage. A ring-shaped outer frame portion 6a that abuts on the inner periphery of 1a, a cylindrical portion 6b in which the valve shaft 2b is slidably inserted into a cylindrical shape, and the outer frame portion 6a and the cylindrical portion 6b are connected and drained. It is comprised from the some rib piece 6c which collects hair.
The joint member 5 is a member obtained by bending a cylinder connected to the lower end of the drain outlet main body 1 into a substantially L shape, and includes an upstream vertical pipe portion 5c disposed immediately below the drain outlet 1a, and a downstream side. And a horizontal tube portion 5d having a discharge port at the end, and an operation portion 3 described below is attached and fixed below the horizontal tube portion 5d.
The operating unit 3 is a member that is operated by electric power and moves the remote control valve member 21 up and down, and includes the operating unit main body 3a, the slide unit 3b, and the second magnet unit 3c described below.
The operation part main body 3a is a casing body having an opening capable of accommodating the slide part 3b on the side surface so that the slide part 3b can be moved forward and backward, and has a built-in stepping motor therein. The part 3b can be moved forward and backward to any predetermined position.
The stepping motor is a motor that can control the number of rotations of the motor by controlling the energization procedure, unlike a normal motor that simply rotates. By utilizing this, a gear or screw structure is provided on the shaft of the motor, and a corresponding gear or screw structure is provided on the slide portion 3b, which will be described later, so that the operating portion 3 can be moved forward and backward to any predetermined position. it can.
The slide portion 3b is a member that is housed inside the operating portion main body 3a and moves in a horizontally movable manner from the opening of the operating portion main body 3a. A second magnet portion 3c, which will be described later, is detachably attached to the distal end portion thereof. The engaging part 9a which has a pin body attached to is provided.
The second magnet portion 3c is a member having an engaged portion 9b that is detachably attached to the tip of the slide portion 3b, and repels the first magnet portion 2c of the remote control valve member 21 described above. A permanent magnet whose direction is adjusted is accommodated.
As described above, the engaging portion 9a of the slide portion 3b and the engaged portion 9b of the second magnet portion 3c are detachably engaged. The direction when joining is always configured to be engaged only when the magnets of the first magnet portion 2c and the second magnet portion 3c are repelled (hereinafter referred to as “appropriate direction”). It is comprised so that it may not engage in this direction. For this reason, the permanent magnet of the 1st magnet part 2c and the permanent magnet of the 2nd magnet part 3c are always arrange | positioned in the direction which repels.
In addition, when the operation unit 3 configured as described above is operated to open the drain port 1a from the operation unit 4 when the construction is completed, the second magnet unit 3c at the tip of the slide unit 3b is connected to the joint member 5. When the operation is stopped so as to close the drain port 1a, the portion immediately below the vertical tube portion 5c is separated and moved to the operating portion main body 3a side. In these operations, the energization to the stepping motor is performed only during the advance / retreat operation of the slide portion 3b.
The stress generated by the repulsion of the magnetic force of the first magnet portion 2c and the second magnet portion 3c is strong enough to raise the remote control valve member 21, but even when the stepping motor is not energized, In addition, it does not have the strength to break the stationary state due to the friction of the constituent members such as the gear or screw structure of the operating unit 3. For this reason, the stationary slide part 3b is not moved in any direction by the stress generated by the repulsion of the magnetic force of the first magnet part 2c and the second magnet part 3c, and the stopped state is maintained. Therefore, it is not necessary to energize the operating part 3.
The operation unit 4 is a member that operates opening and closing of the drain port 1a, and is a member that is disposed on the top surface portion of the basin W1 and operates opening and closing of the drain port 1a.
Further, in this embodiment, although not shown in detail in detail, the operation section main body 4b and the operation section 3 are each unitized with a control board.
In addition, the operation unit main body 4b and the operation unit 3 are connected at both ends with a USB standard connection terminal that can perform both energization and information transmission in digital form (such as an opening / closing instruction to the drain 1a) at the same time. The wiring member L provided is connected. Naturally, the terminal for connecting the operation unit main body 4b and the operating unit 3 is also a USB standard connection terminal. Although not shown, power for operating the operating unit 3 and the operating unit 4 is supplied from the indoor power source (outlet) to the operating unit 3, and further, the operating unit 4 is operated from the operating unit 3 by the USB standard wiring member L. To be supplied.
In addition, as another member, a pipe member P including a trap portion in which a tubular body is bent into an S shape, which connects a downstream end portion of the joint member 5 and an underfloor pipe connected to a sewage side pipe, is provided. Become.
In addition, although not described in detail, in this embodiment, watertight connection is performed by using an adhesive or packing or the like at a place where watertight connection is required.

The remotely operated drainage device configured as described above is applied to the basin W1 of the basin W, which is a tank body, as follows.
As work before construction, the operation part 3 is attached and fixed below the joint member 5.
First, the drain port main body 1 is inserted into the mounting hole B1 provided on the bottom surface of the wash basin W1, and the lower surface of the flange portion 1b is brought into contact with the upper peripheral surface of the mounting hole B1. Further, the female screw of the nut member 1d is screwed into the male screw of the drain port body 1, and the drain port body 1 is basin so that the peripheral edge of the mounting hole B1 is sandwiched between the lower surface of the flange portion 1b and the upper surface of the nut member 1d. Fix to W1.
Next, the operation unit 4 is attached and fixed to the top surface portion of the basin W1.
Next, the joint member 5 in a state where the operation unit 3 is attached is connected to the downstream end of the drain port body 1.
Next, the operation unit 4 and the operation unit 3 are connected by the wiring member L using the USB standard connection terminal as described above so that information transmission and energization can be performed.
Next, the discharge port of the joint member 5 and the underfloor pipe are connected through the drain pipe provided with the trap portion.
Furthermore, the remote control valve member 21 is disposed at the drain port 1a, and the construction of the remote control type drainage device of this embodiment is completed.

Below, operation | movement of the remote-control type drainage device of the said Example is demonstrated.
When using the remote control type drain plug device of the second embodiment, first, an operation is applied to the operation unit 4 so that the drain port 1a is closed as shown in FIG. In this state, the slide portion 3b is housed in the operating portion main body 3a, and the second magnet portion 3c at the tip of the slide portion 3b is disposed at a position spaced from the vertical tube portion 5c of the joint member 5.
The remote operation valve member 21 is not physically shaped to interfere with the inside of the drain port 1a or the inside of the joint member 5. Therefore, in the state where there is no repulsion of magnetic force, the remote control valve member 21 descends in the drain port 1a and the valve body 2a. Covers the drain port 1a and closes the drain port 1a.
When the operation unit 4 is operated from this state and the operation is performed so as to open the drain port 1a, the stepping motor of the operation unit 3 is activated, and the second magnet unit 3c is directly below the vertical tube unit 5c, that is, the drain port. The slide part 3b protrudes to a position directly below 1a. Then, the magnet of the 1st magnet part 2c and the magnet of the 2nd magnet part 3c repel, and the valve member 21 for remote control raises by this repulsive force, However, The support member 6 contact | abuts to the drain port 1a inner surface as a guide Therefore, the remote control valve member 21 does not tilt with respect to the drain port 1a, and simply rises.
As a result, as shown in FIG. 16, the valve body 2a is separated from the drain port 1a and the drain port 1a is opened. When there is water discharge in the basin W1, it passes through the drain port 1a from the drain port 1a, passes through the inside of the joint member 5 and the drain pipe, and is discharged from the underfloor pipe to the sewage side.
When an operation is performed on the operation unit 4 from this state and the drain port 1a is closed, the stepping motor of the operation unit 3 is activated, and the slide unit 3b is moved backward toward the operation unit main body 3a. As a result, the second magnet portion 3c moves from a position directly below the drain port 1a, and the magnet of the first magnet portion 2c and the magnet of the second magnet portion 3c are separated to weaken the repulsive force. The valve member 21 descends. At this time, since the support member 6 functions as a guide in the same manner as when opening, the remote control valve member 21 does not incline with respect to the drain port 1a and simply descends.
As a result, the valve body 2a covers the drain port 1a, and the state returns to the state of FIG. 15 where the drain port 1a is closed.
Thereafter, by repeating this operation, the drainage port 1a can be opened and closed by remote operation by operating the operation unit 4.

Furthermore, in the remote-operated drainage device of the above-described embodiment, a failure occurs due to a power failure or disconnection, an abnormality of the stepping motor or the control board, and the drainage port 1a is open, that is, the second magnet portion 3c is drainage port 1a. If the slide part 3b stops in a state where the slide part 3b protrudes to a position directly below the remote control valve member 21, the remote control valve member 21 rises due to the repulsion of the magnetic force, and the valve body part 2a is separated from the drain port 1a and drains. Although the mouth 1a remains open, in the remote-operated drainage device of this embodiment, the drainage port 1a can be closed by a user's manual operation as follows.
When the drain port 1a remains open as described above and the remote-operated drainage device fails and stops, the user opens the door of the cabinet part W2, and the drain pipe installed in the cabinet part W2 Then, the engagement between the slide portion 3b and the second magnet portion 3c is released, and the second magnet portion 3c is separated from the slide portion 3b.
As a result, the function of the operating unit 3 pushing up the remote control valve member 21 is lost.
The remote operation valve member 21 is not physically shaped to interfere with the interior of the drain port 1a or the joint member 5, and since the second magnet portion 3c is removed, there is no repulsion of magnetic force. 21 has a structure that does not interfere with the closing operation portion 3 of the drainage port 1a (the “structure that interferes with closing” here does not indicate only “interference due to physical contact”). It shows all interferences that obstruct the closure, such as “interference by magnetic force that can be made”). That is, the remote operation valve member 21 can function as the manual valve member 22 although the remote operation valve member 21 itself is not structurally changed by the separation of the second magnet portion 3c.
Thereafter, when closing the drain port 1a, as shown in FIG. 17, the user directly takes the manual valve member 22 into the drain port 1a and inserts it into the drain port 1a, so that the valve body 2a is The drain port 1a can be closed by covering the drain port 1a.
When opening the drain port 1a, as shown in FIG. 18, the user directly takes the manual valve member 22 and removes it from the drain port 1a so that the valve body 2a is separated from the drain port 1a. The drain port 1a can be closed.

  Further, in order to facilitate opening and closing by the manual valve member 22, a handle 7 similar to that described in paragraph 0018 and a separate manual valve member 22 similar to that described in paragraph 0019 are used. Also good.

The embodiments of the present invention are as described above, but the present invention is not limited to the above-described embodiments, and can be freely changed without departing from the scope of the present invention.
For example, the first embodiment and the second embodiment are both electrically operated and remotely operated drainage devices using magnetic force. Instead, the remotely operated drainage device described in Patent Document 1 is used. As described above, the present invention may be applied to a manually operated remote-operated drainage device using a release wire. In this case, for example, the inner wire is advanced only by opening the drain port 1a by attaching an adapter having a length longer than the stroke of the inner wire to the tip portion of the inner wire or the lower end portion of the valve member. Even if a failure occurs, the remote control valve member 21 can cover the drain port 1a and close the drain port 1a by removing the adapter. That is, the remote control valve member 21 can be used as the manual valve member 22.

DESCRIPTION OF SYMBOLS 1 Drain port body 1a Drain port 1b Flange part 1c Protrusion part 1d Nut member 21 Valve member 22 for remote operation Manual valve member 2a Valve body part 2b Valve shaft 2c First magnet part 2d Stopper part 3 Actuator part 3a Actuator part body 3b Slide portion 3c Second magnet portion 4 Operation portion 4a Operation portion casing 4b Operation portion main body 4c Touch panel 5 Joint member 5a Insertion port 5b Terminal opening 5c Vertical tube portion 5d Horizontal tube portion 6 Support member 6a Outer frame portion 6b Cylindrical portion 6c Rib piece 6d Leg part 7 Handle body 7a Cover part 7b Knob part 7c Suction cup body 7d Chain body 8 Tube tube 9a Engagement part 9b Engagement part B Bathtub B1 Installation hole B2 Operation part installation hole L Wiring member P Piping member W Wash surface Stand W1 Basin W2 Cabinet

Claims (6)

A drain port 1a opened in the tank body;
A remotely operated valve member 21 for opening and closing the drain port 1a by vertical movement;
An actuating portion 3 for moving the remote control valve member 21 up and down;
An operation unit 4 for controlling the operation of the operation unit 3 to operate the opening and closing of the drain port 1a by the remote operation valve member 21;
In the drainage device for remotely opening and closing the drain port 1a provided in the tank body,
When the remote control valve member 21 cannot close the drain port 1a,
It has a structure that does not interfere with the closing operation unit 3 and includes a manual valve member 22 that closes the drain port 1a without the operation of the operation unit 4 .
A drainage device characterized in that a manual valve member 22 is obtained by removing a part of the members from the end of the remote control valve member 21 . The drainage device includes a magnet unit arranged in a polarity that repels the remote control valve member 21 and the operating unit 3, and moves the remote control valve member 21 up and down using the repulsion of the magnet of the magnet unit. ,
The drainage device according to claim 1, wherein the manual valve member 22 is obtained by removing the magnet portion from the remote operation valve member 21. A drain port 1a opened in the tank body;
A remotely operated valve member 21 for opening and closing the drain port 1a by vertical movement;
An actuating portion 3 for moving the valve member up and down;
An operation unit 4 for controlling the operation of the operation unit 3 to operate the opening and closing of the drain port 1a by the remote operation valve member 21;
In the drainage device for remotely opening and closing the drain port 1a provided in the tank body,
When the remote control valve member 21 cannot close the drain port 1a by deforming or removing at least a part of the member from the end portion of the operating unit 3 when the remote control valve member 21 is closed, A drainage device configured to be a manual valve member 22 capable of closing the drainage port 1a without interfering with the operating unit 3. The drainage device includes a magnet unit arranged in a polarity that repels the remote control valve member 21 and the operating unit 3, and moves the remote control valve member 21 up and down using the repulsion of the magnet of the magnet unit. ,
The remote control valve member 21 is configured to be a manual valve member 22 capable of closing the drain port 1a without interfering with the closing operation unit 3 by removing the magnet unit from the operation unit 3. The drainage device according to claim 3.   The drainage device according to any one of claims 1 to 4, wherein in the drainage device, the operation unit 3 is configured to be operated by electric drive.   The drainage according to any one of claims 1 to 5, wherein in the drainage device, the manual valve member 22 is provided with a handle body 7 for facilitating attachment / detachment from the drainage port 1a. apparatus.

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