KR200360294Y1 - food remnants treatment apparatus - Google Patents

Abstract

Disclosed is an improved residue treating apparatus for simplifying the discharge of dried treated residue and allowing smooth stirring of the residue. The apparatus is provided with a case 200, an inlet 111a into which the remainder is introduced, a drying barrel 111 rotatably supported by the case 200, rotating means for rotating the drying barrel 111, and drying. It is provided on the outer circumferential surface of the drying barrel 111, the stirring blade 117 rotatably coupled to the rotating shaft of the barrel 111, the rotating means for rotating the stirring blade 117 so as to reciprocate rotation, It is provided with a heater 160 for generating heat and evaporating the moisture of the residue with the generated heat, and a collecting cylinder 120 which is located at the lower portion of the drying vessel 111 and receives the residue discharged through the inlet 111a. Such a residue treatment apparatus not only simplifies the structure by inputting and discharging the residue through the inlet 111a, but also effectively prevents leaks, thereby advantageously preventing corrosion of the apparatus. In addition, by stirring the residue by the reciprocating operation of the stirring blade 117 to prevent tangling of the hair and the like to improve the stirring efficiency.

Description

Food remnants treatment apparatus}

The present invention relates to a leftover treatment apparatus capable of discharging by minimizing the volume at a light weight by heating and drying the leftover while stirring the leftover, in particular, to facilitate the discharge of the dried leftover and smoothly stir the leftover. It relates to a residual treatment apparatus improved to be.

Various types of residue treatment machines for removing moisture from food waste (residue) and discharging them are manufactured, and one example thereof is illustrated in FIG. 1.

This is a device disclosed in Korean Patent Registration No. 199-0015438, wherein the support shaft 5 is fixed to the inner frame 4 of the outer cylinder 3 in which the input door 1 and the discharge door 2 are formed. Rotating cylinder (6) formed with the opening and closing door (9) is arranged to rotate and is connected to the sprocket (7) of the side by the low-speed motor (8) and chain (28) to rotate.

In addition, a heater and a stirring blade are provided inside the rotating cylinder 6 so that the heating and stirring of the remainder are possible.

Such a residue processor is such that the rotary cylinder 6 is rotated by the driving of the motor 8, and at the same time, the residue accommodated by the operation of the heater is heated and the residue is stirred by the stirring blade.

In this way, after the residue is processed in a proper state, the opening / closing door 9 of the rotating cylinder 6 is rotated to a position facing the discharge door 2 of the outer cylinder 3, and the discharge door 2 and the opening / closing door 9 ) And open it to the treated residue.

However, such a residue processor has a problem in that the rotating cylinder 6 is rotated 360 degrees and the stirring blade inside also rotates to stir the residue, so that foreign matters such as hair are entangled in the stirring blade and the stirring efficiency is lowered.

In addition, there is a problem in that the water is leaked through the opening and closing door 9 during the stirring operation while the rotating cylinder 6 rotates 360 degrees, and the surroundings are polluted.

In addition, installation of a sensor or the like is required to position the opening / closing door 9 at the position of the discharge door 2 at the time of discharging the residue, and the discharge operation of the residue from the rotating cylinder 6 is cumbersome.

The present invention was created to solve the above problems, and has the following objectives.

First, to provide a residue treatment apparatus to prevent the tangling of foreign substances such as hair in the stirring blade to stir the residue to improve the stirring efficiency.

Second, it is to provide a surface treatment apparatus such that moisture, such as water, does not leak to the outside even during treatment operations such as stirring of the surface.

Third, to provide a residue processing apparatus to facilitate the discharge of the residue after the treatment such as removal of moisture from the residue.

Fourth, it is to provide a surface treatment apparatus for draining the water contained in the residue during the treatment of the discharged water and the residue from the kitchen sink.

1 is a schematic view showing a conventional residue treatment apparatus,

Figure 2 is a schematic view showing a device for processing the residual design,

Figure 3 is a perspective view of the rotating means and the rotating means of the stirring blade shown in Figure 2,

4 is a side view of FIG. 3;

5 is a schematic view showing a drainage unit.

* Explanation of symbols for main parts of the drawings

111 ... dry barrel 117 ... Stirring blade

120 ... 112 112 ... Stirring motor

130 ... Suction unit 140 ... Drainage unit

The present invention to achieve the above object in the residue processing apparatus for drying and discharge the residue such as food waste,

A case, an inlet through which the residue is introduced, a drying vessel rotatably supported by the case, a rotating means for rotating the drying vessel, and a rotatably coupled and rotatably received residue on the rotating shaft of the drying vessel. A stirring blade, a rotating means for rotating the stirring blade in a reciprocating manner, a heater provided on an outer circumferential surface of the drying barrel to generate heat and evaporating moisture in the remaining region with the generated heat, Characterized in that the collection container for receiving the residue discharged through the inlet.

The rotating means includes a worm gear rotatably installed on an outer surface coaxially with the rotating shaft of the drying barrel, and a worm that is engaged with the worm gear and rotated by a drive of a rotating motor.

The rotating means includes a stirring motor for generating power, a first link having one end connected to a rotating shaft of the stirring motor, a second link having one end rotatably connected to the other end of the first link, and one end having the first link. It is rotatably connected to the other end of the two links and the other end is provided with a third link connected to the stirring blade, wherein the first link is characterized in that formed relatively shorter than the third link.

In addition, the treatment apparatus of the present invention further comprises a suction unit for sucking the steam discharged through the inlet, and a suction pipe for condensing the steam sucked into the suction unit and discharged to the drain pipe.

In addition, the waste pipe may be connected to the sewage pipe for guiding the sewage discharged from the sink of the kitchen to be discharged together.

In addition, a portion of the sewage pipe is bent in a "U" shape is characterized in that the backflow of the odor is prevented.

According to the features of the present invention, the residue treatment apparatus of the present invention not only can simplify the structure by the input and discharge of the residue through the inlet, but also effectively prevents leakage to advantageously prevent the corrosion of the device. In addition, by stirring the residue by the reciprocating operation of the stirring blade to prevent tangling of hair and the like improves the stirring efficiency.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

2 to 4 showing the residue treatment apparatus of the present invention for drying and discharging the residue such as food waste, this is a case 200, and the inlet 111a through which the residue is input is formed and the case ( A drying blade 111 rotatably supported by 200, a rotating means for rotating the drying barrel 111, and a stirring blade rotatably coupled to the rotating shaft of the drying barrel 111 to accommodate the remaining residue. 117, a rotating means for rotating the stirring blade 117 in a reciprocating manner, a heater 160 provided on an outer circumferential surface of the drying barrel 111 to generate heat and evaporating moisture in the residual region by the generated heat; It is provided with a collecting cylinder 120, which is located in the lower portion of the drying container 111 for receiving the residue discharged through the inlet (111a).

An inlet 101 corresponding to the inlet 111a of the drying container 111 is provided on the upper surface of the case 200, and a discharge port 102 is provided on the side thereof to take out the collecting container 120 to the outside. .

The rotation means is a worm gear 152 rotatably installed on the outer surface coaxially with the rotation axis of the drying barrel 111, the worm is engaged with the worm gear 152 and driven to rotate by the drive of the rotary motor 150 151 is provided. The drying cylinder 111 is rotated by the rotation means such that the inlet 111a may be rotated 180 degrees to be positioned at a position corresponding to the collection cylinder 120.

The rotating means may include a stirring motor 112 generating power, a first link 113 having one end connected to a rotating shaft of the stirring motor 112, and one end rotating at the other end of the first link 113. And a third link 115 connected to the other end of the second link 114 and rotatably connected to the other end of the second link 114 and the other end connected to the stirring blade 117. In this case, the first link 113 is formed to be relatively shorter than the third link 115.

Therefore, when the first link 113 is rotated once, the third link 115 and the stirring blade 117 are reciprocated back and forth like a watch.

In addition, referring to Figures 2 and 5, the treatment apparatus of the present invention is a suction unit 130 for sucking the steam discharged through the inlet (111a), and the steam sucked into the suction unit 130 to condense the drain pipe The suction pipe 131 which discharges to the 134 is provided. The suction unit 130 includes a suction pen which is rotationally driven by driving of a motor.

In addition, the drain pipe 134 of the drain unit 140 is connected to the sewage pipe 132 for guiding the sewage (汚水) discharged from the sink (not shown) of the kitchen so that the sewage is discharged together.

In addition, a portion of the sewage pipe 132 is bent in a "U" type to prevent backflow of odor, and the sewage pipe 132 is connected to a water supply pipe 133 to discharge the sewage remaining in the "U" trap. New water is supplied to make it possible.

Reference numeral 133a denotes an opening / closing valve of the water supply pipe 133, and reference numeral 131a prevents a backflow of steam introduced by evaporation from the drying tank 111 and from the “U” trap when the suction unit 130 is not operated. To shut off the odor of the valve.

First, the residue treatment apparatus as described above is used while the residue is not processed, while shutting off the valve 131a and discharging wastewater from the sink through the sewage pipe 132. At this time, the odor from the sewage is not discharged to the outside through the suction pipe 131 by blocking the valve (131a).

In this way, the residues such as food waste filtered out through the filter net are accommodated in the drying container 111 through the inlet 111a. When a certain amount of residue is accommodated in the drying container 111, the heater 160 is operated by supply of power and the stirring motor 112 is driven to stir the residue while reciprocating the stirring blade 117.

The stirring blade 117 is not rotated 360 degrees by the first, second, third link 113, 114, 115 to interlock it and is reciprocated like a clockwork.

In this way, the heating and heating of the heater 160 and the stirring operation of the stirring blade 117, while the residue is stirred, the water contained is evaporated and discharged to the outside of the drying tank 111 through the inlet (111a).

On the other hand, the drying tank 111 may be installed with a sensor (not shown) for measuring the temperature and humidity of the remaining heating, when the temperature and humidity reaches the heater 160 and stirring by the detection signal of the sensor The motor 112 can be stopped.

The vaporized vapor is sucked into the suction pipe 131 by the suction pen of the suction unit 130 and condensed and discharged through the drain pipe 134.

As such, when the remainder is dried while evaporating moisture by heating and stirring the drying vessel 111, the operation of the stirring motor 112 is stopped, and the rotary motor 150 is operated to operate the worm 151 and the worm gear 152. By rotating the drying container 111 180 degrees. At this time, the inlet 111a is located at a position corresponding to the collecting container 120, and the remaining portion of the inlet 111 falls into its own weight and is collected by the collecting container 120. The dried residue collected in the collecting container 120 is light by removing moisture and the like, thereby reducing the processing cost and reducing the processing cost and may be used as manure.

The inventive design of the residue processing apparatus not only simplifies the structure by inputting and discharging the residue through the inlet 111a, but also effectively prevents leaks, thereby advantageously preventing corrosion of the apparatus.

In addition, by stirring the residue by the reciprocating operation of the stirring blade 117 to prevent tangling of the hair and the like to improve the stirring efficiency.

The present invention as described above is not limited to the above embodiments without departing from the spirit and scope of the present application can be carried out with a number of modifications.

The present invention as described above has the following advantages.

First, the structure is simplified by the input and discharge of the residue through the inlet (111a) of the drying container (111).

Second, by forming the inlet (111a) in the upper portion and stirring the residue in the reciprocating rotation of the stirring blade, unlike the stirring according to the 360-degree rotation of the conventional rotating cylinder to prevent the leakage of water contained in the residue to prevent corrosion of the device To advantage.

In addition, by stirring the residue in the reciprocating operation of the stirring blade 117 to prevent tangling of the hair and the like to improve the stirring efficiency.

Third, after the removal of water from the residue is completed, the discharge of the residue is made by its own weight in the collecting container located in the lower portion by the rotation of 180 degrees of the drying container 111 to simplify the discharge operation.

Fourth, efficient use of the device is possible by draining together the wastewater discharged from the kitchen sink and steam according to drying of the residue.

Claims (6)

In the leftover processing apparatus for drying and discharging leftovers such as food waste, Case 200, An inlet 111a through which the residue is introduced and a drying barrel 111 rotatably supported by the case 200; Rotating means for rotating the drying container 111, A stirring blade 117 that is rotatably coupled to the rotating shaft of the drying barrel 111 and accommodates the received residue; Rotating means for rotating the stirring blade 117 in a reciprocating manner, A heater 160 provided on an outer circumferential surface of the drying barrel 111 to generate heat and evaporating moisture in the remaining region with the generated heat; Residual processing apparatus, characterized in that provided in the lower portion of the drying container 111, the collecting container 120 for receiving the residue discharged through the inlet (111a). According to claim 1, wherein the rotating means is a worm gear 152 rotatably installed on the outer surface coaxially with the rotation axis of the drying barrel 111, the worm gear 152 is engaged with the rotation motor 150 of the Remnant processing apparatus characterized in that it comprises a worm (151) that is driven to rotate by driving. According to claim 1, wherein the rotating means is a stirring motor for generating power 112, the first link 113 is connected to one end of the rotating shaft of the stirring motor 112, one end is the first link 113 The second link 114 is rotatably connected to the other end of the) and one end is rotatably connected to the other end of the second link 114 and the third link 115 is connected to the stirring blade 117 the other end. ), The first link (113) is a residual processing apparatus, characterized in that formed relatively shorter than the third link (115). According to claim 1 or claim 2, The suction unit 130 for sucking the steam discharged through the inlet 111a, and the steam sucked into the suction unit 130 to condense and discharged to the drain pipe 134 Residual processing apparatus characterized by further comprising a suction pipe (131). The residual surface treatment apparatus according to claim 4, wherein a sewage pipe (132) for guiding the sewage discharged from the kitchen sink is connected to the drain pipe (134). 6. The residue treatment apparatus according to claim 5, wherein a part of the sewage pipe (132) is bent in a "U" shape to prevent backflow of the odor.