KR20220000391U - Plate for Rotating Crush - Google Patents

Abstract

The present invention relates to a rotary grinding plate for a disposer capable of further finely pulverizing food with a lot of fiber. In the rotary crushing plate 200, the crushing ring blade 122 bent inward from the top and the discharge hole 124 through which the crushed material 300 is discharged to the outside are formed at the lower part of the crushing ring 120, , a first grinding unit 210 for primary grinding of food including a millstone member 212 and a first grinding blade 220 is provided on the upper surface, and the driving shaft 140 of the driving motor 130 is inserted through A second pulverizing unit 250 for secondly finely pulverizing the pulverized material 300 discharged to the discharge hole 124 through the first pulverizing unit 210 and having a shaft hole 230 to be used at the center is lowered. It provides a rotary grinding plate for a disposer, characterized in that provided on the surface.

Description

Rotating Crusher for Disposer {Plate for Rotating Crush}

The present invention relates to a rotary milling plate for a disposer, and more particularly, to a rotary milling plate for a disposer capable of additionally pulverizing fibrous foods.

In general, a disposer, which is mainly used in the kitchen, is installed under the drain hole of the sink to pulverize food waste generated in the process of washing dishes or cooking food into small sizes while promoting the decomposition of the pulverized food waste. It is configured to be mixed with microorganisms so as to be discharged into sewage along with sewage generated during the washing process.

As a device for finely pulverizing food in such a disposer, in Korean Utility Model Publication No. 20-2015-0000356, a waste water guide plate is configured at the bottom of the pulverizer to shorten the time it is pulverized and drained to the outside. Prevents food waste and wastewater from splashing in various directions, and constructs a wastewater guide plate so that food waste can be drained smoothly from the drain hole without clogging, thereby reducing rotational and centrifugal force when wastewater and pulverized food waste fall to the bottom As a further improvement, it flows into the drain hole in a swirling state while rotating strongly, so there is no clogging of the drain hole and it drains smoothly. As the grinding ring blade comes into contact with the grinding ring blade, the food waste is cut and at the same time supplied to the center of the grinding rotary plate to be pulverized again. Disclosed is a food waste grinder for a sink that smoothly drains sewage water because rotational force and centrifugal force can be improved depending on the surface of the ring blade.

However, in the conventional disposer crushing device, the disposer has a structure in which a crushing rotary plate installed to rotate at high speed in the crushing chamber inside the main body is configured to be inserted into the lower end of the crushing ring fitted to the inner circumferential surface of the crushing chamber. There was a problem that hard objects such as seeds were caught between chopsticks or food waste between the outer peripheral surfaces of the grinding plate, which interfered with the operation of the grinding plate, or overloaded the driving motor, leading to malfunction of the disposer.

In addition, food containing a lot of fiber such as kimchi and green onions is not crushed due to the structure in which a plurality of drain holes are formed in the grinding rotating plate itself so that, at the same time as the food is crushed on the grinding rotating plate, the pulverized material is directly discharged in the lower direction of the grinding rotating plate. In the case of being discharged directly through the drain hole, the crushed material cannot be drained and is loaded around the drain port, causing a bad odor, as the fibers having a length become caught in the drain hole and block the drain hole. There was a problem that it was not easy to maintain and manage the cleanliness of the poser, and in more severe cases, the fiber blocked the drain or sewer pipe, so that a separate facility construction was required.

Republic of Korea Public Utility Model No. 20-2015-0000356

In the present invention, a new technology was created to solve the problems of the prior art, and the problem to be solved by the present invention is to provide a rotary grinding plate for a disposer that can finely grind long and thin food (vegetables) with a lot of fiber will provide

In addition, the problem to be solved by the present invention is to provide a rotary crusher plate for a disposer capable of pulverizing food crushed at the upper portion of the rotary crushing plate once more at the lower portion of the rotary crushing plate to further pulverize the food.

In addition, the problem to be solved by the present invention is to provide a rotary crushing plate for a disposer that can eliminate the clogging of the drain by strongly pushing the sewage and food waste into the drain.

As a specific means for solving the problems of the above design, the present invention constitutes a rotary crushing plate for a disposer, but a rotary crushing plate for a disposer installed inside the crushing chamber 110 of the crushing device 100 for the disposer ( In 200), the grinding ring blade 122 bent inward from the top and the discharge hole 124 through which the crushed material 300 is discharged to the outside are formed below the grinding ring 120, and the millstone member ( A shaft hole 230 through which the drive shaft 140 of the drive motor 130 is inserted is provided on the upper surface of the first crushing unit 210 for primarily crushing food, including the 212 and the first crushing blade 220 . ) is provided in the center, and a second crushing unit 250 for secondly crushing the crushed material 300 discharged to the discharge hole 124 through the first crushing unit 210 is provided on the lower surface. It provides a rotary grinding plate for a disposer, characterized in that.

In the present invention, the second crushing unit 250 is coupled to the lower surface of the rotary crushing plate 200 and extends laterally, the crushing bar 260, and the crushing bar 260 at the side end of the crushing bar 260. It may be formed in the form of an impeller including a plurality of second grinding blades 270 bent to have a set inclination angle.

In the present invention, the plurality of second grinding blades 270 includes a first grinding blade group 272 and a second imaginary first reference line and a second reference line connecting obliquely bent ends in parallel to each other. It may be divided into a crushing blade group 274 .

In the present invention, the second crushing unit 250 connects the first crushing blade group 272 and the second crushing blade group 274, and further includes a downwardly bent second sewage tool 280. Including, the second waste water supply tool 280 may induce the discharge of the pulverized material 300 to the outside of the pulverizing chamber 110 by pushing the waste water and the pulverized material 300 .

In the present invention, the plurality of second grinding blades 270 push the waste water and the crushed product by the inclination when the rotary crushing plate 200 rotates in a set direction, thereby forming the crushing chamber 110 of the second crushing blade 270 . It is possible to induce the discharge of the pulverized material 300 to the outside.

In the present invention, in the first grinding blade 220, the triangular blade 224 is bent upward at both ends of the fixed plate 222 coupled to the rotary grinding plate 200, and the fixed plate 222 is A first sewage supply tool 226 that is bent downward from the lower surface to induce discharge of the pulverized material 300 to the outside of the pulverizing chamber 110 may be formed.

According to the specific means for solving the above-mentioned problems, it is possible to provide a rotary grinding plate for a disposer that can finely grind long and thin vegetables with a lot of fiber.

In addition, according to the present invention, it is possible to provide a rotary grinding plate for a disposer capable of further pulverizing food by grinding the food crushed at the upper part of the rotating grinding plate at the lower part of the rotating grinding plate.

In addition, according to the present invention, it is possible to provide a rotary crushing plate for a disposer capable of eliminating the clogging of the drain by strongly pushing the sewage and food waste into the drain.

The effect of the present invention is not limited to the above-described effect, and it should be understood to include all effects that can be inferred from the configuration of the invention described in the detailed description or claims of the present invention.

1 is a perspective view of a grinding device in which a rotary grinding plate for a disposer according to the present invention is installed;
Figure 2 is a cross-sectional view of the crushing device installed with the rotary crushing plate for the disposer provided in the present invention;
3 is a bottom perspective view of a rotary crushing plate for a disposer according to the present invention;
4 is a plan view of a rotary crushing plate for a disposer according to the present invention;
5 is a side view of a rotary grinding plate for a disposer according to the present invention;

Hereinafter, detailed contents for implementing the present invention will be described with reference to the accompanying drawings. In the description of the present invention, when it is determined that the subject matter of the present invention may be unnecessarily obscured as it is obvious to those skilled in the art with respect to related known functions, the detailed description thereof will be omitted.

Figure 2 is a perspective view of a crushing device installed with a rotary crushing plate for a disposer according to the present invention, and Figure 3 is a bottom view of the rotary crushing plate for a disposer according to the present invention.

The present invention greatly improves the grinding efficiency of food in the grinding chamber 110 by improving the structure of the rotary grinding plate 200 installed in the grinding chamber 110 of the disposer grinding device 100 installed in the sink. it is configured to be

The rotary crushing plate 200 for the disposer according to the present invention is installed inside the crushing chamber 110 of the crushing device 100 for the disposer, and the crushing ring blade 122 bent inward from the top and protruding from the top and the outside crushing The first crusher is located at the lower portion of the crushing ring 120 in which the discharge hole 124 through which the water 300 is discharged is formed, and includes a millstone member 212 and a first crushing blade 220 to primarily crush food. The part 210 is provided on the upper surface, the shaft hole 230 through which the drive shaft 140 of the drive motor 130 is inserted, is provided in the center, and the pulverized food (hereinafter referred to as the pulverized material 300) is provided on the surface and A plurality of drain holes 240 capable of discharging waste water are formed, and the space between the discharge hole 124 and the inner peripheral surface of the crushing ring 120 and the rim of the rotary crushing plate 200 through the first crushing unit 210 A second pulverization unit 250 for finely pulverizing the pulverized material 300 discharged to the second may be provided on the lower surface.

Specifically, the first crushing unit 210 may include the millstone member 212 capable of preventing food from being entangled during rotation and crushing by hitting, and a first crushing blade 220 capable of cutting food. can

The first crushing blade 220 has a triangular blade 224 bent upward at both ends of a fixed plate 222 coupled to the rotary crushing plate 200, and is bent downward on the lower surface of the fixed plate 222, so that the A first draining tool 226 for inducing discharge of the pulverized material 300 to the outside of the pulverizing chamber 110 may be formed.

The second crushing unit 250 includes a crushing bar 260 coupled to the lower surface of the rotary crushing plate 200 and extending laterally, and an inclination angle preset to have an impeller shape at the side end of the crushing bar 260 . It includes a plurality of second crushing blades 270 bent to.

Here, the plurality of second grinding blades 270 includes a first grinding blade group 272 in which a virtual first reference line (A) and a second reference line (B) connecting obliquely bent ends are arranged parallel to each other; It may be divided into a second grinding blade group 274 . Taking FIG. 5 as an example, the first grinding blade group 272 may include four serrated blades on the left among the plurality of second grinding blades 270 based on one end of the grinding bar 260 . have. In addition, the second grinding blade group 274 may include four right toothed teeth among the plurality of second grinding blades 270 based on one end of the grinding bar 260 .

Since the second grinding blade 270 is formed adjacent to the lower side of the rim of the rotary grinding plate 200, the grinding material 300 discharged into the space between the inner circumferential surface of the grinding ring 120 and the rim of the rotating grinding plate 200 is It provides the effect of finely cutting the thin and long pulverized material.

In addition, the second crushing unit 250 connects the two groups between the first crushing blade group 272 and the second crushing blade group 274, and uses the downwardly bent second waste feeding tool 280. may include more.

Referring to FIG. 2 , the second sewage tool 280 is bent in a vertical downward direction, and is shredded by the first crushing unit 210 to form a lower crushing chamber 110 under the rotary crushing plate 200 . ) provides a function of hitting and cutting the pulverized products in a thin and long shape down once more before they are discharged to the discharge hole 124 , and further pushes the waste water and the pulverized material 300 out of the crushing chamber 110 . A function of inducing discharge of the pulverized material 300 to the outside is provided.

On the other hand, the plurality of second grinding blades 270 are set in the ① direction (clockwise on the plane of the rotary grinding plate 200) or ② direction (the rotary grinding plate 200) in which the second grinding blade 270 is set. When rotating in a counterclockwise direction in a plane), the waste water and the pulverized material 300 are pushed out by the inclination forming a set inclination to induce the discharge of the pulverized material 300 to the outside of the pulverizing chamber 110 . . For example, the first grinding blade group 272 preferentially pushes the sewage adjacent to the lower surface of the rotary grinding plate 200 , and the second grinding blade group 274 is the first grinding blade group 272 . ), it is possible to effectively induce the discharge of the pulverized material 300 by using the flow of the sewage while reducing the resistance to the sewage by pushing the sewage from the lower part.

According to the present invention, long and thin vegetables with a lot of fiber can be finely pulverized, and the food pulverized at the upper part of the rotary grinder can be pulverized once more at the lower part of the rotary grinder, and the food can be pulverized even more finely. It is possible to provide a rotary crushing plate for a disposer that can eliminate the clogging of the drain 150 by strongly pushing the food waste into the drain.

As described above, in the detailed description of the present invention, the most preferred embodiment of the present invention has been described, but various modifications may be made within the scope that does not depart from the technical scope of the present invention. It is not limited to the examples, and the scope of protection should be recognized from the techniques of the utility model registration claims described later and equivalent technical means from these techniques.

100: crusher for disposer
110: grinding chamber 120: grinding ring
122: grinding ring blade 124: discharge hole
130: drive motor 140: drive shaft 150: drain hole
200: rotary grinding plate
210: first crushing unit 212: millstone member 220: first crushing blade
222: fixed plate 224: triangular blade 226: first sewage tool
230: shaft hole
240: drain hole
250: second crushing unit 260: crushing bar 270: second crushing blade
272: first crushing blade group 274: second crushing blade group
280: second sewage tool
300: pulverized material

Claims (6)

In the disposer rotary crushing plate 200 installed inside the crushing chamber 110 of the disposer crushing device 100,
It is located in the lower part of the crushing ring 120 formed with the crushing ring blade 122 bent inward from the top and the discharge hole 124 through which the crushed material 300 is discharged to the outside,
A first grinding unit 210 for primary grinding of food including a millstone member 212 and a first grinding blade 220 is provided on the upper surface, and the driving shaft 140 of the driving motor 130 is inserted through A second pulverizing unit 250 having a shaft hole 230 in the center and secondly finely pulverizing the pulverized material 300 discharged to the discharge hole 124 through the first pulverizing unit 210 is formed on the lower surface. Disposer rotary grinding plate, characterized in that provided in the.
According to claim 1,
The second crushing unit 250,
A crushing bar 260 coupled to the lower surface of the rotary crushing plate 200 and extending laterally, and a plurality of second crushing blades bent to have a predetermined inclination angle at the side end of the crushing bar 260 ( 270), characterized in that it is formed in the form of an impeller, including a rotary crushing plate for a disposer.
3. The method of claim 2,
The plurality of second grinding blades 270,
It is characterized in that it is divided into a first crushing blade group 272 and a second crushing blade group 274 in which a virtual first reference line (A) and a second reference line (B) connecting the ends bent at an angle are parallel to each other. A rotary grinding plate for the disposer.
4. The method of claim 3,
The second crushing unit 250,
Connecting the first crushing blade group 272 and the second crushing blade group 274, and further comprising a downwardly bent second draining tool 280,
The second sewage tool 280 is,
A rotary crushing plate for a disposer, characterized in that the waste water and the crushed material (300) are pushed out to induce the discharge of the crushed material (300) to the outside of the crushing chamber (110).
4. The method of claim 3,
The plurality of second grinding blades 270,
Discharge, characterized in that when the rotary crushing plate 200 rotates in a set direction, the waste water and the crushed material are pushed out by the inclination to induce the discharge of the crushed material 300 to the outside of the crushing chamber 110 A rotary grinder for the poser.
According to claim 1,
The first grinding blade 220,
The triangular blades 224 are upwardly bent at both ends of the fixed plate 222 coupled to the rotary grinding plate 200, and bent downward from the lower surface of the fixed plate 222 to the outside of the grinding chamber 110. A rotary crushing plate for a disposer, characterized in that a first sewage feeding tool 226 for inducing discharge of the crushed material 300 is formed.

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