KR101986158B1 - Apparatus for supporting joint part of sink outlet - Google Patents

Abstract

The present invention relates to an apparatus for supporting a connection part of a sink drain and, more specifically, to an apparatus for supporting a connection part of a sink drain which supports a part connected to a drain of a sink on a lower portion of the sink during work for connecting the part to the drain of the sink to facilitate sink drain connection work. According to the present invention, the apparatus for supporting a connection part of a sink drain is to support a coupling means connected to a drain of a sink during work for connecting the coupling means to the drain of the sink. The coupling means includes: a coupling sleeve having a tubular coupling unit inserted into the drain of the sink in a downward direction, and a stopping flange formed on an upper end of the coupling to unit to protrude laterally and stopped on an edge of the drain of the sink; and a coupling flange wherein a lower end of the coupling unit of the coupling sleeve is inserted into a coupling hole at the center thereof to be coupled to the coupling unit of the coupling sleeve. The apparatus comprises: a stopping part stopped on the edge of the drain of the sink; a connection part wherein an upper end thereof is connected to the stopping part and inserted into the drain of the sink to expose a lower end thereof underneath the sink; and a supporting part coupled to a lower end of the connection part to support the coupling flange.

Description

[0001] APPARATUS FOR SUPPORTING JOINT PART OF SINK OUTLET [0002]

The present invention relates to a sink drain hole connecting part supporting device, and more particularly, to a sink drain hole connecting part supporting a sink drain hole connecting part by supporting a part connected to a drain sink of a sink from a lower part of the sink, Supporting device.

Generally, a large amount of food waste is discharged from households or restaurants, and such food waste is buried or incinerated by putting in a bag or the like. In some waste landfills, effective treatment of food waste such as prohibiting the taking of wet food waste The plan has become a big part of the environmental policy.

In particular, at home, when the user wants to throw away food waste, it is troublesome to remove the water and it is troublesome to maintain a clean environment because the odor or germ occurring at this time causes an unsanitary environment.

In addition, as a method of disposing of food garbage, separate households and restaurants are separated and collected, but it is difficult to handle and it is difficult to dispose of food garbage. There is a problem such as being serious.

However, in general, food waste collected at home can be recycled only by reducing the volume by removing moisture and crushing it to be used as feed or compost, and it takes a lot of manpower and cost to remove grinding and moisture.

In order to solve the above problems, Korean Utility Model No. 20-0456873 (food waste disposal apparatus for sinks), Korean Registered Patent No. 10-1217227 (food pulverization treatment reduction), Korea Registered Utility Model No. 20-0241647 Recently, there has been a problem in that a grinder is connected to a drain of a sink, and a food waste discharged from the drain of a sink is discharged to the outside of the sink, Is directly pulverized and discharged together with water through a drain pipe, thereby easily treating food waste.

However, since the foodstuffs for crushing the above-mentioned foodstuffs are crushed and discharged immediately after the foodstuffs discharged from the sink, even the crushed and pulverized crushed material is discharged directly to the sewage so that not only the drain pipe and the sewage pipe are clogged, There is still a problem that the environment is polluted such as being discharged and decayed.

Recognizing such a problem, Korean Utility Model Registration No. 20-0365001 (food waste disposal unit) and Korean Patent Laid-Open No. 10-1999-0007535 (food waste disposal unit) are equipped with a strainer and are pulverized And filtering the food pulverized material to discharge it.

However, in order to connect the grinding apparatus or the filtration apparatus to the sink drain hole as described above, a ring member for the flange or the seal must be assembled to the sink drain hole. It is very inconvenient to perform these operations in the lower part of the sink where the space is relatively narrow .

Registered Utility Model No. 20-0456873 of Korea Registered as: Garbage disposal device for food waste for sink Korean Registered Patent No. 10-1217227: Reduction of food pulverization treatment Registered Utility Model No. 20-0241647 in Korea Registered as: Garbage crushing and dewatering device for kitchen sink Registered Utility Model No. 20-0469627 of Korea Registered as: Garbage crushing safety device for food waste for sink Registered Utility Model No. 20-0365001 of Korea Registered as Food Waste Processor Korean Patent Publication No. 10-1999-0007535: Food Waste Disposal Device

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems, and it is an object of the present invention to provide a sink drain hole for facilitating connection of a sink drain hole by supporting a part connected to a drain sink at a bottom of a sink, And a connecting part supporting device.

In order to accomplish the above object, the present invention provides a device for supporting a sink discharging port connecting part for supporting a connecting means connected to a discharging port of a sink during an operation for connecting the discharging port of the sink to a drain port of the sink, The coupling means includes a coupling sleeve in which a coupling portion of a tubular shape is inserted into a drain hole of a sink in a top-down direction and a coupling flange protruding laterally from an upper end of the coupling portion is engaged with a drain hole edge of the sink, A coupling flange to which a lower end of a coupling part of the coupling sleeve is inserted to be coupled to a coupling part of the coupling sleeve, and a coupling part for coupling the upper end of the coupling part to the coupling part, Is exposed to the bottom of the sink It is coupled to the lower end of the connector and the connector is characterized in that that contains a support tool which supports the coupling flange.

In addition, the apparatus for supporting a sink discharge connector according to the present invention may further include a centering fitting provided at a lower portion of the catch so as to fit into an upper opening of the drain hole.

In addition, the supporting device of the present invention is characterized in that the support has a support bar protruding upward from an edge of the support.

Further, in the sink discharge port connection part supporting device according to the present invention, the coupling means may further include a ring-shaped member inserted into a gap between the outer surface of the lower end of the coupling sleeve and the inner surface of the engagement hole of the engagement flange, Further comprising an insertion port whose edge is protruded upward so as to be inserted into a gap between the outer surface of the lower end of the coupling sleeve and the inner surface of the engagement hole of the engagement flange, The insertion portion of the insertion port is inserted into a gap between the outer surface of the lower end of the coupling sleeve and the inner surface of the engagement hole of the engagement flange in the state that the ring shaped member is engaged with the outer surface of the lower end portion of the engagement sleeve and the engagement hole And is inserted into a gap between the side surfaces.

Also, in the apparatus for supporting a sink drain connector, the connector may be formed as a rod having a long length, and the insertion hole may have a connector insertion slot cut from a side to a center position.

According to the above-described structure, the apparatus for supporting the connection part of the sink discharge port according to the present invention has an advantage of facilitating the operation of connecting the sink discharge port by supporting the parts connected to the discharge port of the sink at the bottom of the sink during the operation of connecting them to the discharge port of the sink.

FIG. 1 is a perspective view illustrating a sink separating apparatus connecting apparatus connected to a sink discharging port by a sink discharging port connecting part supporting apparatus according to an embodiment of the present invention and a grinder connected to the sink discharging port connecting apparatus.
FIGS. 2 to 4 are perspective views illustrating a connection device of a sink drain connector connected to a sink drain by means of a sink drain connector connecting part supporting device according to an embodiment of the present invention. FIG.
FIG. 5 is an exploded perspective view illustrating a sink drain connector connected to a sink drain by a sink drain connector connecting part supporting device according to an embodiment of the present invention. FIG.
FIG. 6 is a cross-sectional view showing a state where a sink separating port connecting device connected to a sink discharging port is connected to a sink discharging port by a sink discharging port connecting part supporting device according to an embodiment of the present invention
FIG. 7 is a cross-sectional view of an apparatus for connecting a sink drain connector connected to a sink drain in accordance with an embodiment of the present invention; FIG.
FIG. 8 is an exploded perspective view illustrating a sink discharging port connecting part supporting apparatus according to an embodiment of the present invention.
FIG. 9 is an exploded perspective view illustrating a state in which a sink discharging port connecting part supporting apparatus according to an embodiment of the present invention is arranged. FIG.
10 is a cross-sectional view illustrating a state in which a sink discharging port connecting part supporting apparatus according to an embodiment of the present invention is arranged
11 is a cross-sectional view showing a state in which a sink drain connector connecting device part is supported by a sink drain connector connecting part supporting device according to an embodiment of the present invention
12 is a perspective view showing a state where the food pulverizing water filter is connected to the pulverizer;
13 is a perspective view showing a state in which the food pulverizing water filter and the pulverizer are separated from each other
14 is an exploded perspective view showing the food pulverized water filter,
15 is a sectional view showing the food pulverizer filter
Fig. 16 is a cross-sectional view of the food pulverizing filter shown in Fig.
17 is a perspective view showing the housing body of the food pulverizer filter;
18 is a perspective view showing a filtration vessel of a food pulverizing filter;
19 is a perspective view showing a fastener of the food pulverizing filter;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an apparatus for supporting a sink discharging port connecting part according to an embodiment of the present invention will be described in detail with reference to the embodiments shown in the drawings.

FIG. 1 is a perspective view illustrating a sink separating apparatus connected to a sink discharging port by a sink discharging port connecting part supporting apparatus according to an embodiment of the present invention and a grinding apparatus connected to the sink discharging port connecting apparatus. FIG. 2 through FIG. FIG. 5 is a perspective view illustrating a sink discharge port connection device connected to a sink discharge port by a sink discharge port connection part supporting device according to an embodiment of the present invention. FIG. 5 is a perspective view of a sink discharge port connection device, FIG. 6 is a cross-sectional view illustrating a sink discharge port connection device connected to a sink discharge port by a sink discharge port connection part support device according to an embodiment of the present invention, connected to a sink discharge port, and FIG. Figure 7 is a cross-sectional view of a sink support FIG. 8 is an exploded perspective view showing a sink drain connector connecting part supporting device according to an embodiment of the present invention, and FIG. 9 is an exploded perspective view of the sink drain connector connecting device connected to the sink drain hole by the teeth. 10 is an exploded perspective view illustrating a state in which a sink discharging port connecting part supporting apparatus according to an embodiment of the present invention is arranged. FIG. 11 is a cross-sectional view illustrating a state in which a sink drain connector connecting device part is supported by a sink drain connector connecting part supporting device according to an embodiment of the present invention, FIG. 12 is a view showing a state where a food ground water strainer is connected to a grinder 13 is a perspective view showing a state in which the food pulverizing water filter and the pulverizer are spliced together, and Fig. 14 is a perspective view Fig. 15 is a cross-sectional view showing the food pulverizing filter, Fig. 16 is a cut-away view showing the food pulverizing filter, and Fig. 17 is a sectional view of the housing body of the food pulverizing filter 18 is a perspective view showing a filtering container of the food crushing water filter, and FIG. 19 is a perspective view showing the fastener of the food crushing water filter.

The apparatus for supporting the connection part 40 of the sink discharge port according to an embodiment of the present invention is configured to support the operation of connecting the sink discharge port connection device 10 to which the grinder 20 is connected to the sink discharge port So to be.

Accordingly, the sink unit drain connection apparatus 10 supported by the sink unit drain connection unit support apparatus 10 according to an embodiment of the present invention will be described first.

The sink drain connection apparatus 10 includes an additional device (such as a crusher) such as a crusher 10 for treating exhaust discharged to the sink outlet So and a food crushing filter 30 connected thereto, (Crusher or the like) is connected to the sink so that the entrance of the additional device (crusher or the like) is connected to the drain (So) of the sink.

Normally, the lower space of the sink is closed with a partition on the front, rear, left and right sides, and facilities such as piping are made inside, which is narrow and complicated. When an additional device such as a crusher 20 or a food crushing filter 30, which is relatively bulky and requires high-level operation such as connection, is installed in the lower space of the sink, an additional device (such as a crusher) An interference problem such as a hanging of piping occurs.

The sink drain connection apparatus 10 solves the problem of interference generated when the additional apparatus is connected to the sink drain (So), and easily connects the additional apparatus such as the crusher (20) to the sink drain 1 to 7 show a state in which a sink drain connector connecting device 10 is connected to a sink drain (So) and its construction.

Referring to FIGS. 1 to 7, the sink drain connection apparatus 10 includes an eccentric connection pipe 11 and a coupling means 12. When the additional apparatus is installed, The sink outlet port connection device 10 is connected to the upper inlet of the eccentric connection pipe 11 connected to the sink outlet port So and the eccentric connection port 20 to which the additional device 20 such as the crusher is connected, And the position of the lower outlet of the pipe 11 is not located on the vertical line but is located at a position shifted from each other when viewed in a plan view. The eccentric connection pipe 11 formed at a position (eccentric position) where the upper inlet and the lower inlet are shifted from each other is rotated in the proper direction as described above, so that when the additional device such as the crusher 20 is connected, Or to be installed inside the lower space of the sink so as not to touch the existing piping or the like.

The eccentric connection pipe 11 has a structure in which the upper inlet and the lower outlet are located at positions shifted from each other, that is, at an eccentric position, and connected to the body portion 111 of the tubular shape so that the upper inlet and the lower outlet communicate with each other. Since the upper and lower outlets are offset from each other, the body part 111 has a shape connecting the upper and lower outlets in an oblique direction. Each of the upper inlet and the lower outlet has a flange-shaped upper connection part 112 and a lower connection part 113 formed with bolt holes for insertion of bolts for coupling along the perimeter. The upper connection part 112 is connected to the drain port So formed in the bottom of the sink S by the coupling means 12 while being coupled to the coupling flange 122 of the coupling means 12, ) Is connected to the inlet of the additional device. The crusher 20 is connected to the lower connection part 113 and connected to the lower part 113 of the crusher 20 for connection of the crusher 20, A hook fastening flange 113a is fastened to fasten the fastening hook 21a provided on the hook fastening flange 113a.

Since the eccentric connection pipe 11 is located at a position where the upper inlet and the lower outlet are displaced from each other, the weight W of the pulverizer 20 and the food pulverizer filter 30 connected thereto, The lower outlet side of the pipe 11 is subjected to a downward moment M so that a large load is applied to the upper inlet of the eccentric connection pipe 11 connected to the sink outlet So. 6 schematically shows a state in which the lower exit side of the eccentric connection pipe 11 is engaged with the eccentric connection pipe 11 with a moment M lowered downward. In order to offset the moment M applied to the eccentric connection pipe 11 as described above, the eccentricity compensating means for canceling the moment M applied to the eccentric connecting tube 11 at a position opposite to the lower outlet side, And a supporting means is provided. Referring to the drawings, the eccentricity compensation support means for canceling the moment M applied to the eccentric connection pipe 11 is constituted by an eccentricity compensation support portion 114 and an eccentricity compensation bolt 115. The eccentric compensation support portion 114 is formed to extend in a direction opposite to a side of the eccentric connection pipe 11 where the lower outlet is. The length of the eccentric compensation support portion 114 is formed to have a length capable of forming an opposite moment to the extent that the moment M can be canceled in consideration of the magnitude of the moment M applied to the eccentric connection pipe 111 . The eccentricity compensation bolt 115 extends upward from the distal end of the eccentric compensation support portion 114 and is supported by being in contact with the bottom surface of the bottom S of the sink. Referring to the drawing, the eccentricity compensation bolt 115 is coupled to a nut hole formed in a distal end portion of the eccentric compensation support portion 114, and is vertically elevated while being vertically elevated, And the weight W of the pulverizer 20 and the food pulverizer filter 30 while being supported by the bottom surface of the eccentric connector 11 so that the moment in the direction opposite to the moment M applied to the eccentric connector 11 is defined as the eccentricity The moment applied to the connection pipe 11 is canceled to reduce the load generated at the connection portion between the eccentric connection pipe 11 and the sink discharge port So due to the moment.

The coupling means 12 is configured to connect the upper inlet of the eccentric connection pipe 11 located at the lower portion of the sink to the sink drain S. Referring to the drawings, the coupling means 12 includes a coupling sleeve 121, a coupling flange 122, a snap ring 123, an O-ring 124, a press bolt 125, a fastening bolt 126, (127).

The coupling sleeve 121 is inserted from above the sink drain So and is not pulled down but is hooked on the sink drain S. The coupling flange 122 and the pressing bolt 125 together with the coupling means 12 Is coupled to the sink outlet (So).

Referring to the drawing, the coupling sleeve 121 is provided with a coupling portion 121b formed in a tubular shape having a diameter large enough to be inserted into the sink drain S. The coupling portion 121b A catching flange 121a is formed on the upper portion of the sink drain hole So. The coupling portion 121b is inserted in the downward direction of the sink outlet S so as to pass through the sink outlet S so that the lower end of the coupling portion 121b is exposed to the bottom of the sink base S. The coupling flange 121a of the coupling sleeve 121 is hooked on the edge of the sink drain S. The waterproof structure of the coupling drain 121 is formed between the bottom face of the coupling flange 121a and the upper face of the edge of the sink drain & Sealing gasket 121d is interposed.

Meanwhile, the coupling flange 122 is coupled to the coupling portion 121b of the coupling sleeve 121. The engagement portion 121b and the engagement flange 122 are coupled by the snap ring 123. The snap ring 123 is seated on the lower end of the engagement portion 121b of the engagement sleeve 121, An engaging groove 121c concaved from the outside to the inside is formed in an annular shape around the lower end of the engaging portion 121b.

The coupling flange 122 provides a structure in which the coupling means 12 is fixed to the sink drain So in conjunction with the coupling sleeve 121 and the pressing bolt 125. In addition, The upper connecting portion 112 of the upper case 110 is connected.

Referring to the drawing, the coupling flange 122 is formed with a coupling hole 122a at the center, and a hole 122c for fastening bolts for fastening and a hole 122d for fastening bolts are formed around the coupling hole 122a As shown in Fig. The lower end of the coupling portion 121b of the coupling sleeve 121 is inserted into the coupling hole 122a of the coupling flange 122 and coupled to the lower end of the coupling portion 121b of the coupling sleeve 121. [

As described above, the coupling portion 121b and the coupling flange 122 are coupled by the snap ring 123. The snap ring 123 is inserted into the coupling hole 122a of the coupling flange 122, The engaging portion 122b is formed. The engaging portion 122b of the engaging flange 122 is formed in a stepped shape for catching the snap ring 123 that is seated in the engaging groove 121c of the engaging slit portion 121. [ Referring to the drawing, the engaging portion 122b of the engaging flange 122 is formed to have an upper and a lower stepped shape by forming the upper portion of the engaging hole 122a with a smaller diameter and a lower diameter larger.

The engaging flange 122 is seated in the engaging groove 121c of the engaging slit 121 in a state where the engaging portion 121b of the engaging sleeve 121 is inserted into the engaging hole 122a, The engaging portion 121b of the engaging sleeve 121 is engaged with the engaging portion 122b of the engaging flange 122 without being pulled down from the engaging portion 121b of the engaging sleeve 121 by the action of the pressing bolt 125, A tightening force is formed between the engaging groove 121c on which the engaging groove 123 is seated and the engaging portion 122b on which the retaining ring 123 is engaged so that the engaging flange 122 and the engaging sleeve 121 are firmly engaged with each other.

The upper connecting part 122 of the eccentric connecting tube 11 is coupled to the coupling flange 122 coupled to the coupling part 121b of the coupling sleeve 121 by the fastening bolt 126, (11) is connected to the sink bottom (S) by the coupling means (12) in succession to the sink drain (So).

The snap ring 123 is engaged between the engaging groove 121c of the engaging sleeve 121 and the engaging portion 122b of the engaging flange 122 so that the engaging portion 121b of the engaging sleeve 121 And is formed in a ring shape by a material which provides a sufficient rigidity like a metal in a structure for coupling the coupling flange 122 to the coupling portion 121b without detaching it. The snap ring 123 is seated in the engaging groove 121c of the engaging sleeve 121 and the engaging flange 122 is engaged with the engaging hole 122a of the engaging sleeve 121, The engaging portion 122b of the engaging flange 122 is engaged with the engaging sleeve 121 while the engaging portion 121b is inserted.

The O-ring 124 is interposed in a gap between the outer surface of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122, Is positioned on the snap ring 123 and interposed between the outer surface of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122. [

The pressing bolt 125 is fastened to the pressing bolt fastening hole 122c of the coupling flange 122 and is raised to the upper portion of the coupling flange 122 so that the upper end presses the bottom surface of the sole bottom S, And applies a downward pressing reaction force to the engagement flange 122. [ That is, the pressing bolt 125 is engaged with the engaging portion 122b of the engaging flange 122 by engaging the snap ring 123 so that the engaging portion 121b of the engaging sleeve 121 does not come off from the engaging portion 121b of the engaging sleeve 121 A tightening force is formed between the engaging groove 121c on which the retaining ring 123 is seated and the retaining portion 122b on which the retaining ring 123 is engaged by pressing the engaging flange 122 inserted in the retaining groove 122b downward .

The pressing bolt 125 is screwed into a bolt fastening hole 122c formed in the coupling flange 122 so that the upper end of the pressing bolt 125 is raised above the coupling flange 122, So that the coupling flange 122 is pressed downward by the reaction force received from the bottom S of the sink. When the downward pressing force is applied to the engagement flange 122 by the upward movement of the pressing bolt 125, the engagement flange 122 is engaged with the engagement portion 121b of the engagement sleeve 121 The engaging portion 122b of the engaging flange 122 is engaged with the snap ring 123 so that the engaging groove 121c on which the snap ring 123 is seated and the engaging portion 121c on which the snap ring 123 is engaged 122b. ≪ / RTI > When the downward force is applied to the engagement flange 122 by the upward movement of the pressing bolt 125, the engagement sleeve 121 coupled with the engagement flange 122 by the action of the snap ring 123 And as a result, the engagement flange 121a of the coupling sleeve 121 exerts pressure on the edge of the sink drain S so that watertightness of the gap through which the sealing gasket 121d is interposed is achieved. The engagement flange 121a of the coupling sleeve 121 is brought into close contact with the bottom S of the sink by the upward movement of the pressing bolt 125, And is firmly fixed to the bottom (S) of the sink by the action of the press bolt (125).

The fastening bolt 126 is configured to engage the upper connecting portion 112 of the eccentric connecting tube 11 with the fitting flange 122 of the fastening means 12 firmly fixed to the bottom of the drain hole S . The fastening bolt 126 is inserted into a bolt hole formed in the upper connection portion 112 of the eccentric connection pipe 11 and is screwed into the fastening hole 122d formed in the fastening flange 122, The upper coupling portion 112 of the eccentric connection pipe 11 and the coupling flange 122 are engaged with each other. An O-ring is interposed between the upper surface of the upper connection portion 112 of the eccentric connection pipe 11 and the bottom surface of the coupling flange 122 for watertightness.

The reinforcing plate 127 is fixed to the upper surface of the pressing bolt 125 so that the upper end of the pressing bolt 125 whose upper end is raised to the upper portion of the coupling flange 122 does not directly contact the bottom surface of the sole bottom S, And the bottom surface of the sink base S, as shown in Fig. Since the upper end of the pressing bolt 125 may exert a local pressure on the bottom of the sink S, it is difficult to apply the local pressure to the bottom S of the sink, Is characterized in that the reinforcing plate 127 is interposed between the bottom of the sink S and the upper end of the pressing bolt 125 so that the upper end of the pressing bolt 125 does not directly contact the bottom S of the sink . Referring to the drawing, the reinforcing plate 127 is formed at the center with a through hole 127a through which the engaging portion 122b of the engaging sleeve 121 is inserted and passed, And a support portion 127b for extending and supporting the upper end of the pressing bolt 125 is formed. The reinforcing plate 127 supports the upper end of the pressing bolt 125 which is raised when the upper surface thereof is in contact with the bottom surface of the sink bottom S so that the upper end of the pressing bolt 125 contacts the bottom S without indirect contact with the bottom surface S of the sink.

Meanwhile, the crusher 20 and the crushing water filter 30 are connected to the sink outlet S by the sink drain connector 10. 12 to 19 show the grinder and the food pulverizer filter 30 in detail.

The pulverizer 20 is a device for pulverizing the food waste discharged into the sink drainage (So) and discharging the pulverized food waste to the food pulverizer filter (30).

The grinder 20 has an inlet 21 connected to the lower connection portion 113 of the eccentric connection pipe 11 constituting the sink discharge port connection device 10. A coupling hook 21a is provided around the inlet 21 of the crusher 20 for connecting the crusher 20 and the lower coupling portion 113 of the eccentric coupling pipe 11, Is connected to the lower connecting portion 113 of the eccentric connecting pipe 11 by being fastened to the hook fastening flange 113a attached to the bottom of the lower connecting portion 113 of the eccentric connecting pipe 11, do.

A discharge port 22 through which the pulverized food is discharged is formed at the side of the pulverizer 20 and an inlet 312a of the pulverizer 30 is connected to the discharge port 22. A pair of spring bars 23 having elasticity are provided in the grinder 20 so as to protrude in the direction in which the food pulverizing filter 30 is connected to fix the food pulverizing filter 30 connected thereto.

The food pulverizer filter 30 is connected to the pulverizer 20 to filter food pulverized from the pulverizer 20.

Referring to the drawings, the food pulverizer filter 30 includes a housing 31, a filtration unit 32, and an opening / closing unit 33.

The housing 31 is for housing a filtering means 32 for filtering the food pulverized from the pulverizer 20 and forming a space for accommodating the filtered food pulp, An inlet 312a connected to the discharge port 22 of the crusher 20 is provided and an outlet 311a connected to a drain pipe (not shown in the drawing) leading to sewage is provided at a lower portion of the housing 31 .

As described above, the housing 31 having the inlet 312a and the outlet 311a has a lower housing bottom 311, a lower housing body 311a, and a lower housing body 311b for opening and closing the assembly and the food pulverized therein, 312 and the upper housing cover 313, respectively, so as to form a single container.

The housing bottom 311 is formed in an upwardly opened bowl shape and has an outlet 311a connected to a drain pipe (not shown in the figure) at a center position of the bottom so as to open downward.

The housing body 312 is formed in a cylindrical shape which opens upward and downward, and the inlet 312a connected to the discharge port 22 of the crusher 20 at the side is opened to the side. A spring bar coupling groove 312b is formed on the outer side of the housing body 312 to receive and connect a spring bar 23 extended from the pulverizer 20, And is firmly fixed to the crusher 20 by the support of the spring bar 23 coupled to the spring bar coupling groove 312b.

The lower opening of the housing body 312 opened to the upper and lower sides as described above is coupled to the upper opening of the housing bottom 311 and the lower opening of the housing cover 313 is connected to the upper opening.

The housing cover 313 is configured to cover the upper opening of the housing body 312 in an openable and closable manner. Referring to the drawing, the housing cover 313 is formed in a lid shape opening downward, and its lower opening is engaged with the upper opening of the housing body 312 to cover the upper opening of the housing body. The user removes the housing cover 313 from the housing body 312 and opens the housing 313 when the food pulverized product is filtered by the filtration means 32 located inside the housing 31. [ The filtration container 321 of the filtration means 32 inside the container can be taken out and the filtered food material can be taken out of the housing 31.

The filtration means 32 is provided between the inlet 312a and the outlet 311a of the housing 31 to filter the pulverized material having a predetermined size or more out of the pulverized material flowing into the inlet 312a of the housing 31 . Referring to the drawings, the filtration means 32 includes a filtration vessel 321 and a filtration net 322.

The filtration vessel 321 is configured to contain food pulverized to be filtered so as to allow the food pulverized by the filter net 322 to be filtered from the housing 31. Referring to the drawing, the filtration vessel 321 is formed in a substantially bowl-shaped shape with an upper portion formed therein, and a drain port 321a connected to an outlet 311a formed in the bottom 311 of the housing is formed at a central position of the lower floor do. The filtration vessel 321 is formed with a wall body 321b extending upward from the drain hole 321a along the inner surface of the housing bottom 311 and the housing body 312 to have a bowl shape as a whole, ), The water slough is formed so as to prevent the water from coming off and the food pulverized to be filtered.

The drain port 321a of the filtration vessel 321 is covered by the filter net 322. The filter net 322 has a cylindrical shape so as to be fixed to the filter net 322 A filter net support portion 321c extending upward from the edge of the drain port 321a of the filtration container 321 is formed in a cylindrical shape. The filter net supporting portion 321c has a cylindrical filter net supporting portion 321c which is long and long in length so as to prevent the water from coming off and the food pulverized to be filtered.

A user may be provided at the upper end of the filter net support portion 321c of the filtration container 321 so as to facilitate the filtration of the filtrate container 321 to receive the food pulverized by the filtration container 321, And a handle 321d is provided so as to be easily held by a hand.

The filter net 322 covers the drain port 321a of the filtration vessel 321 to filter the food pulverized product. Referring to the drawing, the filter net 322 is formed in the shape of a cylinder having a perforated hole and is inserted into the filter net support portion 321c of the filter container 321 so that the lower end edge is connected to the drain port 321a of the filter container 321 And covers the drain port 321a of the filtration vessel 321 and is coupled to the filtration vessel 321 in this state.

The opening and closing means 33 opens and closes the inlet 311a of the housing 31 so that the smell from the food pulverized product filtered by the food pulverizer filter 30 passes through the pulverizer 20, So as not to be reversed.

The opening and closing means 33 is opened and closed by the inlet 311a of the housing 31 so that the opening and closing means 33 is opened when the food pulverized material is introduced from the pulverizer 20 and is closed otherwise. (311a) of the housing (31) to be closed when the force of the pulverized material is removed and the force applied by the pulverized material is removed. Referring to the drawings, the present invention is characterized in that the opening / closing means 33 is provided with a tube 331 which is opened to both sides, and one opening of the tube 331 is connected to the opening 311a of the housing 31, (31), and is positioned inside the housing (31). Particularly, the tube 331 is formed of a sagging material such as a thin rubber film or a silicon film, and the food pulverized product 331 flows into the opening / closing part 331a when the opening / closing part 331a for opening / The tube 331 is opened or expanded to form a passage through which the food pulverized product passes. When the food pulverized product is escaped from the inside of the tube 331, the tube 331 overlaps with the thin film due to the characteristics of the thin film, So that the inlet 311a of the housing 31 is blocked to prevent the smell from passing therethrough.

The opening and closing means 33 is provided with a fixture 332 for connecting one opening of the tube 331 with the inlet 311a of the housing 31. The fixture 332 includes an insertion tube 332b formed in a tubular shape penetrating forward and backward to be inserted into the inlet 311a of the housing 31 and a flange 332b projecting outward from the outside of the insertion tube 332b. Shaped fixing flange 332a and a fixing groove 332c formed annularly around the one end of the insertion tube 332b.

An edge of one side opening of the tube 331 is inserted and fixed to one end of the insertion tube 332b so that the opening edge of the tube 331 is tightly fixed to an annular tube The one end of the tube 331 is securely engaged with one end of the insertion tube 332b by forming the female portion 331b and tightening the one end of the insertion tube 332b with the tightening portion 331b. The fixing ring 333 is inserted to the outside of the tube 331 in a state where the edge of one side opening of the tube 331 is inserted into one end of the insertion tube 332b as described above, The tube 331 is fixed to the fixing groove 332c by a fixing ring 333 which is seated in the fixing groove 332c so that the tube 331 is inserted into the fixing groove 332c, And is reliably coupled to the outer surface of the insertion tube 332b.

The insertion tube 332b of the fixture 332 is inserted into the housing 31 in a state where one opening edge of the tube 331 is inserted into the outside of one end of the insertion tube 332b of the fixture 332, The edge of one opening of the tube 331 is inserted into the inner surface of the inlet 331a of the housing 31 and the outer surface of the insertion tube 332b of the fixing hole 332, And is connected to the inlet 311a of the housing 31.

The fixing flange 332a is screwed to the outside of the housing 31 with the fixing hole 332b inserted into the inlet 311a of the housing 31, Is coupled to the inlet (311a) of the housing (31).

An O-ring 334 is inserted between the outer surface of the insertion tube 332b of the fixture 332 and the inner surface of the inlet 311a of the housing 31 for water tightness.

The connected portion of the inlet 311a of the food pulverizer filter 30 is covered by the connection cover 34 when the inlet 311a of the filter 30 is connected to the outlet 22 of the pulverizer 20.

As described above, the crusher 20 is connected to the sink drain port So by a sink drain connection device 10, and the sink drain connection device 10 is provided with not only flange-shaped components for fastening bolts and the like, An O-ring for watertightness, and is assembled or coupled at the lower part of the sink outlet So. The flange-like parts are relatively heavy and the parts such as O-rings for watertightness are thin or small, which is very inconvenient for the operator to work on. These parts are used to assemble or assemble parts at the bottom of the sink outlet (So) It makes it very difficult.

8 to 11 illustrate a sink discharging port connecting part supporting device 40 according to an embodiment of the present invention which facilitates the operation of mounting the sink discharging outlet connecting device 10 to the sink discharging port So have.

The sink support member 40 for supporting the sink support structure according to the embodiment of the present invention may be configured such that the coupling means 12 of the sink support structure 10 connected to the sink drain S is connected to the sink drain S. It is a device for supporting during work.

Referring to the drawings, the apparatus for supporting a sink discharging port connecting part 40 according to an embodiment of the present invention includes a catching hole 41, a centering fitting 42, a connecting hole 43, a supporting wall 44, .

The catching hole 41 is formed in a substantially triangular plate member so as not to be caught in the sink outlet So and so that the edge corresponding to the vertex of the triangle is caught by the edge of the sink outlet .

The centering fitting 42 is for precisely positioning the sink discharging port connecting part supporting device 40 at the center of the sink discharging port So. The centering fitting 42 is formed as a circular plate like the shape of the sink outlet So formed in a circular shape and attached to the bottom face of the catching hole 41 so as to be inserted into the inlet of the sink outlet do.

The connection port 43 is formed in a rod shape having a long length so as to connect the stopper 41 and the support 44 with each other. The upper end of the connecting hole 43 is coupled to the center of the catching hole 41 and the lower end of the connecting hole 43 is inserted into a drain hole of the sink so as to be exposed to a lower portion of the bottom S of the sink. So that the support 44 is engaged with the lower end of the connector 43.

The support 44 is coupled to the lower end of the coupling 43 to support the coupling flange 122 of the sink coupling device 10. The support 44 includes a support plate 441 at the center of which is connected to the lower end of the connection 43 and a support rod 442 extending upwardly from the edge of the support plate 441, Respectively. The edge of the coupling flange 122 is supported on the upper end of the support rod 442 extending upward as described above.

The coupling flange 122 of the sink drain connector 10 is inserted into the center coupling hole 122a and the lower end of the coupling portion 121b of the coupling sleeve 121 is inserted into the coupling portion 121b of the coupling sleeve 121 It is supported by the support bar 442 of the support 44 and is not separated from the coupling part 121b of the coupling slit part 121. [

The coupling means 12 of the sink drain connector 10 according to an embodiment of the present invention includes a coupling portion 121b and a coupling flange 122 formed on an outer surface of a lower end of the coupling portion 121b of the coupling sleeve 121, The snap ring 123 and the O-ring 124 are inserted into the gap between the inner side surface of the hole 122a and the outer side surface of the lower end of the engaging portion 121b of the engaging sleeve 121 is engaged with the engaging flange 122 The operation of inserting the snap ring 123 and the O-ring 124 is very inconvenient because the gap between the inside surfaces of the hole 122a is narrow.

The insertion port 45 is formed in the gap between the outer surface of the lower end of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122, (Not shown). The insertion port 45 is inserted into a gap between the outer surface of the lower end of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122 And the insertion portion 451 is protruded upward.

10 shows a state where the snap ring 123 is inserted into a gap between the outer surface of the lower end of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122, ) And the O-ring 124 are inserted into the insertion hole. The snap ring 123 and the O-ring 124 which are the ring-shaped members are inserted into the upper portion U of the insertion port 45 while being supported by the insertion portion 451 of the insertion port 45, The inserting portion 451 is inserted into the gap between the outer surface of the lower end of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122, Ring 123 and the O-ring 124 are inserted into the gap between the outer surface of the lower end of the engaging portion 121b of the engaging sleeve 121 and the inner surface of the engaging hole 122a of the engaging flange 122.

The insertion port 45 is formed with a connector insertion slot 452 cut from the side to the center so that the insertion port 45 can be detachably detached from the rod-like connector 43.

The sink discharge connector fastening support apparatus described above and shown in the drawings is only one embodiment for carrying out the present invention and should not be construed as limiting the technical idea of the present invention. The scope of protection of the present invention is defined only by the matters set forth in the following claims, and the embodiments improved and changed without departing from the gist of the present invention are obvious to those having ordinary skill in the art to which the present invention belongs It will be understood that the invention is not limited thereto.

S sink floor
So sink drain
10 sink connection
11 Eccentric connector
111 body part
112 upper connection
113 Lower connection
114 Eccentric Compensation Support
115 Eccentric Compensation Bolt
12 coupling means
121 coupling sleeve
121a engaging flange
121b coupling portion
121c coupling groove
121d sealing gasket
122 Coupling flange
122a coupling hole
122b,
122c pressure bolt tightening hole
122d Coupling bolt tightening hole
123 Snap ring
124 O-ring
125 pressure bolt
126 fastening bolt
127 Reinforcing plate
127a through hole
127b
20 crusher
21 Inlet
21a coupling hook
22 outlet
23 Spring bars
30 Food crushing water filter
31 Housing
311 Housing bottom
Exit 311a
312 Housing body
312a entrance
312b Spring bar coupling groove
313 Housing cover
32 Filtration means
321 Filter container
321a drain
321b wall
321c filter net support
321d handle
322 Filter net
33 opening and closing means
331 tube
331a opening /
331b,
332 Fixture
332a Fixing flange
332b insertion tube
332c fixing groove
333 Retaining ring
334 O-ring
34 Connection cover
40 Sink drain connection part support device
41 hanger
42 Centering fitting
43 connector
District 44
441 Support plate
442 support rods
45 insert
451 insertion portion
452 insertion slot

Claims (5)

A sink outlet connection part supporting device for supporting a coupling means connected to a drain port of a sink during an operation of connecting the drain port of the sink to a drain port of the sink,
The coupling means includes a coupling sleeve in which a coupling portion of a tubular shape is inserted into a drain hole of a sink in a top-down direction and a coupling flange protruding laterally from an upper end of the coupling portion is engaged with a drain hole edge of the sink, And a coupling flange to which a lower end of the coupling portion of the coupling sleeve is inserted and coupled to the coupling portion of the coupling sleeve,
A connection port which is connected to an upper end of the stopper and is inserted into a drain port of the sink to expose a lower end of the sink to the lower portion of the sink; Including the district,
And a centering fitting provided at a lower portion of the catch so as to be aligned with an upper inlet of the drain hole. delete The method according to claim 1,
Wherein the support is provided with a support rod protruding upward from an edge of the support. The method of claim 3,
The coupling means further includes a ring-shaped member inserted into a gap between the outer surface of the lower end of the coupling sleeve and the inner surface of the engagement hole of the engagement flange,
Further comprising an insertion port having an upper edge projecting upwardly from an insertion portion inserted into a gap between an outer surface of a lower end portion of the engagement sleeve and an inner surface of an engagement hole of the engagement flange,
The insertion portion of the insertion port is inserted into a gap between the outer surface of the lower end portion of the engagement sleeve and the inner surface of the engagement hole of the engagement flange in a state in which the ring-shaped member is supported by the insertion portion of the insertion port, Is inserted as a gap between the outer surface of the lower end of the coupling sleeve and the inner surface of the engagement hole of the engagement flange. 5. The method of claim 4,
The connector has a long rod shape,
Wherein the insertion port is formed with a connector insertion slot cut from a side to a center position.

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