KR101186960B1 - A multi-trap sewage - Google Patents

Abstract

PURPOSE: A multi-trap house inlet is provided to selectively use a sealing trap depending on the displacement of waste water and sewage. CONSTITUTION: A multi-trap house inlet comprises a body portion(1), a sealing cap(2), and connectors(3). The body portion has first and second inlets(11a,11b), a discharge port(12), a pair of cutoff walls(13), cutoff protrusions(14), and sealing cap insertion grooves(15). Waste water and sewage flows into the first inlet. The second inlets are formed at both sides of the first inlet. The discharge port discharges the waste water and sewage to the outside. The sealing cap has coupling protrusions coupled to the sealing cap insertion grooves. The connectors are coupled to the first and second inlets of the body portion.

Description

Multi-trap Sewer Collector {A MULTI-TRAP SEWAGE}

The present invention relates to a multi-strap sewage receiver, which will be described in more detail, and which can be used by selectively adding or subtracting a sewage trap provided in the sewage tray for backflow of odor.

In general, the sewage receiver is a facility for collecting household sewage and sewage and discharging it to a sewage treatment plant. The sewage collection system separates and introduces sewage generated from kitchens, toilets and bathrooms, and discharges it through the discharge port. Will be

Due to this structure, a situation in which sewage flows back to a place where living sewage flows or a bad odor flows frequently occurs, and to prevent this, a structure called a seal trap is provided.

Such a seal trap is formed integrally at the time the sewage receiver is produced, or is formed in a removable form.

Accordingly, Republic of Korea Patent No. 10-766508 (sewage receiver, hereinafter referred to as 'prior art 1') in connecting the toilet sewage pipe and living sewage pipe to the sewage bucket, respectively, regardless of the direction connected to the toilet sewage pipe or living sewage pipe In addition to being able to connect, it is possible to selectively couple the Bongsu function plate that allows the inflow of the sewage into a certain amount, that is, the Bongsu is stored in any one of the drainage paths corresponding to the location where the sewage pipe is connected. In order to facilitate the piping work of the toilet sewage pipe and the living sewage pipe, the first inlet port and the second inlet port are respectively formed on the outer side of the lower part, and the outer surface facing the first and the second inlet port is formed in the sump container having the drainage port. The first inlet pipe and the second inlet protruding outwardly of the first inlet and the second inlet, respectively, and opening toward an upper portion thereof. Is formed, the first inlet pipe and the inlet of the second inlet pipe is connected to each other by inserting one end of the first connecting pipe and the second connecting pipe formed in the elbow shape, respectively, the other end is connected to the toilet sewage pipe or living sewage pipe, respectively However, according to the connected direction of the toilet sewage pipe and living sewage pipes, the first connecting pipe and the second connecting pipe are disclosed.

However, in the prior art 1, since the shape of the sealant functional plate is formed in the shape of a simple plate, there is an inconvenience in that foreign matter is accumulated inside by the sealant functional plate.

In addition, in implementing the seal trap, most are formed in the sewage collection in the integrally formed with the sewage receiving, in which case the internal structure is often complicated.

Therefore, the Republic of Korea Patent No. 10-1050778 (the sewage receiving device for deodorization of the wire-type trap, hereinafter referred to as "prior art 2") the present invention is combined with the deodorizing zone to the living sewage inlet in the stream-type trap in which the living sewage is introduced odor This is a deodorant sewage receiver for streamlined traps to prevent backflow, to remove foreign substances, and to provide a stable installation by lowering the height. The second pipe coupling and the first pipe coupling connecting the inlet pipe are provided. The toilet sewage inlet, which is connected to the trap and the toilet sewage inlet pipe, is formed on both sides of the connected domestic sewage inlet, connected to the sewage flow path, and is installed on the opposite side of the domestic sewage inlet, and the lower outlet which connects the discharge pipe is installed. Body coupled to the body to the body connector formed by; It is formed inside the living sewage inlet, and forms a semicircular round part at the lower side, and forms an inclined surface inclined at the round part, so that the height of the inclined surface is formed to be higher than or equal to the lower side of the living sewage inlet, and a deodorizing table is connected to the upper side of the round part. In the sewage receiving device consisting of a streamlined trap, the deodorizing table is formed in the coupling portion coupled to one side of the first pipe coupling at the living sewage inlet, the coupling protrusion and the coupling groove protruding downward from one side of the coupling portion body It connects so as to protrude to the inner diameter of the connector, forms a guide groove in which the engaging projection is located on both sides of the guide projection to which the coupling groove is connected, installs an inlet at the lower side and covers the deodorization protrusion on the coupling jaw formed in the streamlined trap. Disclosed the technology characterized in that installed below The.

In the prior art 2 as described above, in order to complete the seal, the trap was completed using a streamlined trap and a coupling, but the Republic of Korea Patent No. 10-908323 (sewage, hereinafter 'similar technology') of the conventional similar technology Since the coupling position of the streamline trap and the coupling is at the same height, the coupling position of the coupling is higher than that of the streamline trap to overcome this problem because it is vulnerable to problems such as freezing and the like. There was a disadvantage that causes the phenomenon.

In addition, the structure of the prior art 1, 2 and similar technologies are designed based on a single discharge source such as a single house, which causes a situation where a large amount of household sewage is difficult to handle the amount.

In addition, since the location of the seal is fixed at the time of production of the production, there was a difficult problem to cope with the site situation.

More specifically, since the work space is narrow during the field work, and the place where the living sewage is introduced varies depending on the installation place, a separate member is frequently needed to connect to the existing sewage inlet. woke up.

In order to solve the problems as described above, the multi-trap sewage receiver of the present invention can vary the sewage trap inside the sewage receiver, and the user selectively installs the sewage trap when the inlet is required, depending on the direction of the inlet. Its purpose is to provide applicable sewage collectors.

Still another object of the present invention is to provide a sewage receiver to which a sewage trap can be selectively applied according to the discharge of sewage and sewage.

In order to achieve the above object, the multi-trap sewage receiving device of the present invention is possible by providing a sewage collecting device which can vary the sealing water trap.

To this end, a space for supporting living sewage and sewage is formed on the inner side, and a first inlet 11a through which the living sewage and sewage flows is formed on one side thereof, and is formed on both sides of the first inlet 11a. A second inlet 11b is formed, and is disposed on the same line as the first inlet 11a, a discharge port 13 through which domestic sewage and sewage are discharged, and a pair of inner inlets 11a are located. An order wall 13 is formed, and the order jaw 14 formed on the inner circumferential surface of the second inlet 11b and the seal wall insertion groove 15 are formed at one side of the order wall 13 and the order jaw 14. Being coupled to the inside of the body portion 1 and the body portion 1 and is formed in a downward convex shape, the end of the seal cap (2) is further formed engaging jaw 21 coupled to the seal cap insertion groove (15) ) And a connector (3) coupled to the first inlet (11a) and the second inlet (11b) of the body portion 1, which can bind the external pipe. It said, by combining Bongsu cap 2 and the connector 3 to the body (1) is provided for receiving waste water to implement Bongsu trap.

Here, the coupling jaw end of the seal cap (2) can be inserted into the coupling projection 22 for increasing the coupling force of the body portion 1 and the seal cap (2), and packing for maintaining the watertight force and strengthening the coupling force The packing insertion groove 23 is further formed.

In addition, the upper end portion of the seal cap 2 is further formed with an inclined surface 24 formed to be inclined downward as a portion formed with a convex surface at the end formed with the engaging jaw (21).

In addition, the curved portion 32 of the connector 3 has a curvature of 30 ° to 45 ° so as to be bent smoothly for easy discharge of solids such as sludge introduced into the living sewage and sewage flowing into the connector 3. On one side of) is formed expansion portion 31a or screw portion 31b for coupling the external pipe.

In addition, the first inlet (11a) and the second inlet (11b) of the body portion 1 is further provided with a closing cap (4) having a fastening protrusion 41 is formed, the inlet (first inlet and second inlet) If the external pipes are not bound together, they should be sealed.

By providing such a multi-trap sewage collector, it is possible to achieve the object of the present invention.

By providing the sewage receiving device of the present invention, it is possible to vary the sealing water trap in the interior of the sewage receiving water, the user can be selectively installed in the construction of the inlet required to seal the trap can be applied according to the direction of the inlet, sewage and According to the sewage discharge to provide a sewage receiver that can be selectively applied to the seal trap, it is easy to construction and can save the construction cost.

1 is a perspective view of the present invention multi-trap sewage collector.
2 is a cross-sectional view of the present invention multi-trap sewage collector.
3 is a plan view of the present invention multi-trap sewage collector.
Figure 4 is a front perspective view of the seal cap of the present invention multi-trap sewer.
Figure 5 is a rear perspective view of the cap sealing cap of the present invention multi-trap sewer.
Figure 6 is a side view of the seal cap of the present invention multi-trap sewer.
Figure 7 is a perspective view of the connector of the present invention multi-trap waste water collecting.
Figure 8 is a perspective view of another type of connector of the present invention multi-trap waste water collecting.
Figure 9 is a perspective view of the cap of the present invention multi-trap sewage collector.
10 is a cross-sectional view for explaining the operation of the present invention multi-trap sewer.
11 is an example of the utilization of the present invention multi-trap sewage collector.

Hereinafter, the present invention will be described with reference to the accompanying drawings so that those skilled in the art can easily implement the multi-trap sewage collector.

1 is a perspective view of the present invention multi-trap sewage receiver, Figure 2 is a plan view of the present invention multi-trap sewage receiver, Figure 3 is a cross-sectional view of the present invention multi-trap sewage receiver.

Referring to Figures 1 to 3 in detail, the multi-trap sewage receiver of the present invention to the body portion (1) and the seal cap (2) and the body portion (1) detachable to the inside of the body portion (1) Composed of a connector (3) to be coupled is further provided with a closing cap (4; see Fig. 9) selectively coupled to the inlet (first inlet and second inlet) of the body portion (1).

The body portion 1 forms a space for collecting living sewage and sewage in the inner side, and one side of the side is provided with a first inlet 11a and a second inlet 11b, and the inlet (the first inlet and Discharge port 12 is provided on one side to discharge the living sewage or sewage flowing from the second inlet).

The outlet 12 is a diameter larger than the diameter of the first inlet 11a and the second inlet 11b to discharge the living sewage and sewage flowing from the first inlet 11a and the second inlet 11b. It is formed to maintain.

It is preferable that two to three first inlets 11a and second inlets 11b are formed as described above, and in the present description, three examples will be described.

The first inlet 11a is formed on the same line as the outlet 12, and second inlets 11b are formed at both sides of the first inlet 11a, respectively.

In addition, a pair of order walls 13 are further formed at the first inlet 11a, and a pair of order walls 13 are formed inside the body portion 1 where the first inlet 11a is located. At this time, the order wall 13 is formed to be adjacent to the first inlet 11a, and is formed to extend to the inner diameter of the first inlet 11a.

This is to allow the living sewage and sewage flowing from the first inlet 11a to be led to the outlet 12.

In addition, the one side of the second inlet 11b located inside the body portion 1 is further provided with a lower jaw 14, the lower jaw 14 is the body portion 1 in contact with the second inlet 11b ) Is located on the inner circumferential surface.

In more detail, the order jaw 14 is formed to correspond to the order wall 13 of the second inlet 11b, and the second inlet 11b is formed between the order wall 13 and the order jaw 14. It is formed in the form of being located.

This is intended to be used when the sealing cap 2 is coupled to the body portion 1, and also to allow the living sewage and sewage flowing from the second inlet 11b to be led to the outlet 12.

The order wall 13 configured as described above serves to guide the living sewage and sewage flowing from the first inlet 11a and the second inlet 11b to the outlet 12, and the inlets (the second inlet) are located adjacent to each other. Living sewage and sewage discharged from the first inlet and the second inlet are prevented from flowing back to another inlet (the first inlet and the second inlet).

End portions of the order wall 13 and the order jaw 14 are further formed with a seal cap insertion groove 15, which is intended to be coupled by inserting the seal cap 2.

In more detail, the seal cap insertion groove 15 is formed in the form of a groove extending between the order wall 13 and the order jaw 14, and the end of the order wall 13, the order wall 13, and the order jaw. It is formed in the form extending to the lower end surface and the order projection 14 of the body portion 1 between (14), it is formed so that a part of the seal cap (2) can be interpolated.

By combining the seal cap 2 to the seal cap insertion groove 15 as described above, to be able to complete the seal trap, is formed to facilitate the removal of the seal cap 2 according to the user's choice.

This is to increase or decrease the number of seal traps according to the site situation because the amount of sewage or sewage is different depending on the installation place of the sewage receiver.

In this case, the Bongsu trap serves to prevent backflow of odors by supporting a certain amount of water inside, and prevents backflow of odors generated in toilets where sewage is generated, such as living sewage and inflowing kitchens. Will be.

Figure 4 is a front perspective view of the seal trap of the present invention multi-trap sewage, Figure 5 is a rear perspective view of the seal trap of the present invention multi-trap sewage, Figure 6 is a side view of the rod trap of the present invention multi-trap trap.

4 to 6, the sealing cap 2 coupled to the inner side of the body portion 1 is formed in the downward convex shape, and the coupling jaw 21 is formed at the end of the coupling jaw ( At the end of 21), a coupling protrusion 22 is further formed.

In addition, the packing insertion groove 23 is formed on one side of the coupling jaw 21. The packing insertion groove 23 as described above is provided to increase the watertightness and coupling force, when coupling the seal cap 2 to the seal cap insertion groove 15 of the body portion 1, the coupling jaw 21 is It is to increase the watertight force by making the contact more closely.

The coupling protrusion 22 further formed at the end of the coupling jaw 21 is to increase the coupling force after the seal cap 2 is coupled to the seal cap insertion groove 14 of the body portion 1.

In more detail, after the coupling jaw 21 of the seal cap 2 is inserted into and coupled to the seal cap insertion groove 14, the coupling protrusion 22 formed at the end of the coupling jaw 21 is interpolated and sealed. The cap insertion groove 15 is further in close contact.

As described above, the adhesion may be increased to increase the watertightness, and the function of preventing the sealing cap 2 from being detached from the body portion 1 due to prolonged use.

In addition, the inclined surface 24 of the upper end portion of the seal cap 2 is further formed.

In more detail, the convex surface is formed to be inclined downward from the end at which the engaging jaw 21 is formed.

This is to allow the living sewage and sewage flowing into the inclined surface 24 when the sealing cap 2 is coupled to the body portion 1 to form a rod strap.

In addition, the end portion of the inclined surface 24 of the seal cap 2 is formed to be equal to the height of the inner diameter of the inlet (first inlet and the second inlet) when combined with the body portion 1 to form a seal trap. (See FIG. 10).

This is because a certain amount of domestic sewage and sewage, which are supported in order to prevent backflow of odor at the inlet (first inlet and second inlet), should not remain in the external pipe.

Fig. 7 is a perspective view of the connector of the present invention multi-trap sewer, and Fig. 8 is a perspective view of another type of connector of the present invention multi-trap sewer.

Connector 3 for coupling the body portion 1 and the external pipe (not shown) is in the form of a curved pipe one side is coupled to the inlet (first inlet and second inlet) of the body portion 1, the opposite side is the outside It is formed to be coupled to the pipe.

At this time, the bent portion 32 of the connector 3 is to maintain the curvature (30˚ ~ 45˚) more than the curvature of the elbow (90˚) of ordinary, so that the living sewage and sewage flowing from the external pipe easily (1st inlet and 2nd inlet) to be introduced, and solids such as sludge introduced with domestic sewage and sewage can also be more easily introduced.

The connector 3 formed as described above is coupled to the inlet (first inlet and the second inlet) of the body portion 1, and the opposite side is coupled to the outer pipe of the connector 3 when the opposite side is coupled to the outer pipe. The expansion part 31a which can be bonded using an adhesive such as silver bond or the type in which the threaded part 31b is formed on the outer diameter may be applied, which may be selectively applied in relation to a site situation or a construction problem. will be.

At this time, the curved bent portion 32 of the connector 3 is coupled to face downwards, which is coupled to the body portion 1 after the sealing cap 2 is coupled to the connector 3 to complete the sealing trap It is for.

In more detail, the space in which water can be supported by the inlet (first inlet and the second inlet) of the bent portion 32, the sealing cap 2, and the body portion 1 of the connector 3 This is formed, and the seal is completed because of the space.

In addition, the connector 3 may be formed in a curved pipe to facilitate the change of direction. For example, when the inlet (first inlet and the second inlet) formed in the body portion 1 and the outer pipe are not located in a straight line, the direction of the connector 3 may be forwarded to be combined with the outer pipe.

As such, the sealing cap 2 is formed to be easily attached to and detached from the body portion 1, and the inlet (first inlet and second inlet) is selectively applied according to the site situation in which the sewage receiver is installed to allow the living sewage to flow in. It is possible to implement a sealant trap at the inlet.

In addition, if the amount of generation of domestic sewage is greater than the amount of sewage generated by additionally installing a water seal cap (2) is to further implement a water seal trap.

10 is a cross-sectional view for explaining the operation of the present invention multi-trap sewage collector, Figure 11 is an exemplary view of the utilization of the present invention multi-trap sewage receiver.

10 and 11, the sealing cap 2 of the present invention has a sealing cap 2 at the inner water-repelling wall 13 of the first inlet 11a into which the living sewage generated in the kitchen or the like is introduced. The connector 3 is coupled so that the expansion pipe portion 31a or the screw portion 31b to which the outer pipe of the connector 3 coupled to the body portion 1 is coupled is positioned higher than the first inlet 11a. .

As described above, by combining the seal cap 2 and the connector 3 to the first inlet 11a side of the body portion 1 to form a space to support a certain amount of water on the inside, To complete the trap.

The seal bar as described above can be implemented in the same way to the second inlet (11b), which is another inlet formed in the body portion 1 according to the characteristics of the installation place or the user's choice, which is due to the nature of the installation place If the amount of sewage generated from the kitchen is greater than the amount of sewage generated from the back, it is to complete and install a plurality of seals traps.

In addition, by switching the direction of the connector (3) coupled to the body portion 1, the inlet (first inlet and second inlet) of the outer pipe and the body portion 1 is not located on the same line, or coupled When the height of the point is different, it can be used in various ways.

For example, when the external pipe is different in height from the inlet (first inlet and the second inlet) of the body part 1 due to the nature of the installation place, the height can be adjusted by rotating the connector 3 and the coupling point of the external pipe. If the body portion 1 is spaced apart from the outer diameter of the connector (3) by rotating it can be combined to expand the coupling point.

In addition, a closing cap 4 (see FIG. 9) is further coupled to an inlet (first inlet or second inlet) of the body portion 1 to which the external pipe is not coupled as described above, which includes groundwater or the like. It is to prevent the outflow of domestic sewage and sewage to be supported.

A fastening protrusion 41 is further formed at one side of the closing cap 4 as described above, and the fastening protrusion 41 fastens the closing cap 4 to the body portion 1 so as to facilitate work. In this way, the fastening protrusion 41 is to be formed larger than the outer diameter of the inlet (the first inlet and the second inlet), to facilitate the construction.

1 body portion 2 seal cap
3: connector 11a: first inlet
11b: second inlet 12: outlet
13: Order Wall 14: Order Jaw
15: sealing cap insertion groove 21: coupling jaw
22: engaging protrusion 23: packing insertion groove
24: slope 31a: expansion pipe
31b: thread portion 32: bend portion
4: closing cap 41: protrusion

Claims (8)

In the sewage receiver which can change the sealing water trap,
A space for supporting living sewage and sewage is formed on the inner side, and a first inlet 11a through which the living sewage and sewage flows is formed on one side thereof, and second sides formed on both sides of the first inlet 11a. An inlet port 11b is formed, is disposed on the same line as the first inlet port 11a, and has a discharge port 13 through which domestic sewage and sewage are discharged, and a pair of order walls 13 inside the first inlet port 11a. ) Is formed, the body portion that is formed on the inner jaw surface (14) formed on the inner circumferential surface of the second inlet (11b) and the sealing wall insertion groove 15 is formed on one side of the order wall (13) and the upper jaw (14) (1); and
A seal cap (2) coupled to the inner side of the body portion (1) and formed in a downward convex shape, and further comprising a coupling jaw (21) coupled to the seal cap insertion groove (15) at an end thereof; And
Coupled to the first inlet (11a) and the second inlet (11b) of the body portion 1, consisting of a connector (3) that can bind the external pipe, the sealing cap (2) and the connector (3) Multi-trap sewage receiving, characterized in that coupled to the body portion (1) can implement a seal.
The method of claim 1,
Multi trap sewage receiving, characterized in that the coupling projection 22 is further formed at the end of the coupling jaw (21) of the seal cap (2).
The multi-trap sewage receiving device according to claim 1, wherein a packing insertion groove (23) is further formed on one side of the coupling jaw (21).
According to claim 1, The upper end portion of the seal cap 2 is characterized in that the inclined surface 24 is formed to be inclined downward to the portion formed with a convex surface at the end formed with the engaging jaw 21 is characterized in that it is further formed Multi-trap sewer.
The multi-trap sewage receiving device according to claim 1, wherein the curvature of the bent portion (32) of the connector (3) is 30 to 45 degrees.
The multi-trap sewage receiving device according to claim 1, wherein an expansion pipe portion (31a) or a screw portion (31b) is formed at one side of the connector (3) for coupling an external pipe.
The method according to any one of claims 1 to 6, characterized in that the finishing cap 4 is further provided to be coupled to the first inlet 11a and the second inlet 11b of the body portion (1). Multi-trap sewer.
The multi-trap sewage receiving device according to claim 7, characterized in that a fastening protrusion (41) is further formed on one side of the closing cap (4).

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