KR100986882B1 - Prevention means of getting feedback stench of garbage gubihan waste water processing system device - Google Patents

Abstract

The present invention relates to a garbage input facility of a garbage disposal system installed in an assembly building, such as an apartment or an officetel, to deal with garbage, and more specifically, an air suction type garbage to inhale and process a garbage bag inserted into a pipeline. In the bag disposal system, a waste feeder of a waste disposal system for preventing backflow of odors in a waste input facility for inputting waste into a pipeline and preventing contamination of the inside of the input facility by continuously repeated waste input As for

The present invention for solving the above-mentioned objects, the diagonally installed inlet of the waste injecting equipment so that the cover is operated in a diagonal direction, the shielding plate is provided at a predetermined depth of the inner lower end is provided with an inlet chamber, In the interior of the input chamber, there is provided a waste input equipment including a discharge means for discharging the remaining odor, a sterilization means for sterilizing the interior of the input chamber, and a direction means for providing aroma effect in the input chamber.

Input port, input room, discharge means, sterilization means, aroma means, garbage disposal system

Description

Preservation means of getting feedback stench of garbage gubihan waste water processing system device

The present invention relates to a garbage input facility of a garbage disposal system installed in an assembly building, such as an apartment or an officetel, to deal with garbage, and more specifically, an air suction type garbage to inhale and process a garbage bag inserted into a pipeline. In the bag disposal system, a waste feeder of a waste disposal system for preventing backflow of odors in a waste input facility for inputting waste into a pipeline and preventing contamination of the inside of the input facility by continuously repeated waste input It is about.

At present, in the aggregate buildings such as apartments, officetels, residential complexes, etc., a treatment system using intake air is becoming common as a means for treating and discharging wastes more conveniently.

In other words, when a proper amount of garbage bags is accumulated by putting garbage in a waste input pipe installed in each building, a system that detects this and activates a compression device to inhale and discharge the garbage bags in the pipeline is popularized. to be.

In such a waste disposal system, a variety of functions are added to an input facility for injecting a garbage bag, and various functions for disposing of garbage, such as automatic opening and closing of an input port and a user's information and communication with a management office, are provided. .

The most important point in the input equipment for injecting the waste is that the waste accumulates at a predetermined level in the input pipe into which the waste is input, and thus, there is an urgent need for a means of preventing odor backflow from the accumulated waste.

As a means for preventing the backflow of odor, techniques for preventing backflow of odor by forming a double inlet of the input equipment have been proposed.

That is, the waste input facility of cabin model registration No. 20-039932, connected to the input pipe is projected to the ground, the main body having an inlet for the input of the garbage bag; Opening and closing device for opening and closing the inlet in the vertical direction; A garbage input guide rotatably installed inside the opening and closing device to rotate and selectively open and close the inlet when the opening and closing device is opened and closed; And a control unit for controlling the opening and closing device and the garbage input guide and a driving unit for controlling the operation of the garbage input guide.

The above-mentioned input equipment is double-blocked by the opening / closing device of the inlet opening and lowering of the inlet opening up and down to the front to prevent the backflow of odor. However, the inlet opening and the waste introduction guide At the moment of sequential opening, it could not prevent the phenomenon of odor leaking inside the input pipe.

Moreover, the conventional input equipment has a disadvantage that the size of the input equipment itself should be increased since the garbage input guide is installed in a rotational manner.

The present invention is to provide a waste injecting facility to prevent the phenomenon of waste odor flows back into the assembly by preventing the phenomenon of the major drawbacks of the conventional injecting equipment, that is, back flow of the odor in the input pipe. have.

Another object of the present invention is to prevent contamination of the inside of the waste input facility by the waste to be injected, and to prevent the propagation of various harmful bacteria inside the waste input facility.

According to another object of the present invention, when valuables are put together due to a user's mistake when the garbage bag is inserted into the slot, or when an incorrect garbage bag is accidentally inputted, the valuables or wrong garbage bags may be returned. It is in making it possible.

The present invention for solving the above-described object, the diagonally installed inlet of the waste input equipment to enable the cover to operate in a diagonal direction, by installing a shielding plate at a predetermined depth of the inner lower end is provided with an input chamber, The inside of the input chamber is to provide a waste input facility having a discharge means for discharging the remaining odor, a sterilization means for sterilizing the interior of the input chamber and a direction means for providing aroma effect in the input chamber.

The waste injecting facility of the present invention is to put the waste bag in the interior of the first input room, it is a safety means that can be recovered even if the valuables or wallet belonging to the accident by the user's mistake, the inside of the inlet It prevents the propagation of various harmful bacteria that can breed in, and it is characterized by providing a pleasant indoor environment by continually discharging the odor that permeates from the lower input pipe.

In the present invention, in the air suction type waste disposal system to collect the waste bag that is introduced into the conveying line by the air suction means, the input unit is installed at the distal end of the input line extending from the conveying line to control the input of waste,

The injector, an inlet door for opening and closing the inlet for injecting waste from the outside,

Intermediate blocking plate with opening / closing function is installed on the lower side of the inlet door to form an inlet chamber, and the inlet door and the middle blocking plate doublely block the inlet pipe to prevent backflow of odor. To provide a trash feeder.

The inlet door for opening and closing the inlet is provided with a diagonal opening and closing means to open and close while sliding in a diagonal direction, the door is raised when closed, and the door lifting means for sliding opening and closing by descending into a parcel when opening.

Intermediate blocking plate provided in the lower side of the inlet door is to be opened and closed to the lower side of the inlet pipe, and provided with opening and closing means for opening and closing to both left and right sides from the center.

The opening and closing operation of the blocking plate is equipped with a detection sensor in the input chamber to allow the opening operation according to the detection signal of the detection sensor, or the closing door is automatically closed, and after the time of about 1 to 2 seconds has elapsed, the intermediate blocking plate is automatically Can be configured to discharge the garbage bags.

The inlet chamber is provided with an exhaust fan forcibly discharging the contaminated air of the inlet chamber at the top, and is equipped with a sterilization lamp for sterilizing and drying the bacteria in the room, and an air freshener to clean the air in the inlet chamber. Injector is provided.

The exhaust fan and the fragrance injector installed in the input chamber may start to operate when the blocking plate is opened and closed once according to a pre-input condition to operate the exhaust fan for a set time, and the fragrance may be set to spray once or twice. .

The above input conditions can be set and adjusted externally.

A lighting lamp is installed on the outer top of the input device, and the lighting lamp can be configured to be lit only at night by detecting day and night, or be installed only when the user approaches by installing a sensor lamp.

The front of the waste injector of the present invention is provided with a means for confirming the identity of the user and a means of contact and communication with the management room.

That is, the authentication number input and the detection means of the authentication card for preventing the wrong use of a non-resident third party is provided, such a user authentication means can be made by installing an operation panel for entering a number from the card reader or the control panel. In addition, a two-way call device and a call button are installed for contact with the management office. Since the authentication technology and the two-way call device and the call means are well-known technologies, detailed descriptions will be omitted.

Summarizing the operation of the input device of the present invention described above,

1) The user operates the open button 'on'

2) Sterilization lamp is 'off' and fragrance sprayed 1 ~ 2 times

3) Inlet Door Open

4) Waste input

5) Close button operation (door closed)

6) Sterilization lamp is on

7) Lower door open

8) Garbage Discharge

9) Closed lower door by detection of garbage discharge sensor

10) Discharge fan operation (for a predetermined set time)

In this process, the input device of the present invention repeatedly performs the operation.

The configuration and operation of the injector of the present invention having the configuration as described above will be described in more detail with reference to the accompanying drawings.

At the end of the inlet line 101 connected to one end of the conveying line 100 connected to the air suction means (not shown), the card reader 2 controls the authentication means and a button operation of the operation panel 3. In the air-suction garbage disposal system equipped with the waste injector 1 provided with a means,

 The injector 1 is formed with an inlet 4 for injecting waste from the outside at an angle of 30 to 45 °, and an inlet door 10 having a lifting means for sliding opening and closing inside the inlet 4. And an input duct 5 connecting the inlet 4 and the inlet pipe 101 at the lower side of the door 10,

Installed in the inlet duct 5 so that the intermediate blocking plate 20 is rotated to the lower side at an appropriate distance from the inlet (4), the input chamber (R) between the inlet (4) and the middle blocking plate (20) It is provided so as to block the double by the inlet door 10 and the middle blocking plate 20,

Inside the input chamber (R) to install a discharge fan 30 in the ceiling to discharge the contaminated air in the input chamber (R) to the outside through the discharge duct 31, the sterilization lamp (32) on one side It is provided and configured so that the spray pipe 34 of the fragrance sprayer 33 enters into the side wall.

Attached to the inside of the input chamber (R) is attached to the sensor sensor 35 is configured so that the intermediate block 20 is opened only when the garbage bag is put into the input chamber (R),

The inlet door 10 may be configured to close the middle blocking plate 20 with a delay time of 1 to 2 seconds.

The door slide guide 11 is fixed to both sides of the inlet 4, and the inlet door 10 is coupled to the door slide guide 11 to open and close the door slide guide 11, thereby smoothly opening and closing the inlet door 10. The guide bearing 12 is provided.

Lifting means of the inlet door is formed by forming the curved guide portion (11a) (11b) is open to the upper end and the center portion of the slide guide (11), respectively.

The sealing force is improved through the packing 13 between the inner circumferential surface of the inlet 4 and the inlet door 10.

When the inlet door 10 that slides along the slide guide 11 moves to reach directly below the inlet 4, the guide bearings 12 are curved guides respectively formed at ends and centers of the slide guide 11. (11a) (11b) is raised slightly, thereby the inlet door 10 is in close contact with the inlet 4 is closed.

A first servo motor M1 and a gear belt pulley 15 for fixing one end of the gear belt 14 to the center of the bottom surface of the inlet door 10 and for driving the gear belt 14 are provided with an operation panel ( The inlet door 10 was opened and closed by a signal input from 3).

The intermediate blocking plate 20 installed at the lower end of the input chamber R fixes the disc-shaped main cam 25 to the rotation shaft 26 of the second servo motor M2,

The rotary shaft 22 is fixed to one end of the intermediate blocking plate 20, and the disk 23 is fixed to one end of the rotary shaft 22, and the disc-shaped main cam 25 and the link 24 are connected to each other. The intermediate blocking plate 20 is configured to open and close according to the forward and reverse rotation of the second servomotor M2.

In the middle blocking plate 20, preferably, the two blocking plates 21a and 21b are separated to open to both sides from the center, and the rotary shafts 22 and 22 'are mounted at both ends thereof. The disks 23, 23 'and the links 24, 24' are connected to the main cam 25 of the second servo motor M2 so as to rotate the rotary shafts 22, 22 '. It is suitable for construction.

As described above, the configuration in which both of the blocking plates 21a and 21b are opened to both sides with the center as the starting point has the effect of reducing the length of the intermediate blocking plate 20 in half and causing it to rotate. It is possible to obtain the effect that the garbage bag is smoothly discharged.

The operation of the present invention configured as described above will be described.

First, when a person approaches the garbage injector 1, the illumination lamp 6 installed on the outer upper end of the injector 1 is detected and lights according to external conditions, that is, day and night conditions.

The user is authenticated as a resident living in the building through the operation panel 3 or the guide reader 2 installed on the front of the garbage injector 1, and the open / close button of the operation panel 3 (not shown). When pressed, the servo motor M1 for operating the inlet door 10 of the inlet 4 is operated to open the inlet door 10.

In the inlet door 10, guide bearings 12 fixed to front and rear of the inlet door 10 are respectively slid along the curved guides 11a and 11b formed at the distal end and the middle of the slide guide 11. The lifting operation is performed.

That is, when the inlet door 10 is closed, the packing guide portion 11a, 11b of the slide guide 11 is raised to the upper portion, and the inlet door 10 is tightly attached to the inner circumferential surface of the inlet port 4. Close contact with the (13) to completely block the input chamber (R) and the outside to prevent the leakage of odor,

When the inlet door 10 is opened, the guide bearing 12, which has been raised by the curved guides 11a and 11b of the slide guide 11, descends and simultaneously moves backward to open the inlet 4. .

In this way, the inlet door 10 is instantaneous lifting operation when it is opened and closed, so that the sliding operation is performed in a state not in contact with the packing 13.

Immediately before the inlet door 10 is opened by the above means, power is supplied to the discharge fan 30 and the sterilization lamp 32 mounted inside the inlet chamber R to start operation.

Subsequently, the garbage bag is introduced into the input chamber R through the inlet 4, and when the open / close button of the operation panel 3 is pressed, the first servo motor M1 driving the inlet door 10 is opened. It operates to operate the gear belt pulley 15 to pull the gear belt 14 to close the inlet door 10.

When it is confirmed that the inlet door 10 is completely closed and a detection signal is transmitted to the second servo motor M2, the second servo motor M2 is operated to rotate the pivot shaft 26 at a predetermined angle (90 degrees). When rotated, the two blocking plates 21a and 21b constituting the intermediate blocking plate 20 at the lower end of the input chamber R are opened downward to rotate the dust in the input chamber R, whereby the main cam 25 Links 24 and 24 'connected to each other rotate the discs 23 and 23' fixed to the rotating shafts 22 and 22 'of the blocking plates 21a and 21b at an angle of 90 degrees to both blocking plates 21a. By opening (21b) downwards, the garbage bag is discharged to the transport pipe line 100 through the input pipe 101.

At this time, if the inlet door 10 is not completely closed, the middle blocking plate 20 is not operated.

The interconnection system by such an electrical signal is made by a conventional sensor.

The opening and closing operation of the inlet door 10 is performed by the gear belt pulley 15 connected to the rotation shaft of the first servo motor M1 and the gear belt 14 fixed to the bottom surface of the inlet door 10. 1 Servo motor (M1) is to be opened and closed as the forward and reverse rotation.

When the garbage bag is put into the input chamber R and the open / close button provided on the operation panel 3 of the front part is not pressed, the intermediate blocking plate 20 at the bottom of the input chamber R is not operated, so the user If an unexpected item falls together in the input room (R) due to a mistake, the item can be recovered immediately.

When the garbage bag arranged in the input chamber R by the above means is discharged to the conveying pipe 100, the two blocking plates 21a and 10b constituting the intermediate blocking plate 20 are the second servo motor M2. It is closed again by the reverse rotation of the operation, the closing plate (21a) (21b) is closed and the discharge fan 30 and the sterilization lamp (32) continues to operate with a time difference of about 5 to 15 seconds at the same time stops the operation. And, the fragrance sprayer 33 is operated to spray the fragrance 1 to 3 times.

In the present invention, the discharge fan 30 and the sterilization lamp 32 is continuously lit for 24 hours to discharge the sterilized and contaminated air, but because the use of the injector 10 is not made frequently discharge fan In order to save the life and the power of use of the 30 and the sterilization lamp 32 can be operated to sterilize for a certain time only during the operation of the feeder (1).

The front of the injector of the present invention has a call means for a call to the management room, a fault signal sending means for reporting a fault, etc., the signal and call means as a conventional means will not be described in detail.

In addition, an example of a means for opening and closing the mechanical operation means for opening and closing the intermediate blocking plate 20 at the lower end of the input chamber (R) using the second servo-mutter (M2) and the link 24 for forward and reverse rotation. Although described as, the opening and closing means of the intermediate blocking plate 20 is not limited to the above means, the opening and closing means by the normal forward and reverse rotation means can be applied.

The opening and closing means of the intermediate blocking plate is not the main technical idea of the present invention, and even the modified opening and closing means may not be departed from the scope of the present invention.

1 is a perspective view showing the overall configuration of the present invention

Figure 2 is a longitudinal sectional view showing the overall configuration of the present invention

3 is a cross-sectional view of the front part shown in the front part of the present invention;

4 and 5 is a partially enlarged cross-sectional view showing an operating state of the intermediate blocking plate.

6 is a plan cross-sectional view of the present invention.

Figure 7 is a longitudinal cross-sectional view showing a schematic configuration of the present invention

8, 9, 10 is an exemplary view showing a use process of the present invention

11 is an enlarged view of a part of a door constituting the present invention;

12, 13, 14 is a partially enlarged cross-sectional view showing the operating state of the door portion constituting the present invention;

[Description of Drawings]

1: Inserter 2: Card Reader

3: operation panel 4: inlet

10 door 11 slide guide

12: guide bearing 13: packing

14: gear belt 15: gear belt pulley

20: intermediate blocking plate 21a, 21b: blocking plate

22: axis of rotation 23: disk

30: exhaust fan 31: exhaust duct

32: sterilization lamp 33: sprayer

34: spray tube 35: detection sensor

R: Input room

Claims (9)

In the air-suction waste disposal system to collect the garbage bags to be introduced into the conveying line by the air suction means, the input unit is installed at the distal end of the input line extending from the conveying line to control the input of waste, The injector is provided with an inlet door for opening and closing the inlet for injecting waste from the outside and an intermediate barrier plate is formed on the lower side of the inlet door so as to be open and closed to form an inlet chamber so that the inlet pipe and the intermediate barrier plate are connected to the inlet pipe. To block double; The inlet door is fixed to the inner side of the inlet opening the door slide guide, coupled to the inlet door to the door slide guide to open and close operation, provided with a guide bearing for smooth opening and closing operation of the inlet door; One end of the gear belt is fixed to the center of the bottom surface of the inlet door, and the first servo motor and the gear belt pulley for driving the gear belt are provided to open and close the inlet door by a signal input from the operation panel. Garbage feeder in trash disposal system with odor counter flow prevention means. The method of claim 1, Intermediate blocking plate provided on the lower side of the inlet door is to be opened and closed to the lower side of the input pipe, provided with an opening and closing means for opening and closing to both the left and right sides from the center as a starting point Garbage Disposer in Garbage Disposal Systems. The method of claim 1, In the inlet chamber, a waste injector of the waste disposal system having an odor counter flow prevention means, characterized in that installed in the upper end to the exhaust fan forcibly discharging the contaminated air of the inlet chamber to communicate with the outside by the discharge duct. The method of claim 1, And a sterilization lamp for sterilizing and drying the bacteria in the room. The method of claim 1, And a fragrance sprayer for purifying the air in the input chamber, wherein the input chamber has a odor counter flow prevention means. 3. The method of claim 2, The opening and closing means of the intermediate blocking plate, separating the two blocking plates to open to both sides from the center, and equipped with a rotary shaft at both ends, forward and reverse each disc and link to rotate the rotary shaft The waste feeder of the waste disposal system provided with the odor counterflow prevention means characterized in that it is connected to the main cam of the second servo motor. delete delete delete

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