KR200289745Y1 - Pulverator for aliment garbage - Google Patents

Abstract

The present invention relates to a food waste grinder installed and used in the sink sink of the kitchen, the main purpose of the devise is to provide a grinder in charge of the grinding operation only by connecting to the sink of the sink to handle food waste, The purpose of the present invention is to improve the structure of the fixed blade and the rotating blade to be attached, and to improve the safety so that food can be prevented from being thrown back into the hole of the mouthpiece during the grinding.

Characteristic configuration of the present invention for achieving the object is inserted into the inner diameter end portion 21 of the sink sink, the upper ring edge portion 31 and the elastic ring 33 to be placed on the inner diameter end portion 21 An upper fixing member (30) consisting of a circular recess groove (32) of the fitted interruption and an inclined lower end portion (34); A lower fixing member 40 in which a flange portion 41 is in contact with a bottom surface of the inner diameter end portion 21 while being previously fitted on the elastic ring 33 of the upper fixing member 30; Expansion portion 55 having an inner end portion 52 and the plurality of bolts 53 and the plurality of assembling grooves 54 radially formed on the outer circumferential surface of the upper fixing member 30 and the elastic end 33. Upper fastening member 50 made of; The upper fastening member 50 is assembled to the upper fastening member 50, but the radially upper fastening member 62 is formed with a plurality of assembling protrusions 61, the lower end 63 for the hook having an U-shaped cross-shaped lower fastening member ( 60); The packing 70 is fitted to the upper edge 81 to be inserted into the lower end 63 of the fastening member 60, and has a cylindrical shape having an overflow inflow pipe 82 at the top and a drain pipe 83 at the bottom. A main body 80; A motor 92 including a motor housing 91 connected to a bottom surface of the cylindrical body 80, a horizontal rotary plate 94 fixed to an output shaft 93 of the motor, and rotatable on an upper surface of the rotary plate. A grinding means (90) comprising a plurality of grinding blades (96) fixed with rivets (95) and fixed blades (97) attached to the inner diameter of the cylindrical body (80) corresponding to the height of the rotating plate; It is.

Description

Food Waste Crusher {PULVERATOR FOR ALIMENT GARBAGE}

The present invention relates to a food waste grinder installed in a sink sink of a kitchen, and more specifically, by separately installing a grinding means and a dehydration means, the food waste may be first crushed and then dehydrated in the following process. It is characterized by consideration.

In general, food waste is known as fermentation, incineration, feed and compost, landfill.

However, most of these methods require not only a large-scale facility but also contain water, which causes enormous inconveniences in collecting, transporting, or storing, odors, and high calories when incinerated. There is a need for improved treatment.

In response to these demands, products have been recently known to be installed in kitchen sinks to directly handle food waste.

In the conventional sink-mounted food waste treatment apparatus, dehydration is performed after pulverization, crushing is performed after dehydration, and a dehydration method. There is a compression type dewatering method using a piston.

However, the conventional food waste treatment apparatus as described above has a disadvantage in that it is difficult to manufacture because it has all the functions of crushing and dehydration, and the manufacturing cost increases as the production is difficult, and because of the complicated configuration, frequent breakdowns and repairs are required.

The present invention has been devised to solve the problem in view of the same problem as the prior art, the main purpose of the design is to provide a grinder in charge of the pulverization only by connecting to the sink of the sink to handle food waste, which is attached to the inner wall In order to improve the state of the grinding by improving the structure of the fixed blade and the rotary blade, and on the other hand to improve the safety to prevent the food from splashing back into the hole of the pit during the grinding.

A characteristic configuration of the present invention for achieving the object is inserted into the inner diameter end portion of the sink sink, the upper annulus portion that is placed on the inner diameter end portion, the annulus groove of the suspension fitted with the elastic ring, the lower end inclined inwardly Upper fixing member consisting of; A lower fixing member in which a flange portion is in contact with a bottom surface of the inner diameter end portion while previously fitted on an elastic ring of the upper fixing member; An upper fastening member having an inner end portion caught by the elastic ring of the upper fixing member and an extension part having a plurality of bolts and having a plurality of assembling grooves radially formed on an outer circumferential surface thereof; An upper end portion assembled to the upper fastening member, the upper end portion of which a plurality of assembly protrusions are formed radially, and a lower lower end member having a U-shaped cross section having a lower end portion for hook; A cylindrical body having a packing fitted to an upper edge to be inserted into a lower end of the fastening member, the cylindrical body having an overflow inflow pipe at the top and a drain pipe at the bottom; A motor including a motor housing connected to a bottom surface of the cylindrical body, a horizontal rotary plate which is fixed to an output shaft of the motor, a plurality of grinding blades fixed by rivets to be rotatable on an upper surface of the rotary plate, and a height of the rotary plate Corresponding to the configuration of the grinding means including a fixed blade attached to the inner diameter of the cylindrical body.

1 is a cross-sectional view showing the overall configuration of the present invention

2 is a cross-sectional view showing an exploded state of the present invention

Figure 3 is a perspective view of the upper fastening member and the lower fastening member of the present invention

4 is a perspective view showing the packing of the present invention

5 is a detailed view showing a rotary blade of the present invention

6 is a perspective view showing a fixed blade of the present invention

7 is an exemplary view showing a state of use of the subject innovation

<Code Description of Main Parts of Drawing>

10: lid 20: sink sink

21: inner diameter end 30: upper fixing member

31: upper annute part 32: annute groove

33: elastic ring 34: lower portion

40: lower fixing member 41: flange

50: upper fastening member 52: inner end

53: bolt 54: assembly groove

55: expansion portion 60: lower fastening member

61: assembly protrusion 62: upper end

63: lower end 70: packing

71: notch 72: inward wing

80: body 81: frame

82: inflow pipe 83: drain pipe

84: protruding jaw 90: grinding means

91: motor housing 92: motor

93: output shaft 94: the rotating plate

95: rivet 96: grinding blade

97: fixed blade

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

1 is a cross-sectional view showing an assembled state of the present invention, Figure 2 is a cross-sectional view showing an exploded state of the present invention.

As shown in the drawings, the present invention is installed in the sink 20, the upper fixing member 30, the lower fixing member 40, the upper and lower fastening members 60, 70, and for grinding It consists of a crushing means (90) comprising a main body (80) and a motor (92).

The upper fixing member 30 is fitted to the inner diameter end portion 21 of the sink sink, the upper annulus 31 and the elastic ring 33 is mounted on the inner ring end portion 21 of the sink ring And a lower end portion 34 inclined inwardly, the lower fixing member 40 is previously fitted on the elastic ring 33 of the upper fixing member 30, and the flange portion 41 is It is in contact with the bottom surface of the inner diameter end portion (21).

In addition, the upper fastening member 50 has an inner end portion 52 which is caught by the elastic ring 33 of the upper fixing member 30 and a plurality of bolts 53, and a plurality of assembling grooves radially on the outer circumferential surface ( 54 is formed of the expanded portion 55, the lower fastening member 60 is assembled to the upper fastening member 50, but the upper end portion 62 is formed radially a plurality of assembly protrusions (61) and The lower end portion 63 for the hook has an annular shape having a U-shaped cross section.

The main body 80 is fitted with a packing 70 to an upper edge 81 to be fitted into the lower end 63 of the fastening member 60, an overflow inflow pipe 82 at the upper end, and a drain at the lower end. Having a pipe 83, the upper half is configured in a conical shape, to form an inwardly projecting jaw 84 in the conical inner diameter portion to improve the grinding function.

In addition, the packing 70 at this time is assembled while pressed between the inclined lower end portion 34 of the upper fixing member 30 and the lower end portion 63 for the hook of the lower fastening member 60, in particular a radial cut formed in the center It has a plurality of inward wings 72 partitioned by the tie 71 so as not to reflux during food grinding.

The motor 92 has only the output shaft 93 protrudes upward from the inside of the motor housing 91 connected to the bottom surface of the cylindrical body 80, and the grinding means 90 can be condensed to the output shaft 93. A flat rotating plate 94, a plurality of grinding blades 96 fixed by rivets 95 so as to be rotatable on an upper surface of the rotating plate, and fixed to the inner diameter of the cylindrical body 80 corresponding to the height of the rotating plate. It is made of day 97.

At this time, the grinding blade 96 is fixed with a rivet 95 so as to be free to rotate on the rotating plate 94, the fixed blade 97 has a downward saw blade portion (97a), the position of the saw blade portion (97a) The height of the upper surface of the rotating plate 94 is to be located.

In the figure, reference numeral 10 denotes a water port cover, and 35 denotes a packing.

The installation process of the present invention will be described.

When the lower portion of the upper fixing member 30 is inserted into the inner diameter end portion 21 of the water port, the upper ring edge portion 31 is caught on the inner diameter end portion 21.

In this state, the flange portion 41 of the lower fixing member 40 is inserted from the bottom of the upper fixing member 30 until it reaches the bottom surface of the inner diameter end portion 21, and then the upper fastening member 50 is held in the same manner. After mounting by the method, the elastic ring 33 is inserted into the annular groove 32 of the upper fixing member 30 to interrupt the lower fixing member 40 and the upper fastening member 50 to fall down.

Subsequently, when the bolts 53 provided on the extension part 55 of the upper fastening member 50 are tightened, the lower fixing member 40 is gradually pushed up to closely adhere to the bottom surface of the inner diameter end portion 21, and the upper fastening member 50 Is gradually pushed down the inner end 52 is to be supported on the elastic ring 33 is supported.

On the other hand, the lower fastening member 60 is previously fitted around the packing 70 that is fitted to the upper edge 81 of the main body 80, in this state a plurality of radially assembled protrusions 61 formed in the upper side After the plurality of assembly grooves 54 formed in the expansion portion 55 of the fastening member 50 are turned, the assembly protrusions 61 are supported while being mounted on the assembly grooves 54.

In this way, the upper edge 81 of the main body 80 is assembled to the lower fastening member 60 while being fitted to the packing 70, and thus the motor assembled to the motor housing 91 under the main body 80. The assembly is complete.

The following describes the operating state of the present invention configured as described above.

The grinder of the present invention is placed on the inward wing 72 provided inside the packing 70 when the food waste is introduced into the sink 20 of the sink, and when the food waste is stacked on the inward wing, it is dropped into the main body 80 below. It is mounted on the rotating plate 94.

The food waste placed on the rotating plate is sent to the fixed blade 97 attached to the inner wall of the main body 80 by the centrifugal force of the rotating plate 94, and freely rotates separately on the fixed blade 97 and the rotating plate 94 in this state. The grinding blade 96 is crushed by the impact and cutting force.

The crushed food waste exits between the upper surface of the rotating plate 94 and the saw blade portion 97a only when the particles are crushed smaller than the thickness of the saw blade portion 97a and exits to the drain pipe 83.

For reference, the drainage pipe is followed by a dewatering device 2 using a compression screw as shown in FIG. 7.

The pulverizer of the present invention as described in detail above is capable of providing a pulverizer which is connected to a sink of a sink to treat food waste but is separated from the dehydration device and is only responsible for pulverization. The power consumption required for the small, the crushed food waste is discharged only less than the thickness of the saw blade portion of the fixed blade attached to the inner wall of the main body will be a higher grinding effect.

As well as having a plurality of inward wings integral with the packing there is an effect that the food is splashed back to the hole of the mouth when crushing the food residue.

Claims (5)

Inserted into the inner diameter end portion 21 of the sink sink, the upper annulus portion 31 to be mounted on the inner diameter end portion 21, the annulus groove 32 of the suspension in which the elastic ring 33 is fitted, and inclined inwardly Upper fixing member 30 consisting of a lower portion (34); A lower fixing member 40 in which a flange portion 41 is in contact with a bottom surface of the inner diameter end portion 21 while being previously fitted on the elastic ring 33 of the upper fixing member 30; Expansion portion 55 having an inner end portion 52 and the plurality of bolts 53 and the plurality of assembling grooves 54 radially formed on the outer circumferential surface of the upper fixing member 30 and the elastic end 33. Upper fastening member 50 made of; The upper fastening member 50 is assembled to the upper fastening member 50, but the radially upper fastening member 62 is formed with a plurality of assembling protrusions 61, the lower end 63 for the hook having an U-shaped cross-shaped lower fastening member ( 60); The packing 70 is fitted to the upper edge 81 to be inserted into the lower end 63 of the lower fastening member 60, and has an overflow inflow pipe 82 at the upper end and a drain pipe 83 at the lower end. Cylindrical body 80; A motor 92 including a motor housing 91 connected to a bottom of the cylindrical body 80; A horizontal rotary plate 94 fixed to the output shaft 93 of the motor, a plurality of grinding blades 96 fixed by rivets 95 so as to be rotatable on an upper surface of the rotary plate, and corresponding to the height of the rotary plate Food waste crusher, characterized in that consisting of; grinding means 90 comprising a fixed blade 97 attached to the inner diameter of the cylindrical body (80). The method of claim 1, The cylindrical body (80) is configured to form a conical upper half, and formed inwardly projecting projections (84) in the inner conical portion of the food waste shredder, characterized in that to improve the grinding function. The method of claim 1, The packing 70 is interposed between the cylindrical body 80, including a plurality of inward wings 72 partitioned by a radial cut portion 71 formed in the center to have a backflow prevention function Food waste shredder. The method of claim 1, The fixed blade (97) forms a downward saw blade (97a), the food waste shredder, characterized in that the height of the saw blade is in the same position as the height of the rotating plate (94). The method of claim 1, The plurality of grinding blades (96) is fixed with rivets (95), food waste grinder, characterized in that the rotation is fixed freely on the rotating plate (94).