KR20220112919A - Automatic food waste disposer combined and assembled with sink - Google Patents

Abstract

The present invention relates to an automatic food crushing device separable from a complex sink, which can immediately treat food waste, comprising: a safety lid (30); a water collection unit (41) having four water spray ports of an automatic water supply device; a mixer main body (43) having a mixer function for automatically cutting and crushing food waste; a crushing and water collecting unit (63); and a crushing discharge container (60).

Description

{ Automatic food waste disposer combined and assembled with sink }

The present invention relates to a sink (A) separation type (10) automatic food waste processing apparatus that constitutes a household unit,

In more detail, the primary-processing means and secondary-processing of the automatic food waste processing device that hygienically treats food waste generated from the sink in which the configuration of the sink is combined with each type of dishwasher, gas stove, and sink drawer cabinet. means to constitute,

When the safety lid 30 of the automatic food waste crushing device is opened, food waste is poured into the mixer function of the water collection unit 41, and the safety lid is closed, the operation sensor switch detects the operation sensor switch. The water automatically supplied on the inner wall of the four water jets 51 installed on the inner wall is washed while rotating, and the pulverized products by the cutting and pulverization of the double figure eight-shaped blade 44 of the mixer main body 43 are rotated on the rotating plate 45. The pulverized material that has passed through the hole (sieve) and has been pushed through the main body discharge pipe 53 due to the cutting and pressure generation of the rotating pressure blade 46 protruding through the hole (sieve) is collected and pulverized by the pulverization collecting unit 63 of the secondary-processing means. The residues are dried by the operation of the heat exchanger 61 formed by a heating device for moisture removal when the crushed residues are transported and collected through the discharge screw 64 of the operation motor 62, and the dried crushed residues are Sink-separated food waste that is collected separately and used for composting or thrown away as general waste, and the pulverized liquid passes through the primary and secondary sieves, which are the bottom discharge networks, and flows into the septic tank discharge pipe 24 through the discharge pipe 22 It relates to an automatic grinding processing apparatus.

When disposing of food waste in the household sink, the processor collects the food waste using a dedicated container or plastic bag, or uses the food waste processor, dryer, grinder, freezer, microbial fermenter, etc. People take the decomposed food waste out of the house one by one through the elevator or stairs and throw it in the dedicated food waste bin. do.

Food waste discharged from households is the main culprit of environmental pollution in the whole neighborhood. It is a serious problem of food waste treatment, economic loss that requires a lot of processing cost, and marine dumping in the sea due to the problem of salinity in the storage area is also prohibited. There are difficulties in the process.

In some cases where the food crusher (aka disposer) used in existing households is approved for use, it is processed through the drain. There is no odor problem, and the food waste leachate that flows into the river through the drain is the main culprit of serious pollution to the environment by using the river as a polluting factor. % or more or less than 20%), that is, 80% of the volume is re-collected by the user and put in a food waste bag and discharged to the outside.

Therefore, if stored for a long time at home, it is a reality that bad sanitation occurs in the house due to the occurrence of bad odor due to decay, especially the occurrence of bugs.

Accordingly, in order to facilitate the treatment of food waste as described above, various technologies for using a food waste disposer disposed of in a sink are being developed.

In such a food crushing processor (aka disposer), treatment methods are largely used, such as a crushing recovery method and a microorganism extinction method.

Currently, there is a secondary-automatic treatment device for the food crusher (aka disposer) installed in the home sink, which is a legal alternative. This will be described as an example.

The present invention is based on registered patent No. 10-1445111, which the applicant invented based on his experience, invented a sink-separated food waste automatic pulverizing device. In addition, in Korea, where the pipe size is small and fibrous food waste is a lot due to the pipe design of the current building, the odor caused by the backflow factor due to the clogging of the pipe, excessive AS loss such as sink flooring, and the fact that the liquid crushed food is discharged into the river We are trying to improve what is causing great problems due to the destruction of the natural environment as a polluting factor.

The present invention has a crushing mixer function that enables simple and hygienic cutting and pulverization of food waste generated in a sink, and a heat exchange function of a second-processing means, a separation stirring treatment device and a heating device. An object of the present invention is to provide a sink-type separation type food waste automatic pulverizing apparatus.

Patent Document 0001-Registration Patent No. 10-1445111 Patent Document 0002 - Registered Patent No. 10-1667958

Therefore, the present invention for solving the problems of the prior art is disclosed a food waste automatic pulverization treatment apparatus composed of a sink-type separation primary-processing means and secondary-processing means to be combined.

The present invention was invented to solve the direct cause of environmental pollution by eliminating the problems of the food crusher (aka disposer) as described above from the source (sink) where the invention is improved based on experience. In order to solve the noise generated during operation of the food waste processor of Automatic control function in consideration of safety to automatically supply water as a function, mixer function to automatically process food waste into cutting and pulverizing liquid, discharging liquid from the rotary plate and pressure function to push the crushed material out by pressure generated by the rotary pressure blade. An object of the present invention is to provide an automatic food waste processing apparatus configured with a pressure function to prevent clogging.

In order to solve the above technical problem, the present invention is a hygienic and convenient kitchen sink separation type food waste that can be disposed of immediately by supplementing the problem of a food waste processor (aka disposer) directly connected to the kitchen sink. To provide a crushing processing device,

In general, an automatic food waste crushing apparatus consisting of a primary-processing means and a secondary-processing means consisting of a sink (A) separate type (10) consisting of a sink unit or a separate type dishwasher, gas stove, chest of drawers, etc.;

In order to achieve the above object, the present invention is composed of a sink-integrated integrated type and a separate type, and the automatic safety cover is provided in a processing device having a mixer function and a distribution stirring function driven by a motor, which is a driving source, which is a processing device. In the configuration of the monitor control board 71 as a sensing operation sensor switch,

a safety lid 30 to operate the automatic food waste processing device;

a water collecting unit 41 having four water jets of the automatic water supply device;

a mixer function mixer main body 43 for automatically cutting and pulverizing the food waste;

a crushing collection unit 63 to automatically separate and discharge the food waste;

The crushing discharge container (60) capable of processing the crushed residues in the front crushing collection unit;

It is characterized in that the above pulverized liquid is connected to the septic tank discharge pipe.

At this time, the safety lid 30 of the automatic food waste crushing apparatus configured to incorporate the food waste generated in the sink is opened and poured into the water collecting unit 41, and the monitor control board unit 71 is configured with a timer electronic sensor setting, manual / It features an automatic food waste processing device comprising an automatic selection button, a stop button, an operation lamp, and a power lamp.

The automatic food waste processing apparatus of the present invention connects and installs a sink-separated primary-processing means and secondary-processing means processing device to immediately open the safety lid of the food waste generated in the sink and the collection unit 41, which is a collection container, with a mixer function With a hygienic and convenient configuration for pouring into the mixer, it consists of a double 8-shaped blade (44), a protruding blade (44-1) that cuts and pulverizes fibers with a mixer function, and a number of grinding blades, and several holes (2MM liquid) are crushed and discharged. Function Rotating plate (45), pressure function on the inner side for discharging pressure protruding from the lower surface, two rotating pressure blades (46), operation control function Monitor automatic detection of the safety lid automatically operating of the control board part (71) Operation sensor switch (33) ), the primary-processing means and the secondary-processing means for discharging food waste are connected and installed by the operation of the motor 47 configured in the lower part to drive the function by % is automatically collected so that it can be used legally, and the user must collect it again, put it in a food waste bag and dispose of it outside.

Instant mixer function The purpose of automatic cutting and crushing treatment is to provide an automatic food waste pulverization treatment device capable of disposing of the pulverized residue and liquid water automatically supplied by the secondary-processing means device to the septic tank discharge pipe.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.
1 is a view showing the installation state of the toilet toilet device of the existing invention,
2 is an installation state diagram of an automatic food waste crushing and processing apparatus of the present invention.
Figure 3 is a state diagram of the separation and installation of the automatic food waste processing apparatus of the present invention.
4 is a cross-sectional view of an automatic food waste crushing apparatus of the present invention.
5 is a cross-sectional view showing the operation of the automatic food waste crushing and processing apparatus of the present invention.
6 is an exploded perspective view of the food waste automatic crushing treatment apparatus of the present invention, a cross-sectional view and an assembly view.
7 is an operation configuration diagram of an automatic food waste processing apparatus according to the present invention.

It will be possible to understand the characteristics of the existing food crushing processor according to the present invention by referring to the 0001, 0002 registered patent technology and drawings attached to the prior art document by the embodiments configured in detail.

As shown in FIGS. 3 to 4 and 5, the automatic food waste processing apparatus composed of the sink (A) separation type 10 to be combined according to the present invention has a height with the sink separation type primary-processing means and secondary-processing means. It is configured to be able to adjust the height of the sink with the four adjustable feet 18 that freely adjust the It is a hygienic and convenient configuration and consists of the operation of the automatic detection operation sensor switch 62 of the monitor unit 70 and the monitor control board unit 71 on the front of the sink.

The sink separate type primary-processing means installs an automatic food waste crusher and fixes the lid support cover 32 of the safety lid 30 on the flat surface of the sink top 10 with the lid support 31 to automatically crush food waste. Connect the water collecting part 41 of the processor, and connect the water supply pipe 52 to the four water jet ports 51 that automatically supply water to the water collecting part 41. Connect the water control valve 50 for the control solenoid, The water collecting part 41 and the mixer main body 43 are connected by an assembly bolt 42 .

The mixer main body 43 has a double 8-shaped blade 44 for cutting fibers with a mixer function and a cutting and grinding function with a protruding blade 44-1, a plurality of grinding blades, and several holes (2MM liquid) grinding rotation plate The discharge function of (45), the pressure function of the rotational cutting rotary pressure blade 46 of the inner surface for the discharge pressure protruding from the lower surface, the user of the safety lid 30 in the monitor control board unit 71 of the monitor unit 70 It consists of the operation of the motor 47 configured in the lower part to drive the operation sensor switch 33 by ON OFF operation.

With the mixer function, the inner wall surface of the mixer main body 43 configured in the water collecting part 41 for cutting and grinding is composed of a protruding blade 44-1, and the double figure 8 blade 44 and the rotating plate 45 under the It is composed of a left bolt 49, which is an assembly bolt that is combined with a motor 4 configured in the lower part for driving the rotating pressure blade 46, and a main body discharge pipe 53 for discharging crushed residues and liquids from the mixer main body 43 ) is included.

As shown in FIGS. 6 to 4 and 5, the sink-separated secondary-processing means is connected to the main body discharge pipe line 53 for the cut and pulverized liquid material in the mixer main body 43 of the water collecting unit 41 to connect the pulverized collection unit. It consists of a device configuration for classifying the pulverized residues and liquids collected in the water part (63),

The bottom discharge network 67 for classifying the crushed residues of the crushing collection unit 63 discharges water, and rides the discharge screw 64 connected to the operation motor 62 for classifying the crushed residues to the crushing discharge container 60. When transported, after water removal of the heat exchanger 61, which is a heating device, the user can easily clean the debris inside by separating the crushing discharge container 60.

A slope bottom sieve 67 is configured on the inner bottom of the upper main body pulverization collection unit 63, and the liquid water introduced with the crushed residue is filtered through the primary sieve 65 and the secondary sieve 66 through the discharge pipe 22. It is configured to flow into the septic tank discharge pipe 24 that is formed.

As shown in FIGS. 6 to 5, according to a more detailed description, there are four in the water collecting unit 41 installed in the sink-separated primary treatment means. By rotating the inner side, a vortex (water flows in in the form of rotation) can be formed to improve cleaning power and improve mixing power.

The mixer main body 43 connected to the water collecting part 41 and assembly bolts is a support plate 55 having a plurality of grinding protrusions formed on its side surface. (57) is configured to be separated into two so that it can be disassembled when cleaning is inserted into the inner side of the mixer main body (43).

The motor 47 connected to the mixer main body 43 is composed of a rubber packing, a leader, and a metal bearing for airtight maintenance through which the motor shaft is coupled.

The motor 47 shaft is configured to prevent loosening by assembling the crushing double 8-shaped blade 44 of the mixer main body 43, the rotating plate 45, the rotating pressure blade 46 with the left bolt 49) screw,

The double figure 8 blade 44 is a double figure eight blade 44 curved from the bottom to the top to minimize the friction load during pulverization while cutting and crushing power can be improved. It is formed by spacing in the form.

The rotating plate 45 is in the shape of a disk, and has a side blade 45-1 capable of crushing food waste on its upper surface and dozens of discharge holes 45-2 capable of discharging the crushed liquid to the bottom 2MM (KS standard). sieve) is composed of

The rotating pressure blade 46 is installed under the rotating plate, and between the rotating plate 45 and the inner peripheral wall of the lower main body mixer main body 43, the discharging hole 45-2 and the discharging blade ( 45-3) so that the slurry discharged through the discharge space is allowed to fall into the discharge space and then the bottom surface of the rotating plate 45 is inclined with the pressure gradient protruding two rotating pressure blades 46 in order to be discharged to the main body discharge pipe line 53. It is configured to cut the pulverized material discharged from the rotary plate 45 or discharge the pulverized liquid which pushes it to the main body discharge pipe 53 .

When in use, as shown in FIGS. 6 to 7, the power is cut off to maintain a standby state, and the safety lid 30 according to the operation method is opened, food waste is put into the water collecting unit 41, and the lid is closed, the water supply pipe 52 ) is connected to the tap water 100 and a solenoid water control valve 50 is mounted so that opening and closing is controlled, and water is automatically supplied when connected to the four water jets 51 .

At this time, the operation sensor switch 33 of the safety lid 30 is recognized by the monitor control panel unit 71 and operates the motor 47 on/off to operate the mixer function figure 8 blade 44, the rotation plate 45, and the rotation pressure blade 46 ) is rotated at high speed, and at the same time, a certain amount of water is supplied through the water supply pipe line 52 through the water supply pipe 52 through the control recognition of the solenoid water control valve 50 and is rotated and supplied along the wall to simultaneously cut and pulverize the pulverized liquid. Constructed to be in the form of water.

The automatic water supply is supplied for a certain period of time even after the operation of the motor 47 is turned off/on, so that the residue remaining in the water collecting unit 41 can be sufficiently removed. When the motor 47 is stopped, the recognition solenoid water control valve 50 in the automatic monitor control board unit 71 is blocked,

For the safety configured above, the safety lid 30 is configured to always promote safety with an automatic stop function when opened with an automatic detection operation sensor switch 33 .

As shown in Figures 6 to 7, the secondary-processing means distribution device is installed, so that 80% of the users can recover the operation motor exhaust screw transfer device, the heating device heat exchanger, and the recovery device functions are reduced to the crushing discharge container ( 60) constitutes.

The pulverization collecting unit 63 collects pulverized remnants through a bottom sieve 67, and the pulverized remnants are automatically collected into the pulverized outlet 60 by a conveying device through a discharge screw 64,

The heat exchanger 61, which is a heating device, is automatically dried with a water removal function of the crushed residues collected in the crushing discharge bin 60, and the dried crushed residues are collected separately and used for composting or thrown away as general waste,

The pulverized liquid passes through the bottom sieve 67 and is discharged to the septic tank discharge pipe 24 through the discharge pipe 22 through the primary sieve 65 and the secondary sieve 66.

Since it may smell or be in a contaminated state because of the crushed residue and liquid, it is sent to the disinfectant supply pipe line 81 by the disinfection device unit 80 attached to the side of the crushing discharge tube 60 for disinfection. The disinfection device unit 80 is generally operated by an electronic device or a mechanical device, and the disinfectant solution 82 enters the disinfectant solution supply pipe 81 to which a predetermined amount of the disinfectant solution 82 is supplied by a general timer operation and is disinfected together with water. it is composed

The monitor control board 71 of the monitor 70 has a mixer function timer, ON/OFF setting manual and automatic selection buttons, a stop button, and an operating power lamp. A current interrupting fuse is included.

Although the embodiment of the present invention has been described in detail as described above, the scope of the present invention is not limited thereto, and the scope of the present invention extends to what is substantially within the scope of the present invention and the embodiment of the present invention.

-Explanation of symbols for the main parts of the drawing-
A... Sink 10... Detachable
11...Strainer. 12... tap water
13...Sink storage tank 15...Sink main body
18...4 pcs - Control foot 22...Exhaust pipe
30...Safety Lid 31...Lid Support
32...Lid support cover 33..Operating sensor switch
40...Operating lid 41...Catching part
43...mixer main body 44...8-shaped blade
45...Rotating plate 46...Rotating pressure blade
47...Motor 48...Motor Cover
50...water control valve 51...4 pieces - water nozzle
52.. Water supply pipe 53.. Main body discharge pipe
55...Support plate 56...Sub blade
60... Grinding bin 61.. Heat exchanger
62...Operating motor 63...Crushing collector
64...Exhaust screw 65...First strainer
66...Secondary sieve 67...Bottom sieve
70...monitor
71...Monitor control board part 80...Disinfecting device part
81... Disinfectant supply pipe 82...Disinfectant
100...Tap water 220...Power supply (220V)

Claims (3)

an automatic food waste crushing apparatus comprising a sink unit (A), a separate type (10), a primary-processing means and a secondary-processing means;
In a configuration in which the food waste generated from the sink is integrated and installed, the safety lid 30 of the automatic food waste crushing apparatus is opened and poured into the water collecting unit 41, and the water collecting unit 41 is connected to the mixer main body 43 of the mixer function. Double 8-shaped blade 44 for cutting and pulverizing fibers, mixer function of protruding blade 44-1, multiple grinding blades, and discharge function of several holes (2MM liquid) grinding rotary plate 45, on the lower surface The cut discharge pressure function of the two protruding rotating pressure blades 46 of the configured inner surface, the monitor control board unit 71 control function of the operation control panel monitor unit 70, and the automatic detection operation sensor switch 33 of the safety lid a motor 47 configured at the bottom for driving a function;
Four water spray holes for rotation cleaning of the inner wall surface that supplies water to the water collecting unit 41 by the automatic sensing operation sensor switch 33 of ON.OFF to the safety lid 21 that operates the food waste automatic crushing device The water supply pipe 52 for supplying water to the 51 and the solenoid water control valve 50 for automatically controlling water are connected to supply tap water 100 .
The primary-processing means is a mixer function installed in the water collecting unit 41. The pulverized material that has passed through several hole rotary plates 45 under the figure 8 blade 44 that cuts and pulverizes is cut by two rotary pressure blades 46. And the pressure function is connected to the motor shaft and assembled with the left bolt 49 for preventing loosening.
The secondary-processing means pulverization collecting unit 63 collects pulverized residues and transfers them through the bottom sieve 67 by the discharging screw 64 of the operating motor 62. The water is removed and dried by the operation of the heat exchanger 61, which is a configured heating device, and the dried pulverized residue is collected separately to be used for composting or to be disposed of as general waste,
The pulverized liquid passes through the bottom sieve 67 and is discharged through the primary sieve 65 and the secondary sieve 66 through the discharge pipe 22 and flows into the septic tank discharge pipe 24 .
Operation and odor disinfection Since the deodorant input device is configured in the crushing and discharging container 60, it may smell or be in a contaminated state because of the liquid residue. It is sent to the disinfectant supply pipe 81 and configured to be disinfected,
The sink separate type primary-processing means and secondary-processing means are timer electronic sensor setting, manual, automatic selection button, stop button operation lamp for controlling including a control device from the monitor control board part 71 of the monitor 70 . Food waste automatic pulverization processing device, characterized in that the power lamp is configured; 2. The method of claim 1
a sink separation type food waste automatic pulverizing apparatus for coalescing;
The water collecting unit 41 constituting the sink-separated primary-treatment means has four water jets 51 as a wall surface, and when water flows in, the inner side of the water collecting unit 41 rotates while vortexing (water in a rotating form). This inflow) can be configured to improve cleaning power and mixing power.
Automatic control of water in the water supply pipe 52 to the four water jets 51 supplying water to the water collecting unit 41 by the automatic sensing operation sensor switch 33 in the safety lid 21 during the operation Food waste automatic pulverization processing device constituting the monitor control board unit 71 of the monitor 70 on the front portion for controlling the tap water 100 connected by forming the solenoid water control valve 50; 2. The method of claim 1
an integrated food waste automatic pulverizing apparatus comprising the sink-type separation primary-processing means and secondary-processing means;
The pulverized product that is cut and pulverized in the main body 43 of the mixer for cutting and pulverizing food waste as the primary treatment means and passed through the rotating plate passes through the main body discharge pipe 53 with the pressure generated by the rotating pressure blade.
As the secondary-processing means, the crushed residues and liquids collected in the crushing collecting unit 63 are collected, and the crushed residues are passed through the bottom sieve 67 through the discharge screw 64 of the operating motor 62. 60), when collected, it is dried by removing moisture by operation of the heat exchanger 61, a heating device with a moisture removal function, and the dried crushed residue is separately collected and used for composting or thrown away as general waste, and the crushed liquid is discharged to the septic tank through the bottom discharge network 67 through the primary sieve 65 and the secondary sieve 66 through the discharge pipe 22 through the septic tank discharge pipe 24.
The operation and odor disinfection deodorant input device is configured in the crushing and discharging bin 60, so it may smell or be in a contaminated state because of the crushed residue and liquid, so the disinfection device part 80 attached to the side of the crushing and discharging bin 60 is sent to the disinfectant supply pipe line 81 for disinfection by an automatic food waste processing device configured to enter (81) and sterilize together with water;

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