KR20030085273A - Functionality Trap Clean-out - Google Patents

Abstract

PURPOSE: A functional trap cap is provided to prevent the counter flow of odor and to remove impurities easily. CONSTITUTION: The functional trap cap comprises: a housing(2) provided with an end projection, a soil inlet and an outlet(22); a disk(3) installed on the end projection formed on the upper end of the housing(2); a fixed plate(4) installed on the disk(3) and provided with a screw hole coupled with a fixing bolt; an inner tub member(5) provided with a screw unit and a head unit(51) to be suspended on a perforation hole(41); a finishing bolt(6) provided with screws to couple with the screw part of the head unit(51) and a hinge hole; a rotary member(6a) provided with a rotary plate, a hinge shaft and a vertical plate; a tube member(3a) fitted to the inner tub member(5) to prevent odor; a movable plate(4a) coupled to the lower end of the inner tub member(5) to pressurize the tube member(3a); a floating member(9) provided with a buoy member(92) installed on the end of a rod(91); a filter member(8) composed of a filter unit(81) which filters impurities of waste water flew in the housing(2), an extension unit(82), a cylindrical unit(83) and a guide bar(85) provided with a stopper(84); and a cleaning net member(7) composed of a mesh-shaped cylindrical net(71), a cylindrical pipe(72) for guide and a buoyancy member(73).

Description

Functional Trap Clean-out

The present invention relates to a functional trap material sphere, and in particular, the rod connected to the float by the sewage is discarded by using the buoyancy buoyancy of the rod, as well as switching the lever to easily distinguish the blockage of the pipe, and the foreign matter caught in the filter net It relates to a functional trap material sphere that can be easily removed.

In general, the drain trap is installed in the drain pipe installed at the bottom of the building, and the drain drain of the bathtub, the drain of the wash basin, the drain of the toilet floor and the sink of the sink are connected to each other so that the sewage is drained by a single drain pipe. The basin of the wash basin and toilet that is generated and thrown into the sewer is mainly equipped with a drain trap that filters foreign substances contained in the sewage and prevents odors caused by backflow. Exceptionally, the drainage trap of the wash basin is exposed to the material is available, but the general public is not easy to its material.

The drainage trap installed in the tub, wash basin, and the bottom of the toilet and sink having the sewer uses a separate product for each use (installation location), and the drainage trap has only a large amount of foreign matter contained in the sewage. There is no filtration device in the drainage pipes installed in the bathtub, wash basin and toilet floor and sink. The cleaning steel wire is pushed into the drain pipe to simultaneously check where the drain pipe is blocked and the material of the drain pipe.

If the drain trap is installed in a single house, it is buried in the ground and can be cleaned with the intention of the building owner.However, in the case of multi-family apartments, the ceiling of the upper floor is buried in the floor. You have to ask for understanding and work on the people downstairs.

The present invention is to prevent the backflow of the conventional odor and to remove the foreign matter so that the foreign matter passing through the drain trap installed at the end of each drain pipe is filtered out without passing through the drain pipe as it is and the clogging due to the foreign matter easily The present invention provides a functional trap material tool that can be easily read and removed.

1 is a perspective view of the present invention

2 is an exploded perspective view of the present invention

3 is a cross-sectional view of the present invention

Figure 4 is a perspective view showing the structure of a rotating member which is the main part of the present invention

5A is an enlarged view of portion A of FIG. 3, and FIG. 5B is an enlarged cross-sectional view of portion B. FIG.

Figure 6 is a cross-sectional view showing a state before use of the present invention

Figure 7 is a cross-sectional view showing a state after use of the present invention

* Explanation of symbols used in the main part of the drawing *

1: material sphere 2: housing

5; Inner cylinder member 6: Finishing bolt

7: rotating member 9: floating member

20: discharge stage 21: sewage inlet

43,43a: Protruding pin 50: Body

51: head 61: mounting groove

63a: vertical plate 6a: rotating member

92: support member 93: flow preventing plate

An object of the present invention is a housing formed with a stepped end formed in the upper end of the housing and the discharge end having a discharge port formed opposite to the other side and the sewage inlet and the other side while the inner side is penetrated; A fixing plate having a screw hole installed at an upper portion of the disc and having a fixing bolt coupled to an outer portion of the center through hole, and a screw portion formed at a lower outer circumferential surface of the body penetrating the through hole, and having a head caught in the upper through hole. An inner cylinder member which forms a portion and forms a screw portion inside the head portion, a screw is formed on the outer circumferential surface to be coupled to the screw portion of the head portion, and a closing bolt having a hinge hole formed in a lower installation groove, and rotatable in a hinge hole of the installation groove. Vertical plates formed vertically integrally with hinge shafts installed on both sides of the rotating plate marked with the word Good. There is a rotating member marked with a bad phrase, a tube member inserted into the inner cylinder to prevent odor, a moving plate coupled to the lower end of the inner cylinder member to press the tube member in accordance with the rotation direction of the inner cylinder member, and A float member is installed at the end, a flow preventing plate is installed at a predetermined portion of the rod, and a float member installed so that the other end of the rod is in contact with the lower surface of the rotating member, and a filtration part for filtering foreign substances of sewage introduced into the housing through the inlet. An extension part is formed integrally upward, and a filtration member and a guide rod having a stopper are provided at an end of the filtration member, and a filtration member having a pullout rod having a pullout handle connected to the filtration member; The guide reinforcing rod is provided with a guide cylindrical tube fitted to the guide rod inside the penetrated mesh network. Information is installed and the lower part is achieved by the functional material trapped sphere, it characterized in that the buoyancy member made of a net cleaning member are formed integrally.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the illustrated drawings. 1 is a perspective view of the present invention, Figure 2 is an exploded perspective view of the present invention, Figure 3 is a cross-sectional view of the present invention, according to the present invention, the functional trap material sphere 1 of the present invention through the inside of the stepped upper step A disc formed at the upper end of the housing 2 having a discharge end 20 having a discharge end 22 formed opposite to the other side of the sewage inlet 21 and the other side of the lower inlet, and preventing leakage of water; 3) is installed.

In the upper portion of the disc 3, a fixing plate 4 having a screw hole to which a fixing bolt is coupled to an outer portion of the center through hole 41 is installed.

The outer peripheral surface of the lower end of the body 50 penetrating the through hole 41 is formed with a screw portion, the upper end is formed with a head portion 51 to be caught by the through hole 41, the screw portion inside the head portion 51 An inner cylinder member 5 is formed.

A screw is formed on the outer circumferential surface to be coupled to the threaded portion of the head 51 and the finishing bolt 6 having the hinge hole 62 formed in the lower installation groove 61 is as shown in FIGS. On both sides of the rotating plate 61a marked with the word “good” to be rotatable in the hinge hole 62 of the installation groove 61, the hinge shaft 62a is fitted into the vertical plate 63a. Rotating member 6a marked with a bad text is installed.

On the other hand, a rubber tube member 3a is fitted to the inner cylinder member 5 to prevent odor, and the movable plate 4a to press the tube member along the rotational direction of the inner cylinder member to the lower end of the inner cylinder member 5. This combination is installed.

At least a plurality of protruding pins 43 and 43a are formed to protrude from the lower portion of the fixed plate 4 and the upper portion of the movable plate 4a, respectively, and the sub-member 92 is installed at the end of the rod 91. In the predetermined portion, the flow preventing plate 93 is installed below the body 50 of the inner cylinder member, and the other end is provided with a floating member 9 so as to be close to the rotating member 7. On the other hand, it is preferable to install the upper and lower stopper plates (93a, 93b) on the upper and lower sides of the flow preventing plate (93) provided on the rod (91) of the knitting member (9) to be spaced apart by a predetermined interval.

As shown in FIG. 5B, the lower portion of the housing 2 extends integrally upwardly with a filtration part 81 for filtering foreign substances of filthy water introduced into the housing 2 through the inlet 21. A guide rod 85 having a stopper 84 formed at the end of the filter unit 81 and the extension unit 82, and a withdrawal knob 86 is provided at the filter unit 81. The filtration member 8 is connected to the withdrawal rod 88 is installed.

In the extension portion 82, a guide cylindrical tube 72 fitted into the guide rod 85 is fixed to the inside of the cylindrical mesh 71 through which the inner side is penetrated by a guide reinforcement and a buoyancy member (below). 73 is a structure in which the sweeping net member 7 is integrally formed.

On the other hand, it is preferable to form a cylindrical portion 83 having a shape formed by rolling a plate between the filtering portion 81 and the extension portion 82 of the filtering member (8). The reason for this is to prevent this because the material mesh member is not floated when the foreign material is caught in the net by the buoyancy extension member 82 is buoyant buoyancy member (7).

In addition, it is preferable to form a vent pipe 20a in the discharge end 20 of the housing 2 to discharge air. The reason is to more easily discharge the wastewater discharged to the discharge port 22.

The action and effect of the present invention the functional trap material sphere having the structure as described above is shown in Figure 6 to 7 when the sewage is introduced into the housing 2 through the inlet 21 through the filtration member ( The filtered water filtered through the foreign matter 8) is discharged through the discharge port 22 of the discharge end 20 formed integrally with the housing (2). In this case, since the air inside the housing is discharged by the vent hole 20a provided in the discharge end 20, the filtered sewage can be easily discharged through the discharge port 22, and the liquid is introduced into the housing 2. When the amount of sewage is large or foreign matter is attached to the filtration unit 81, the material network member 7 is lifted upward by the buoyancy member 73.

In more detail, if the amount of discharged through the outlet 22 is greater than or equal to the amount of filthy water introduced, the cleaning network member 7 does not flow. However, as shown in FIG. 6, when the amount of introduced sewage is greater than the amount of discharged sewage, the sewage is gradually filled into the housing 2 having a limited volume while the level of the sewage is increased. 73) will be lifted.

Although said mesh-shaped cylindrical network 71 is said to have an effect of being raised along the extension portion 82, this is a guide cylindrical tube provided with a guide rod 85 provided on the inside of the extension portion 82 is fixed by the guide reinforcement It goes up and down along (72). At this time, the moving distance of the sweeping net member 7 is a distance (length) from the sweeping net member 7 to the stopper 84 formed at the end of the guide rod 85 protruding from the sweeping net member 7.

The role of the stopper 84 is to prevent the sewage net member 7 floated by the buoyancy to be introduced into the sewage, so that the stopper 84 is completely separated from the extension portion 82 of the filtration member (8).

On the other hand, the foreign matter contained in the sewage is filtered by the filtering member 8 installed inside the lower portion of the housing 2 to accumulate foreign matter in the filtration unit 81 is introduced into the housing 2 when the flow of sewage is not good The sewage water level is increased to raise the sewage member 92.

In other words, the material network member 7 whose lift movement is limited by the stopper 84 is no longer moved, so the level of the sewage that rises raises the float member 92, as in the float member 92. The rod 91 is moved upwardly through the flow preventing plate 93.

At this time, the length is raised by the upper and lower stopper plate (93a, 93b) fixed to the rod 91 while being located on the upper and lower sides of the flow preventing plate 93, the position of the float member 92 and the rod 91 Stays constant. This is because the flow preventing plate 93 is vertically moved while the rod 91 penetrates the flow preventing plate 93, which is inserted into the body 50 of the inner cylinder member 5 and fixedly installed.

On the other hand, the rod 91 installed to approach the lower surface of the rotating member 6a is raised to press the one side of the rotating plate (61a) of the rotating member (6a). Then, the number of the defects is marked while the rotating plate 61a marked with the phrase good is rotated by the hinge shaft 62a etched in the hinge hole 62 formed in the installation groove 61 of the finishing bolt 6. The direct plate 63a becomes horizontal, and the defective phrase marked on the vertical plate 63a can be seen from above. That is, through the closing bolt (6) made of a transparent material will inform that there are many foreign substances in the trap.

On the other hand, when odor is generated by the sewage introduced into the housing through the inlet 21, when the head 51 of the inner cylinder member 5 is rotated, the moving plate 4a screwed to the lower end of the body 50 As the) is moved upward, the tube member 3a is pressed.

The pressurized tube member 3a is in close contact with the housing 2 while being expanded to prevent odors from leaking. However, as described above, when a large amount of foreign matter is accumulated in the filtration member 8, and the flow of sewage is not easy, when the fixing plate 4 installed on the housing 2 is removed, the inner cylinder member 5 fixed to the fixing plate 4 is removed. The upper plate of the housing 2 is opened by removing the closing plate 6, the rotating member 6a, and the tube member 3a of the movable plate 4a at a time. Take out the filtering member 8 and the material network member 7 to the outside of the housing 2 by using) to remove the foreign matter adhering to the surface and then combine again in the reverse order of decomposition to maintain the initial state.

On the other hand, when the tube member 3a is not detached during disassembly, the head 51 is rotated so that the protruding pins 43 and 43a formed on the fixed plate 4 and the movable plate 4a are embedded in the tube member 3a. The tube member 3a can be drawn out more effectively, and it is essentially to maximize the fixing force for fixing the tube member 3a not to flow.

The present invention, which is configured and used as described above, has a function of preventing backflow of odors of a conventional drain trap and preventing foreign substances from exiting through the drain pipe and preventing the flow of drainage by foreign substances at the same time, and at the end of the connecting portion of the pipe. It is formed in the simple, cost-saving construction, it is effective to know the timing of the easy to read and clean the clogging in the pipe due to the filtered foreign matter.

Claims (5)

A housing having a stepped portion formed at an upper end thereof and having a discharge end provided at an lower portion thereof with an outlet opening facing the other side thereof while passing through the inner side thereof: A disc installed on a step formed on an upper end of the housing; A fixing plate installed at an upper portion of the disc and having a screw hole to which the fixing bolt is coupled to an outer portion of the through hole at the center thereof: An inner cylinder member having a screw portion formed at a lower outer circumferential surface of the body passing through the through hole, a head portion formed at a top thereof to be caught by a through hole, and a screw portion formed at an inner side of the head portion; A closing bolt having a screw formed on an outer circumferential surface to be coupled to the screw part of the head, and a hinge hole formed in a lower installation groove; Hinge members are installed on both sides of the rotating plate marked with the word “good” so as to be rotatable in the hinge hole of the installation groove, and a vertical plate integrally formed with the rotating member marked with a bad word; Tube member installed in the inner cylinder to prevent odor: A moving plate coupled to a lower end of the inner cylinder member to pressurize the tube member according to a rotational direction of the inner cylinder member; A float member is installed at the end of the rod, and a flow preventing plate is installed at an inner side of the inner cylinder at a predetermined portion of the rod, and the other end is provided with a float member installed to contact the bottom surface of the rotating member; The extension part is integrally formed to be upwardly integrated with the filtration part for filtering the foreign substances of filthy water introduced into the housing through the inlet port, and a guide rod having a stopper is installed at the end of the filtration member and the extension part, and the withdrawal handle is provided at the filtration member. A filtering member connected to the drawing rod; The inner side of the cylindrical mesh of the penetrating the inner part to be fitted to the extension portion of the guide cylindrical tube fitted to the guide rod is fixed by the guide reinforcement bar, characterized in that the lower portion consists of a small mesh member formed integrally buoyancy member Functional trap material sphere. The functional trap material sphere according to claim 1, wherein at least a plurality of pins protrude from a lower portion of the fixed plate and an upper portion of the movable plate. The functional trap material sphere according to claim 1, further comprising a cylindrical portion formed by rolling a plate between the filtration portion and the extension portion of the filtration member. The functional trap material sphere according to claim 1, wherein a vent pipe is formed at a discharge end of the housing to discharge gas and air. The functional trap material sphere according to claim 1, further comprising upper and lower stopper plates fixed to the rods at predetermined intervals on upper and lower sides of the flow preventing plate installed on the rod of the float member.