JP4761272B2 - Drainage remover for drainage - Google Patents

Description

  The present invention relates to a slime removing device that is attached to a drainage basin and can remove the scum inside the drainage basin.

Conventionally, as disclosed in Patent Document 1, a device in which a slime remover integrated with a drain outlet cover is installed at a step portion such as a drain outlet of a kitchen is disclosed.
This slime remover is equipped with a ring-shaped medicine storage case, and has an inflow hole for drainage at the upper end of the outer periphery and an outflow hole for solution at the lower surface.
JP 2000-144840 A

  The slime removal device disclosed in Patent Document 1 has a structure in which drainage flows into the drainage basin from the center of the ring-shaped slime removal device, and there is little drainage that flows down along the inner peripheral wall of the drainage basin. There has been a problem that the slime adhering to the inner peripheral surface of the drainage can not be removed well.

The present invention has been devised in view of the above-described conventional problems, and can surely remove the slime adhering to the inner peripheral wall of the drainage basin, and the slime adhering to the hair catcher installed in the drainage basin is also good. A drainage dewatering device for a drainage basin is provided, wherein the drainage port cover is provided on a step portion formed in an upper part of the inner peripheral surface of the drainage basin, and the drainage port is provided. A slime removal device installed in a drainage drainage with a structure that allows drainage to flow down from the outer periphery of the cover,
The slime remover is configured to be installed directly below the drain cover adjacent to the back surface of the drain cover, locked to the stepped portion, and a storage unit storing a solid medicine , An outflow opening formed at an upper portion of the inner peripheral surface for flowing down the solution of the solid drug formed on the outer side wall and flowing out of the storage portion along the inner peripheral surface of the drain ; The outlet also serves as an inflow port for allowing drainage to flow into the storage portion .

The claim 2 is a slime remover installed on a drainage basin having a structure for allowing drainage to flow down from the outer peripheral side of the drainage cover covered on the upper surface,
The slime remover is provided with a leg portion that can contact the bottom surface of the drainage basin so that the slime remover can be installed directly under the drainage port cover adjacent to the back surface of the drainage port cover, and contains a solid medicine. And an opening at an upper portion of the inner peripheral surface for allowing the solution of the solid medicine formed on the outer side wall of the storage portion and flowing out of the storage portion to flow down along the inner peripheral surface of the drain. An outflow port is provided , and the outflow port also serves as an inflow port for allowing wastewater to flow into the storage portion .

The present invention provides a slime remover installed on a drainage basin having a structure in which a drainage outlet cover is provided on a step portion formed on an upper portion of the inner peripheral surface of the drainage drainage, and the drainage flows down from the outer peripheral side of the drainage cover. The slime remover is configured to be installed immediately below the drain cover adjacent to the back surface of the drain cover by being locked to the stepped portion, and a storage unit storing a solid medicine, An outlet formed at an outer side wall of the storage portion and opening at an upper portion of the inner peripheral surface for allowing the solution of the solid medicine flowing out from the storage portion to flow down along the inner peripheral surface of the drainage basin. The outlet is also used as an inlet for allowing wastewater to flow into the storage portion, so that the slime removal device is locked to a step formed in the upper part of the drainage basin, It can be installed directly under the drain cover close to Can, in the installed state, because the outlet of the slime winder is opened in the upper portion of the inner peripheral surface of the catch basin, by dissolving the solid medicament in the storage unit by drainage, good drainage lysates dark solid agent It is possible to flow down along the inner peripheral surface of the dredger, to ensure that the inner peripheral surface of the drainage basin can be securely removed, and to ensure that the hair catcher installed in the drainage basin also has good slime. It will be possible. Moreover, since the hair also flows downward along with the drainage along the inner peripheral surface of the drainage tub, the tangling of the hair to the slime removal device can be reduced.

In addition, a slime removing device installed in a drainage drainage of a structure that allows drainage to flow down from the outer peripheral side of the drainage cover covered on the upper surface,
The slime remover is provided with a leg portion that can contact the bottom surface of the drainage basin so that the slime remover can be installed directly under the drainage port cover adjacent to the rear surface of the drainage port cover, and contains a solid medicine. And an opening at an upper portion of the inner peripheral surface for allowing the solution of the solid medicine formed on the outer side wall of the storage portion and flowing out of the storage portion to flow down along the inner peripheral surface of the drain. The outlet has an outlet, and the outlet also serves as an inlet for allowing wastewater to flow into the storage part, so that the slime remover can be easily installed in the drainage basin via the legs. Then, the slime remover is placed directly below the drain cover near the back of the drain cover, and the outlet of the slime remover is open at the upper part of the inner peripheral surface of the drainage basin. dissolving a solid agent, a dark solid Lysates can be flow down along the inner peripheral surface of the catch basin of the agent, and that the slime of the inner peripheral surface and hair catcher drainage chambers can take good An inner periphery of the hair is also catch basin Since it flows downward along with the drainage along the surface, it is possible to reduce tangling of the hair to the slime remover.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a vertical cross-sectional configuration diagram of a bathroom, and FIG. 2 is a perspective configuration diagram of a washroom pan that configures the floor surface of the bathroom.
A drainage basin 2 is integrally formed in the bathtub side B of the washing basin 1 in a concave shape continuously downward from the washing basin 1a on the upper surface of the washing basin 1 and a drainage trap TP is provided on the lower surface of the drainage basin 2. In addition, the drainage cover 4 is provided on the upper surface of the drainage basin 2 so as to be substantially flush with the washing place 1a. In this example, the slime remover 5 is detachably attached directly below the drainage cover 4. It is something that can be done.

  FIG. 3 is a vertical cross-sectional view of a main part in a state in which a drain outlet cover 4 is installed on the upper surface side of the drainage basin 2 and a slime removing device 5 is installed therebelow. For this purpose, a hair catcher 3 is detachably attached.

The slime remover 5 has a structure as shown in the perspective view of FIG. 4, the perspective view seen from the back side of FIG. 5, and the enlarged side view of FIG. 6.
The slime remover 5 is formed in a rectangular frame shape with a central portion penetrating up and down, and is provided with storage portions 6, 6, 6 and 6 having open-bottomed box shapes on four sides, respectively. the outer sidewall, inflow outlet 8 capable inflow and outflow of the waste water is more open formed at intervals in the lateral direction in a slit shape.

  In each storage unit 6, a tablet-like solid medicine 11 can be stored from the back side, and the solid medicines 11, 11, 11 are stored in the storage parts 6, and the storage part 6 is stored from the back side. A plate-shaped bottom lid 7 is attached by adhesion or welding, and the bottom side of the storage portion 6 is covered with the bottom lid 7 so that a plurality of solid medicines 11, 11, 11 are sealed in the storage portion 6. it can. The solid drug 11 is obtained by solidifying a drug that suppresses the growth of microorganisms into a tablet.

  The upper surface of each storage unit 6 is a drainage guiding part 6a that is inclined downwardly from the outer peripheral side toward the inner peripheral side, and as shown in the enlarged view of FIG. 7, the drainage guiding part 6a An inner peripheral hanging portion 6b is integrally formed so as to hang from the inner end. The inner circumferential hanging portion 6b forms an inner side wall of the storage portion 6. The drainage guiding portion 6a is the upper wall of the storage portion 6. The inlet / outlet port 8 is formed in a slit shape on the outer peripheral side opposite to the inner peripheral hanging portion 6b.

Further, flanges 9 and 9 are integrally formed on the two opposite sides of the slime remover 5 so as to protrude outward, and the flanges 9 and 9 are formed at upper portions of the inner peripheral surface 2a of the drainage tub 2 respectively. It can be hooked on the stepped portion 2b.
A water passage 10 is opened in a slit shape between the step portion 2b and the drainage guiding portion 6a. The water passage 10 penetrates vertically near the upper end of the inflow / outflow port 8 of each storage unit 6. It is formed.

  The slime removing device 8 of this example is a disposable type in which the solid medicine 11 is put in each storage unit 6 and covered with the bottom lid 7. As shown in the enlarged vertical sectional view of FIG. The demounter 5 can be easily attached to the upper part of the inner peripheral surface 2a of the drainage basin 2 by placing the flanges 9 and 9 on the stepped portion 2b of the drainage basin 2. In this attached state, The inflow / outflow port 8 of the storage part 6 faces the inner peripheral surface 2a of the drainage tub 2 and is disposed at a position close to the inner peripheral surface 2a.

  The drainage remover 5 is attached, and the drainage cover 4 is installed on the upper surface thereof. The leg portions 4 a formed to protrude downward at the four corners of the backside of the drainage cover 4 are flanges of the slime removal instrument 5. 9 is in contact with the top surface of the drainage port 9, and a gap through which drainage flows is formed between the back surface of the drain outlet cover 4 and the top surface of the slime remover 5.

The drain cover 4 is formed in a plate shape having no through hole at the center, and a gap is formed between the outer periphery of the drain cover 4 and the inner periphery of the upper surface of the drainage tub 2. The drainage of the washing basin 1a flows into the drainage basin 2 from the outer peripheral side of the drainage cover 4 and most of the drainage that flows into the drainage basin 2 is drainage of the slime removal device 5. It flows on the guiding portion 6a and flows downward, and most of the drainage flows on the hair catcher 3 provided below. A part of the wastewater passes through the water inlet 10 and enters the storage unit 6 from the inflow / outflow port 8, and the internal solid medicine 11 is dissolved by the wastewater that has entered the storage unit 6.
A small amount of drainage flows into the storage unit 6 and stays in the storage unit 6, so that when the water is drawn, the concentrated solid drug solution hangs down from the inflow / outflow port 8 to the inner peripheral surface 2 a of the drainage tub 2. The concentrated solution flows down along the wall of the inner peripheral surface 2a, and thus the slime of the inner peripheral surface 2a is favorably removed.
Further, the solution that has flowed down along the inner peripheral surface 2a flows down onto the lower hair catcher 3 and can take off the hair catcher 3 well. The inner peripheral surface of the drainage tub 2 and the hair catcher 3 It will be possible to reliably take the slime.

  In addition, since the inflow / outflow port 8 of the slime removing device 5 is opened in a slit shape on the outer peripheral side surface, the hair does not enter the storage portion 6, and the hair smoothly flows downward with the drainage. The hair is allowed to flow down and the tangling of the hair can be reduced.

Next, the slime remover shown in FIG. 8 shows a modification, and the slime remover 5 of FIG. 8 does not have the flange 9, but instead has legs 12, 12, 12,. As shown in FIG. 9, the bottom end 2 c of the drainage basin 2 is contacted with the lower ends of the legs 12, 12, 12 so that the drainage basin 2 can be easily In the mounted state, the inflow / outflow port 8 of the slime remover 5 is disposed in the upper part of the inner peripheral surface 2a of the drainage tub 2 in the vicinity of the inner peripheral surface 2a. Drainage is put into each storage part 6 of the vessel 5 from the inflow / outflow outlet 8 to dissolve the solid medicine 11 by drainage, and the water in the drainage tank 2 draws the concentrated solution stored in the storage part 6. When flowing down from the inflow / outflow port 8 along the inner peripheral surface 2a of the drainage basin 2 along the wall, One in which it is possible to take the Meri.
The slime remover 5 of FIG. 8 is also a disposable type, and when the solid medicine 11 is lost, a new slime remover 5 is attached to the drainage tub 2.

It is a longitudinal cross-sectional block diagram of a bathroom. It is a disassembled perspective view of the drainage basin formed in the washing-room pan, the slime removal device attached to this drainage basin, and the drain outlet cover. It is a principal part longitudinal cross-section block diagram of the state which attached the slime removal device and the drain outlet cover to the drain. It is the isometric view block diagram seen from the upper side of a slime removal device. It is the perspective block diagram seen from the back side of the slime removal device. It is a side surface expanded block diagram of a slime remover. It is a principal part expansion longitudinal cross-section block diagram of the installation state of a slime removal device. It is a perspective view of a slime remover having legs. It is a principal part longitudinal cross-section block diagram of the state which attached the slime removal device of FIG. 8 to the drain.

DESCRIPTION OF SYMBOLS 1 Washing area bread 1a Washing area 2 Drainage basin 2a Inner peripheral surface 2b Step part 2c Bottom surface 3 Hair catcher 4 Drainage port cover 4a Leg part 5 Numeric removal device 6 Storage part 6a Drainage guide part 6b Inner peripheral lower part 7 Bottom cover 8 Inflow outlet 9 Flange 10 Water outlet 11 Solid medicine 12 Leg

Claims (2)

A slime remover installed on a drainage basin having a structure in which a drainage port cover is provided on a step portion formed at an upper part of the inner peripheral surface of the drainage drainage, and the drainage flows down from the outer peripheral side of the drainage port cover,
The slime remover is configured to be installed directly below the drain cover adjacent to the back surface of the drain cover, locked to the stepped portion, and a storage unit storing a solid medicine , An outflow opening formed at an upper portion of the inner peripheral surface for flowing down the solution of the solid drug formed on the outer side wall and flowing out of the storage portion along the inner peripheral surface of the drain ; The outlet is also a drainage dewatering device for drainage tubs, which also serves as an inflow port for allowing drainage to flow into the storage portion . A slime remover installed on a drainage basin having a structure that allows drainage to flow down from the outer peripheral side of a drainage cover covered on the upper surface,
The slime remover is provided with a leg portion that can contact the bottom surface of the drainage basin so that the slime remover can be installed directly under the drainage port cover adjacent to the back surface of the drainage port cover, and contains a solid medicine. And an opening at an upper portion of the inner peripheral surface for allowing the solution of the solid medicine formed on the outer side wall of the storage portion and flowing out of the storage portion to flow down along the inner peripheral surface of the drain. A drainage dewatering device for a drainage basin characterized by comprising an outflow port, and the outflow port also serves as an inflow port for allowing wastewater to flow into the storage portion .

Images