JP3091473U - Slime drainage slime removal tool - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To make it possible to remove slime and germs at the drain of a sink more effectively than before. SOLUTION: Three solid slime removers are provided at equal intervals along the circumference, near the bottom of a polyethylene resin mesh cylinder 1 sized to fit inside a refuse basket installed at a drain of a sink. When the cylinder 1 is fitted into the garbage collecting basket B, the slime removing agent 2 is positioned above the bottom surface of the basket B. Attachment of the removing agent 2 to the cylinder 1
The pocket 3 of the mesh of polyethylene resin is fused to the mounting position, and the removing agent 2 is put in the pocket. In such a slime remover 10, when the garbage basket B with the slime remover 10 is placed on a drain port and drained, the remover 2 becomes
Since it is located above the bottom of the garbage basket B and is eluted by being immersed in the drainage, the garbage basket B reaches not only the bottom surface but also the side surface thereof.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  This idea was applied to "slurries" and other germs (hereinafter called Represented by Re).

[0002]

[Prior art]

  At the drain of the sink, organic substances such as kitchen waste and detergent discharged there are used as a nutrition source. And, since the propagated bacteria and mold secrete metabolites, the secretions became the main component. The slimy sticks to the drain and the garbage basket placed on it. . The slime smells bad and is unsanitary, so it must be removed. The work is very tedious.

[0003]   Therefore, it is easy to remove the sticky slime on the inside of such garbage baskets and drains. In order to remove efficiently, the slime remover used by putting it in the drainage port Species for attaching a remover to the garbage basket with an attachment member (attachment) Various slime removers are commercially available.

[0004]   This remover puts slime remover in a water-permeable bag made of mesh or non-woven fabric. The top edge of the garbage basket or the It is used by locking it on the handle attached to the edge, and the remover is dust. The remover placed on the bottom of the basket and soaked in the wastewater and eluted acts on the slime Is designed to be disassembled. The decomposed slime flows to the drain pipe together with the drainage. To be done.

[0005]   When removing slime with this remover, remove the remover with a mounting member. It is locked in a basket and gradually melts, so simply drain the remover itself. Thaw it completely, unlike when you put it in your mouth and finish with a temporary use The effect lasts until.

[0006]

[Problems to be solved by the device]

  However, the above removing tool uses the removing agent by placing it on the bottom surface of the garbage basket. Therefore, the eluted scavenger spreads only to the bottom of the garbage basket and its immediate vicinity, The slime remains attached to the other side surfaces of the basket.

[0007]   Therefore, the problem of this invention is to make sure that the remover spreads to every corner of the garbage basket. To remove the slime adhering to it more effectively than before. And in.

[0008]   Further, recently, as shown in FIG. 3, the drainage port 31 is shallow and does not have a garbage basket installed. Plate having a notch 32 for allowing drainage to pass therethrough The sink 30 covered with 33 is becoming widespread, and in this invention, such a shape is used. The drainage port of the sink in the state is easy and effective to remove slime generated there. The second task is to make it possible.

[0009]

[Means for Solving the Problems]

  In order to solve the above problems, the present invention provides the following slime remover. The slime removal tool is a garbage basket installed at the drain of the sink. Form a water-permeable cylinder that fits inside the tube and arrange multiple tubes in the circumferential direction of the tube. When the solid slime remover of the above is placed and the cylinder is fitted into the garbage basket, The removing agent for the reed is held above the bottom surface of the basket.

[0010]   In the slime removal tool with such a configuration, attach a garbage basket with it. When placed on the drain outlet and drained, the remover will be removed from the bottom of the garbage basket upwards. Since it is located at the bottom of the garbage basket, when it is immersed in drainage and eluted, Will also spread to the side of.

[0011]   At that time, if the above-mentioned cylindrical body is formed of a net or cloth, a removing agent that is eluted in the waste water Travels through the nets and cloths and efficiently spreads inside the garbage basket.

[0012]   In addition, the second aspect of the present invention, the above-mentioned new form of sink In order to remove slime from the drain port easily and effectively, the As a slime remover, remove the sink from the water-permeable container that holds the slime remover. The structure is such that a locking member that can be locked is provided on the lid that allows water to pass through and covers the water outlet. It

[0013]   In such a removal tool, the removal agent is located on the lower surface of the lid plate, which is effective for draining. As a result, the scavenger soaked into the drainage effectively spreads the scavenging agent into the drainage port.

[0014]

[Embodiment of device]

  An embodiment of the present invention will be described below with reference to the drawings.   (First embodiment)   FIG. 1A is a perspective view of the slime removing device according to the first embodiment, and FIG. It is what was shown by the side view. Further, FIG. 3C shows that the removing tool 10 is used for draining the sink. The state attached to the garbage basket B of the mouth is shown including a partial cross section.

[0015]   This slime removing tool 10 is attached to the garbage basket B as shown in the figure. A slime removing agent 2 is attached to a mesh-shaped cylinder 1 as an attachment portion. That The mesh cylinder 1 is made of polyethylene resin and is dimensioned along the inner surface of the garbage basket B. It is formed into a cylinder of the method. Around the lower end of the cylinder 1, along the circumference, three The solid slime remover 2 is attached at equal intervals. On the circumference of cylinder 1 At the position where the removing agent 2 is attached, as with the cylinder 1, a polyethylene resin is used. The formed mesh pocket 3 is fused, and the remover 2 is placed inside the pocket 3. Held in.

[0016]   Pocket that holds the cylinder 1 and the remover 2 as an attachment part to the garbage basket B The reason for forming the grate 3 with the mesh is that the removing agent 2 that elutes in the wastewater is efficiently collected in the garbage basket B. This is because it was spread inside, but if it is water-permeable, it is not limited to mesh For example, it may be formed of another material such as a nonwoven fabric or a resin film having pores.

[0017]   On the other hand, the upper end side of the mesh cylinder 1 is a part of a predetermined range downward from the upper edge of the original cylinder. The part is bent outward, and the vertical cross section of that part sandwiches the upper edge of the garbage basket B. It is a mounting part, and the upper part of the garbage basket B is sandwiched between the mounting part and It is designed to hang on the basket B.

[0018]   When the attachment portion of the mesh cylinder 1 as described above is hung on the garbage basket B, as shown in FIG. ), The peripheral surface of the cylinder 1 is along the inner surface of the garbage basket B, and the lower end is the garbage basket. It is located slightly above the center of B in the height direction. Therefore, its bottom The removing agent 2 arranged along the outer circumference is also located at that height. There is. The height of the position where the removing agent 2 is disposed is determined by placing the dust-collecting basket B on the drainage port. At this time, the removing agent 2 that is soaked in the drainage and eluted is spread on the side and bottom corners of the basket B. It's high enough to go around. This height was found by experiment Is.

[0019]   In the present embodiment, as the slime remover 2, a non-chlorine type commercially available We use solid agents containing antibacterial ingredients, but what kind of ingredients and what efficacy It is arbitrary in this invention whether to use the removing agent 2 having That is, this device The slime remover 10 is designed to remove slime, but in the first place As mentioned above, the amount of bacteria is the amount of bacteria and mold metabolized from raw garbage and detergent as nutrient sources. Since the main component is spores and dead cells, instead of the slime remover 2, the bacteria and mold are removed. Put the exterminating agent to be removed in the pocket 3 and use it as an exterminating tool for bacteria and mold. You can also

[0020]   Incidentally, well-known antibacterial ingredients include benzoic acid (sodium) and sorbic acid (ca Lithium), propionic acid (calcium or sodium), plants (mugwort, horseradish) , Bamboo, tea etc.), antibacterial zeolite carrying silver or copper, etc. .

[0021]   To remove slime from the drain port using the slime remover 10 described above , The mesh cylinder 1 provided with the removing agent 2 is hung on the upper edge of the garbage basket B, Place the thing in the state of in the drain. Next, on the upper edge of the garbage basket B of the mesh cylinder 1. Fix the hooked part with the so-called "chrysanthemum lid" of the garbage basket B to fix it. .

[0022]   When the water is drained in this way, the water drained along the inner surface of the garbage basket B is retained in the mesh cylinder 1. The removed cleaning agent 2 is also reached, and the cleaning agent 2 soaked in the waste water is melted, and it is inside the garbage basket B. Elute into. At this time, in this embodiment, the removing agent 2 is added in the height direction of the garbage basket B. Since it is arranged in between, the eluted removing agent 2 is not only on the bottom surface of the garbage basket B but also on the inner surface. It also spreads and acts on the slime attached to it. By the action of remover 2 The smelt that is unraveled is washed away by the drainage pipe toward the drain pipe.

[0023]   In addition, in this embodiment, the shape of the mesh in which the removing agent 2 is disposed is changed to the dust removal of the cylinder 1. Although it was made cylindrical along the inner surface of the basket B, the cross section of the garbage basket B is, for example, polygonal. If it has a shape other than a circle, the cylinder with the same polygonal cross section as the cross section of the garbage basket B Also, the size is such that there is almost no gap between the side surface of the cylinder and the inner surface of the garbage basket B. Make it law. Because there is a large gap between the side of the cylinder and the inner surface of the garbage basket B. Since the removing agent 2 eluted in the waste water does not easily reach the inner surface of the garbage basket B, This is to prevent

[0024]   (Second embodiment)   The second embodiment shown in FIG. 2 is the second subject of the present invention. A nut to be attached to the drain port 31 of the sink 30 having the new type drain port 31 shown in FIG. It is the removal tool 20 of Meri. The removing tool 20 shown in FIG. 2A is a slime removing agent. A water-permeable container 11 containing 2 and a lid plate 33 for covering the container 11 with the drainage port 31. It comprises a locking member 12 for attaching to the lower surface of the.

[0025]   The container 11 is a rectangular flat container 11 formed of thin resin. Is divided into two parts along one side edge in the middle of the thickness (height) direction, and a part of the side edge is melted. A container 11 that can be opened and closed by using the flexibility of resin to make the attached portion into a hinge 11a. Is. That is, the removing agent 2 put inside can be replaced. Excluding it The stripper 2 contains a solid, non-chlorine antibacterial component, as in the first embodiment. It is a thing. In addition, the surface of the container 11 has pores 11 through which drainage can flow in and out. Many b are provided.

[0026]   The locking member 12 is a band plate made of stainless steel, and the end of the locking member 12 is The container 11 is fixed with an adhesive material. The other end has an acute angle at a specified length from its tip. It is folded into a "hairpin" shape, and in the hairpin shape part, The peripheral edge of the cover plate 33 is sandwiched so that it can be locked there.

[0027]   The above is the slime remover 20 of the second embodiment, and the usage thereof is as shown in FIG. By locking the locking member 12 to the peripheral edge of the lid plate 33, as shown in FIG. , The container 11 is located on the lower surface of the lid plate 33, and the lid plate 33 in that state is drained 31 Cover. When the water is drained in this way, the thin surface of the lid plate 33 is placed in the container 11 on the lower surface. Wastewater flows in through the hole 11b, and the slime removing agent 2 is dissolved in the wastewater that has flowed into the container 11. It escapes and flows out of the container 11 again through the pores 11b.

[0028]   Also in this case, since the locking member 12 is made of a strip-shaped stainless steel plate, By bending this, the lid plate 33 of the container 11 attached to the end thereof The removing agent 2 that has flowed out of the container 11 by changing its posture with respect to the drain port 31 You can adjust the posture so that you can effectively spread it inside.

[0029]   Further, in the second embodiment, the resin container 11 is manufactured as the container for the removing agent 2. However, as another form of the container, a bag formed of non-woven fabric or a resin film having pores It can also be in the form of a shape. In short, it has water permeability and can be filled with the remover 2. Anything will do.

[0030]   According to the slime remover 20 of the second embodiment described above, as shown in FIG. Has a shallow drainage port 31 without a garbage basket B installed, and the drainage port 31 drains water. Of the sink 30 in the form of a lid plate 33 having a notch 32 for passing With regard to the drainage port 31 of, the slime generated there can be removed easily and effectively. Get

[0031]

[Effect of device]

  Since the present invention is configured as described above, the removing agent for the slime eluted in the drainage outlet It spreads to every corner of the inside of the garbage basket, and sticks to it There is an effect that it can be effectively removed.

[0032]   In addition, the drainage outlet is shallow, there is no garbage basket, and Drainage outlets of sinks that have lids with notches will also occur there. There is an effect that the slime can be easily and effectively removed.

[Brief description of drawings]

1A is an overall perspective view of the removing tool according to the first embodiment, FIG. 1B is a plan view, and FIG. 1C is a state in which the removing tool is attached to a garbage basket including a partial cross section. It is a thing.

FIG. 2 (a) shows a removing tool according to a second embodiment,
The method of use is shown in (b).

FIG. 3 shows a new type of sink.

[Explanation of symbols]

1 mesh cylinder 2 Remover 3 pockets 10, 20 slime remover 11 containers 11a hinge 11b pore 12 Locking member 30 sinks 31 drain 32 cutout 33 Lid plate B basket

Claims (3)

[Scope of utility model registration request] 1. A water-permeable cylinder having a size that fits inside a garbage basket installed at a drain of a sink is formed, and a plurality of solid slime removing agents are arranged in the circumferential direction of the cylinder. Then, a slime removing tool for a drain of a sink, which holds the slime removing agent above the bottom surface of the basket when the tubular body is fitted into a dust collecting basket. 2. The slime removing device for drain of a sink according to claim 1, wherein the tubular body is formed of a net or a cloth. 3. A slime removing tool for a drainage port of a sink, wherein a water-permeable container holding a slime removing agent is provided with a locking member capable of locking a water-permeable lid that covers the drainage port of the sink.