KR20140002080U - Union Socket for Drain of Washing Machine - Google Patents

Abstract

Regarding the socket for constructing and combining with the washing machine drain hose and connecting to the sewer,
If the filtration means of the drain trap embedded in the floor of the utility room or bathroom is not designed to be combined with the drainage hose of the washing machine, the drain trap included in the sewer or drain is smaller than the drainage hose of the washing machine. To cope with the failure to connect,
Consists of a hose contact part for forming and combining with the washing machine drainage hose in the form to use the elasticity and the foreign matter filtration unit comprising the plurality of filter nets using a porous material and the attraction force of the liquid and the hose contact part and the foreign matter filtration unit It relates to a washing machine drain hose connection socket is configured to include a body portion configured to fasten means for,
The conventional drain trap and drain can be installed and used even in a situation smaller than the drainage hose of the washing machine, and by filtering the wastewater discharged from the washing machine by the filtration means configured in the present invention, the wastewater is discharged to the sewer and the sewer is mixed by the foreign matter. It is effective in preventing clogging.
In addition, the filtration means configured in the present invention can prevent a variety of insects, such as coming up through the sewer.

Description

Union Socket for Drain of Washing Machine

The present invention relates to a socket for coupling with a washing machine drain hose,

More particularly, the present invention relates to a coupling socket for connecting to a sewer after being combined with a washing machine drain hose.

Washing machine drain hose is connected to the washing machine installed in the room such as the multipurpose room or bathroom, and the drainage discharged through the washing process from the washing machine is configured to be discharged by directly connecting to the drain hole embedded in the floor of the multipurpose room or bathroom, or It is configured to be discharged to the floor and flow through the floor surface into the sewer holes embedded in the floor.

In general, the sewers buried in the floor of the utility room or the bathroom to drain various living sewage, as well as to prevent the odor generated from the sewer pipes to enter the room, the intrusion of pests such as various insects coming up through the sewer pipes In order to prevent the filtration means are often embedded including a drain trap configured.

However, if the drain trap is configured in the filtering means is buried in the bottom is not a shape for coupling with the washing machine drain hose in the filtering means,

As shown in Fig. 7

There is a problem that the washing machine drain hose is connected to the sewer through the drain trap body in a state in which the filtering means is separated from the drain trap body included in the sewer.

There may be a situation in which various insects, such as worms and odors are introduced from the sewer pipe through the gap of the drain trap body connected to the washing machine drain hose without filtration means.

In addition, the inner diameter of the drain trap body included in the sewer or drain embedded in the floor of the utility room or bathroom is smaller than the outer diameter of the drain hose of the washing machine, so that it cannot be connected to the drain trap body formed in the sewer or drain. Occation,

The drainage hose of the washing machine is located on the floor surface of the utility room or bathroom, and the drainage discharged by the washing machine through the washing process flows into the sewer through the floor surface of the utility room or bathroom.

There is a problem that the floor of the utility room or the bathroom is dirty due to the foam or foreign matter of the detergent contained in the washing machine discharge water.

The present invention is to solve the above problems,

When the filtration means of the drain trap embedded in the floor of the utility room or bathroom is not shaped for coupling with the washing machine drain hose,

After removing the filtration means from the drain trap is to solve the problem of connecting the washing machine drain hose to the drain through the drain trap body.

In addition, when the inner diameter of the drain trap included in the sewer or drain embedded in the floor of the utility room or bathroom is smaller than the outer diameter of the drainage hose of the washing machine, it cannot be configured and connected to the drain hole.

It is to solve the problem that the floor of the utility room or the bathroom is dirty due to the foam or foreign matter of the detergent contained in the effluent.

Column form 51 for constructing with the foreign matter filtration unit and the sewer 92 or the drain trap comprising a hose contact portion 20 and a plurality of filter nets (30, 40) for coupling to the washing machine drain hose (10) Characterized in that it comprises a body portion 50 is formed by).

The hose contact portion 20 has a plurality of ring shapes 22 at the top end of the upper end portion in order to form a coupling with the washing machine drainage hose 10 in an L-shaped pillar shape 21 having a space formed therein and having an upper end and a lower end opened. , 23 and formed with a curved surface 24 is formed, the body portion 50 is configured to include a fastening means 27 on the side of the lower end for fastening to configure with the columnar shape 51 It is characterized by.

The foreign matter filtration unit includes a second filtration network 40 composed of a first filtration network 30 and a porous structure 42 having a plurality of holes 37 formed therein for filtering and draining wastewater other than the discharge water discharged from the washing machine;

The body part 50 and the pillar shape 51 are formed in contact with the second filtration network 40 and include a support nut 60 for supporting the first filtration network 30 and the second filtration network 40. It is characterized in that the configuration.

The foreign material filtering portion further includes a fixing nut 80 for fixing the support nut 60 formed in contact with the second filtration network to the pillar portion of the body portion 50.

The body 50 has a space formed therein, the upper end and the lower end both sides open columnar shape 51, the fastening means 52 for fastening with the hose contact portion 20 and the foreign matter filtration on the outer side And a plurality of through-holes 54.

The conventional drain trap and drain can be installed and used even in a situation where the washing machine drain hose is smaller.

In addition, by simplifying the structure of the connection socket can be installed even users without professional skills.

In addition, by filtering means configured in the present invention is to filter the sewage other than the discharge water discharged from the washing machine to the drain to prevent the phenomenon that the sewer is blocked by foreign substances mixed in the sewage.

In addition, the filtration means configured in the present invention can prevent a variety of insects, such as coming up through the sewer.

1 is a perspective view showing a variety of configurations of the first filtration network of the foreign material filtration unit according to the present invention.
Figure 2 is a perspective view showing the configuration of the foreign material filtering portion according to the present invention.
Figure 3 is a perspective view showing the configuration of the foreign material filtration unit according to an embodiment of the present invention to the body portion.
4 is a perspective view showing the appearance of the configuration process according to an embodiment of the present invention.
5 is a perspective view showing a state according to an embodiment of the present invention.
Figure 6 is an exemplary view showing a cut configuration according to an embodiment of the present invention.
7 is a perspective view showing the state of the conventional sewer.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

Here, like reference numerals in the drawings denote like elements.

1 is a perspective view showing the various configurations of the first filtration network of the foreign matter filter unit according to the present invention, FIG. 2 is a perspective view showing the configuration of the foreign material filtration unit according to the present invention, and FIG. 3 is a foreign matter filtration according to an embodiment of the present invention 4 is a perspective view showing a configuration process according to an embodiment of the present invention, and FIG. 5 is a perspective view showing a configuration according to an embodiment of the present invention. 6 is an exemplary view showing a cut configuration according to an embodiment of the present invention, Figure 7 is a perspective view showing the state of the conventional sewer.

Washing machine drain hose connection socket according to the present invention

Sewer 92 installed on the floor 90 of the place where a washing machine including a utility room or a bathroom is installed, or a drainage trap installed in the sewer 92, including the body 96 of the drain trap included in the drain, and installed smoothly. In order to prevent the intrusion of various bugs, etc. coming through the sewer,

Body for forming and fastening the hose contact portion 20 and the foreign matter filtration unit by using the hose contact portion 20 and the foreign matter filtration unit and fastening means using a porous material and the attraction force of the liquid to be largely used to stretch It is comprised including the part 50.

Effluent discharged through the washing process in the washing machine can be preferably discharged to the sewer (92),

As shown in Figure 6,

The hose contact portion 20 is the inner diameter of the side in contact with the washing machine drain hose 10 coincides with the outer diameter of the front end of the washing machine drain hose 10, the body portion 50 and the column shape 51 is fastened The inner diameter of the side portion is formed so as to match the outer diameter of the body portion (50) columnar shape 51 is formed in the interior, the upper end and the lower end is configured to be formed in the L-shaped columnar shape (21). .

At this time, in case of an accident that the inlet tip of the washing machine drain hose 10 is damaged due to the impact or pressure during the conveying process of the washing machine,

Washing machine drain hose 10 and the hose contact portion 20 is configured to combine so that the discharge water from the washing process washing process does not occur

In order for the front end of the washing machine drain hose 10 and the hose contact portion 20 to be in close contact with each other,

Consists of a ring shape 22 formed in a space having a diameter of 1 to 3mm larger than the outer diameter of the washing machine drain hose 10 at the top end of the upper end configured in contact with the washing machine drain hose 10,

The surface 24 which is formed to be curved in contact with the ring shape 22 formed to have a large diameter is formed in a curved shape so that the side faces inward in the direction of the axis, and any portion of the curved surface 24 is formed. The inner diameter of the washing machine drainage hose is configured in the form of a diameter of 1 ~ 5 mm smaller than the outer diameter of the 10,

A part for contacting the front surface of the curved surface 24 is coupled to the front end of the washing machine drain hose

The washing machine drain hose 10 is preferably composed of a ring shape 23 is formed in a diameter of 1 ~ 3mm smaller than the outer diameter.

In addition, the fastening means for fastening by screwing the body portion 50 to the inner side of the lower end of the column-shaped (21) formed in the L-shaped hose contact portion 20 so as to easily configure the washing machine drain hose connection socket ( 27).

The foreign material filtering unit and the support nut (60) for supporting the plurality of filter nets (30, 40) and the plurality of filter nets (30, 40) to filter and drain foreign matter contained in the sewage other than the discharge water discharged from the washing machine It comprises a fixing nut 80 for fixing the support nut 60 to the body portion (50).

The first filtration network 30 configured for the purpose of first filtering out foreign substances having a large size such as hair among the plurality of filtration networks configured in the foreign substance filtration unit,

As shown in Figure 1,

The through-hole for constituting the body portion 50 and the columnar shape 51 in the form of a circular shape coinciding with the body 96 of the drain trap included in the sewer 92 or the sewer 92 34) and a plurality of through-holes 37 for filtering foreign matter are formed in the cross section.

At this time, the method of configuring the first filtration network 30 is configured by any one of a method consisting of a plurality of plates or a method consisting of one plate.

The method of configuring the plurality of plates

The large band shape 32 and the body portion 50 of the column shape 51 having a cross section having a size corresponding to the outer diameter of the cross section of the body 96 of the drain trap included in the sewer 92 or the sewer 92 are included. A plurality of rod-shaped bases 31 are formed between the small band shapes 33 that match the outer diameter, and the small band shapes for fastening by forming the body part 50 and the columnar shape 51. The through hole 34 is formed in the direction of the axis of the body portion 50 and the pillar shape 51 in the direction of the axis of 33, and the fastening means 39 for fastening by screwing is formed.

Subsequently, after forming one plate that matches the cross-sectional shape between the large band shape 32 and the small band shape 33, a plurality of through holes are formed in each of the plurality of filter plates 35 formed by cutting to a plurality of the same size. 37 is formed so as to be in contact with the upper end of the plurality of rod-shaped 31 formed between the large band 32 and the small band 33.

The method of constructing a single plate

When combined with the body 96 of the drain trap 92 included in the sewer 92 or the sewer is embedded in the floor 90, such as a multi-purpose room or bathroom, to expose to the top so as not to inconvenience the user ,

In the direction of the axis in the form of a circular shape that is equal to the outer diameter of the cross-section of the body 96 of the drain trap included in the sewer 92 or the sewer 92 formed on one plate composed of 5 mm or less in thickness Formed,

For the purpose of fastening by configuring the body portion 50 and the columnar shape 51, a through-hole 34 corresponding to the outer diameter of the cross section of the body portion 50 and the columnar shape 51 in the axial direction in one section of the cross section. After forming and including the fastening means 39 for fastening by screwing is configured so that a plurality of through-holes 37 for filtering foreign matter in the cross section is formed

The second filtration network 40 is configured to filter the fine foreign matter contained in the sewage other than the discharge water discharged from the washing machine, and to prevent invasion of various insects, etc. coming up through the sewers,

When water containing foreign matter is flowed into the porous material such as sponge, a certain amount is absorbed, and then the additional amount of water introduced into the porous material is not absorbed and is discharged to the outside. To take advantage of the points remaining in

As shown in Figure 2,

Any one of synthetic resins is formed in the form of a porous structure 42, the shape of the side is formed in the sewer 92 or the sewer 92, the circular shape of the size corresponding to the outer diameter of the body 96 of the drain trap included Formed into,

For the purpose of fastening by configuring the body portion 50 and the columnar shape 51, a through hole 45 corresponding to the outer diameter of the cross section of the body portion 50 and the columnar shape 51 in the axial direction in one section of the cross section. To form.

 The support nut 60 is configured for the purpose of supporting and preventing movement including the first filtration network 30 and the second filtration network 40,

As shown in Figure 2,

It is configured in the form of a column in which a cross section having a size larger than the radius of the cross section of the first filtration net 30 and the second filtration net 40 is formed, the cross section for the purpose of configuring the body portion 50 and the column shape 51 After forming the through-hole 65 in the axial direction in one portion is formed to include a fastening means 63 for fastening by the screw portion and the body portion (50) columnar shape (51).

The first filtration net 30 and the second filtration net 40 and the supporting nut 60 which are configured and fastened to the pillar portion 51 of the body portion 50 are more firmly fixed to the pillar shape 51 of the body portion 50. The fixing nut 80 is configured to

As shown in Figure 3,

The shape is formed in a columnar shape, and after forming a through-hole 82 for constituting the body part 50 and the columnar shape 51 in the axial direction in one portion of the cross section, the body part 50 and the columnar shape 51 and It is configured to include a fastening means 84 for fastening by screwing.

Body portion 50 for configuring including the hose contact portion 20 and the foreign material filtration,

As shown in Figure 2,

The outside diameter of the cross section is formed in the sewer 92 or the sewer 92, the space is formed inside the size smaller than the cross section inner diameter of the drain trap body portion 96 included,

Both the upper and lower sides are formed in an open columnar shape 51 so as to discharge the discharge water generated in the washing machine washing process and the sewage other than the discharge water to the sewer 92,

The body portion 50 is formed to include a fastening means 52 for fastening by screwing on the outer side of the columnar shape (51),

For the purpose of filtering the sewage other than the discharge water discharged from the washing machine to the sewer through the inner space of the body portion (50) columnar shape (51),

A plurality of through holes are formed in the middle of the outer side of the body part 50 and the pillar shape 51 so as to be in contact with the second filtration network 40 of the foreign material filtration part.

Hereinafter will be described a preferred assembly process of the component according to the present invention.

As shown in Figure 2,

For the purpose of filtering the sewage other than the discharge water discharged from the washing machine to the sewer (92) through the inner space of the body portion (50) columnar shape (51),

The base nut 60 of the foreign material filtration unit is fastened to a height adjacent to the lower ends of the positions of the plurality of through holes 54 formed in the body 50.

Thereafter, the second filtration network 40 of the foreign material filtration part is inserted through the upper end of the body part 50 and the pillar shape 51, and then the plurality of through holes 54 formed in the body part 50 and the pillar shape 51. The body portion 50 is fastened to the columnar shape 51 so as to be configured to be in contact with the position of the support nut 60 to adjust the position of the configured to be a preferred configuration.

Then, the first filtration net 30 of the foreign matter filtration unit is fastened to the columnar shape 51 of the body portion 50 through the upper end of the body portion 50 columnar shape, wherein the body portion 50 columnar shape ( 51) to the position that is in close contact with the upper end of the second filtration network 40 of the first foreign matter filtration unit configured to be fastened.

As shown in Figure 4,

In order to more securely fix the foreign matter filtration included in the body portion 50 formed in the columnar shape 51,

The fixing nut 80 is fastened to a position in close contact with the lower end of the supporting nut 60 formed by fastening the fixing nut 80 to the body part 50 and the column shape 51 through the lower end of the column shape 51. do.

Thereafter, the hose contact portion 20 for coupling with the washing machine drainage hose 10 is configured to be coupled to the upper end of the body portion 50 and the pillar shape 51.

Then, in order to cope with the inclination of the bottom 90 of the utility room or bathroom, the drainage of the washing machine washing process may be smoothly discharged to the sewer 92.

As shown in Figure 5,

By adjusting the height by using the fastening means 27 of the hose contact portion 20 configured in the pillar portion 51 of the body portion 50 is fastened.

At this time, when the slope of the bottom 90 of the utility room or the bathroom is embedded with the body 96 of the drain trap in the sewer 92 or the sewer 92 to a height close to the horizontal,

As shown in Figure 6,

The hose contact portion 20 formed in the pillar portion 51 of the body portion 50 is in contact with the upper end of the pillar portion 51 of the body portion 50 to be fastened.

10: Washing machine drain hose. 20: Hose contact part.
21: A-shaped columnar shape. 22: Large diameter ring shape.
23: Ring shape of small diameter. 24: The curved side.
27: Hose contact fastening means. 30: First filtration.
31: bar shape. 32: Large strip shape.
33: Small strip shape. 34: First filtration through hole.
35: filter plate.
37: Through-holes of the first filtration network.
38: One edition of the First Filtration Network.
39: first filtration network fastening means.
40: Second filtration network.
42: porous structure. 45: Second filtration through hole.
50: body part. 51: pillar shaped body.
52: Body fastening means. 54: A plurality of through holes in the body portion.
57: body through hole. 60: support nut.
63: Support nut fastening means. 65: Support nut through hole.
80: fixing nut. 82: fixing nut through hole.
84: fixing nut fastening means.
90: Floor in utility room or bathroom. 92: Sewers.
96: Drain trap body embedded in a conventional floor.

Claims (5)

Hose contact unit 20 for coupling with the washing machine drain hose 10; And
Foreign material filtering unit comprising a plurality of filter nets (30, 40); And
Washing machine drain hose connection socket comprising a body portion 50 is formed in the form of a column (51) to form a sewer (92) or drain trap. The method according to claim 1,
The hose contact portion 20 has a plurality of ring shapes 22 at the top end of the upper end portion in order to form a coupling with the washing machine drainage hose 10 in an L-shaped pillar shape 21 having a space formed therein and having an upper end and a lower end opened. , 23 and formed with a curved surface 24 is formed, the body portion 50 is configured to include a fastening means 27 on the side of the lower end for fastening to configure with the columnar shape 51 Washing machine drain hose connection socket. The method according to claim 1,
The foreign matter filtration unit includes a second filtration network 40 composed of a first filtration network 30 and a porous structure 42 having a plurality of holes 37 formed therein for filtering and draining wastewater other than the discharge water discharged from the washing machine;
The body part 50 and the pillar shape 51 are formed in contact with the second filtration network 40 and include a support nut 60 for supporting the first filtration network 30 and the second filtration network 40. Washing machine drain hose connecting socket. The method of claim 3,
Washing machine drain hose connection socket further comprises a fixing nut (80) for fixing the support nut (60) formed in contact with the second filtration network to the body portion (50) columnar form. The method according to claim 1,
The body 50 has a space formed therein, the upper end and the lower end both sides open columnar shape 51, the fastening means 52 for fastening with the hose contact portion 20 and the foreign matter filtration on the outer side Washing machine drain hose connection socket comprising a plurality of through holes (54).

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