KR200300340Y1 - Pneumatic carrier structure for food waste carrying system - Google Patents

Abstract

The present invention relates to a transporter structure of a food waste conveying system that allows a large number of households (generations) to be collected in one place prior to landfilling or incineration of garbage, mainly food waste, which is generated in a multi-family apartment. A separate airtight container is installed in the carrier to make food waste more sanitary in each household, and furthermore, the food waste transportation system is designed so that food waste does not get inside the transporter after the garbage is discharged. It relates to the carrier structure.

The present invention is in the feeder structure of the food waste transport system for transporting the food waste in the transporter to the basement storage of the building through the pneumatic pipe, the transporter has an outer container having a predetermined receiving space; Removably received in the outer container and is characterized in that the inner container formed with a predetermined receiving space is formed to contain the garbage sealed inside.

Description

PNEUMATIC CARRIER STRUCTURE FOR FOOD WASTE CARRYING SYSTEM}

The present invention relates to a feeder structure of a food waste conveying system in which garbage generated in a multi-family apartment such as a large-dwelling apartment can be collected in one place before landfilling or incineration. A separate airtight container in the Carrier allows for more hygienic discharge of food waste in each household, and furthermore, the transporter structure of the food waste transport system that prevents food waste from getting inside the transporter after the garbage is discharged. It is about.

In general, most of the household waste is the food waste generated in the kitchen, which contains more water than others, and the amount of daily waste generated is relatively high.

Accordingly, in recent years, high-end apartments, hospitals, and officetels are installed with a garbage transport system that allows them to dispose of waste through pipes instead of throwing it out through elevators. It's accelerating.

As one example, the garbage transport system includes a transporter (1) containing a certain amount of waste;

Garbage input unit (4) is installed in the interior or hallway of each home so that the transporter can be reused after discarding the trash, one side is provided with a feeder inlet (2), and the other side of the transporter recovery port (3);

A blower (not shown) in selective communication with the feeder inlet 2 and the feeder recovery inlet 3 of the garbage input unit for generating a constant vacuum pressure or air pressure;

A control panel 5 installed at the front of the garbage input part 4 to electrically control the blower;

According to the operation of the control panel, from the transporter inlet 2 of the waste input section 4 to the underground storage (not shown), and again in the underground storage the transporter recovery port 3 of the waste input section 4 It consists of a conduit pipe (6) to provide a predetermined path to move the conveyer (1).

Here, the carrier (1) and the cylindrical body (7) having a predetermined receiving space; It consists of a cover (8) which serves to block the waste contained in the cylindrical body to prevent outflow, the cover (8) and the cylindrical body (7) is screwed.

In addition, one end of each cylindrical body 7 and the cover 8 of the feeder (1) is affected by the air pressure or vacuum pressure when the feeder (1) slides along the inner path of the feeder pipe (6) The sealing step 9 is formed higher than the periphery so as to receive well.

Referring to the process of discarding the waste through the pneumatic pipe in each household using the waste transport system configured as described above are as follows.

First, when a certain amount of garbage is generated, an appropriate amount of garbage is put into the cylindrical body 7 of the transporter 1, and then the cover 8 is aligned with the axis of the cylindrical body 7 and rotated, and the cover 8 Is screwed with the cylindrical body (7) so that the waste can be sealed in the carrier (1).

Then, when the control panel 5 is operated while the feeder 1 is positioned at the feeder inlet 2 of the garbage input unit 4, the blower is operated to operate the vacuum or air pressure in the feeder tube 6. This occurs, whereby the carrier 1 can be quickly transferred to the underground storage.

At this time, the carrier 1 is effectively arranged to face the inner wall of the pneumatic pipe 6, the sealing step 9 provided in the cylindrical body (7) and the cover (8) effectively to the vacuum or air pressure generated from the blower It will be able to slide freely along the feed pipe (6).

Meanwhile, after the waste is discharged, the transporter 1 passes through the transport pipe 6 again from the separate waste input unit (not shown) provided in the underground storage after the washing process. It is sent to the carrier recovery port (3) of the) to be collected in the collection.

However, in the related art, since the cylindrical body and the cover of the transporter containing waste are screwed together, the inconvenience of having to align and screw the cover to the axis of the transporter body in the condition that the hand has to be wet when handling food waste. This was accompanied.

Furthermore, since the consignor was provided to directly contact the food waste, if the entire consignor had to be cleaned and the cleaning condition was poor, the corridor or the interior of the floor was connected to the consignor through the consignor collection or conduit entrance of each household connected to the conduit. Odor was very likely to enter.

Accordingly, the present invention has been made to solve the above-mentioned problems, the purpose is to be able to seal the food waste in the pouch more convenient.

Another object of the present invention is that the odor after the waste is discharged from the underground storage where the food waste is collected is returned through the conduit pipe with poor cleaning, and the odor through the feeder collection hole or the feeder inlet of each layer of the waste input. Is to fundamentally eliminate the inflow.

1 is a schematic front view showing a portion of the food waste transport system according to the prior art.

Figure 2 is a schematic exploded perspective view showing a pneumatic carrier applied to the food waste transport system according to the prior art.

Figure 3 is a schematic exploded perspective view showing the pneumatic structure of the food waste transport system according to the present invention.

Figure 4 is a schematic front view showing a state in which the outer container and the inner container coupled to the carrier of Figure 3 coupled.

<Description of the symbols for the main parts of the drawings>

1,1a: Consigner 2: Injector Input

3: donor collection area 4: garbage input

5: control panel panel 6: pneumatic tube

7,7a: main body 8,8a: cover

9: sealing step 10: outer container

11: inner container 12: opening

13: locking means 14: shock absorber

15: Locking rib 16: Acceptance groove

In order to achieve the above object, the present invention in the feeder structure of the food waste transport system for transporting the food waste in the transporter to the basement storage of the building through the transport pipe, the transporter has an outer container having a predetermined receiving space Wow; Removably accommodated in the outer container, it characterized in that the inner container is formed with a predetermined receiving space is formed to seal the garbage sealed inside.

Hereinafter, an embodiment of the present invention will be described with reference to FIGS. 3 and 4.

Figure 3 is a schematic exploded perspective view showing the pneumatic structure of the food waste transport system according to the present invention.

Figure 4 is a schematic front view showing a state in which the outer container and the inner container constituting the carrier of Figure 3 coupled.

The present invention, as shown in Figure 3 and 4, in the transporter structure of the food waste transport system for transporting the food waste in the transporter (1a) to the underground storage of the building through the transport pipe (6),

The transporter (1a) and the outer container (10) having a predetermined receiving space; Removably accommodated in the outer container, the inside is composed of an inner container 11 is formed a predetermined receiving space for sealing the garbage.

Accordingly, the food waste is safely sealed through the inner container 11, so that there is no fear that the waste may stick to the outer container 10 during the waste transportation process.

Here, the outer container 10 is formed with an opening 12 in which an upper outer circumferential surface is cut to a predetermined size along an axis so that the inner container 11 can be accommodated.

Furthermore, the outer container 10 is provided with locking means 13 on the outer periphery of both ends of the opening 12 so that the inner container 11 is not inadvertently detached from the outer container 10, respectively, the locking means. Silver is preferably in the form of a lock button or a velcro tape in pairs.

Accordingly, the inner container 11 containing the waste is put into the outer container 10 through the opening 12 so that the lock button or the Velcro tape can be easily fixed.

In addition, the inner container inside the both ends of the outer container 10 even when the carrier 1a is suddenly started or suddenly braked by the influence of vacuum or air pressure when the carrier 1a is transferred through the feed pipe 6. The shock absorbers 14 are respectively attached so that an impact is not applied to (11), and each of the shock absorbers is preferably made of a sponge of rubber or synthetic resin.

On the other hand, the inner container 11 and the main body (7a) having a predetermined receiving space; The cover 8a and the main body 7a are coupled to one end of the main body, and the cover 8a and the main body 7a are accommodated to accommodate the locking rib on the other side when the locking rib 15 is formed on one side of the main body. It is preferable that the groove 16 is formed in a structure.

In addition, each end of the outer container 10 is formed with each sealing step (9a) so that the carrier (1a) can be slid smoothly along the feed pipe (6).

Referring to the process and the operation of transferring the garbage by applying the pneumatic structure of the food waste transport system according to the present invention configured as described above are as follows.

First, as shown in FIGS. 3 and 4, a certain amount of garbage is contained in the main body 7a of the inner container 11, and then the cover 8a is aligned with the axis of the main body, and the cover 8a and the main body are pressed. The cover 8a can be locked to the main body 7a by the locking ribs 15 and the receiving grooves 16 provided in pairs 7a.

Then, the inner container 11 is put into the outer container through the opening 12 of the outer container 10, and then both locking means 13 of the outer container 10, that is, using a lock button or a Velcro tape, are used. To fix the inner container (11).

Then, the pneumatic member 1a of the present invention is placed on the pneumatic filler inlet 2 provided above the garbage inlet 4 of the garbage conveying system shown in FIG. 1 and then blowed using the control panel 5. When the is activated, the transporter 1a can be sent to the underground reservoir by the vacuum or air pressure generated from this blower.

At this time, the impact buffer 14 is interposed between the outer container 10 and the inner container 11 constituting the transporter (1a), the transporter (6) is the transporter (1a) through the basement reservoir (6) Even when suddenly started or suddenly braked by vacuum pressure, air pressure, or other factors when moved along the inner container 11, the waste-containing inner container 11 is not sharply oriented toward one side of the outer container 10 in the axial direction.

Thus, the inner container 11 of the transporter (1a) can be stably reached to the basement reservoir along the transport pipe (6) without departing from the outer container (10).

When the carrier 1a reaches the basement storage as described above, the worker releases the inner container 11 by releasing the locking means 13 provided on the outer container 10 of the carrier, that is, the lock button or the Velcro tape.

Then, by holding the main body 7a of the inner container with one hand and pulling the cover 8a with the other hand, the locking rib 15 formed on one side of the main body 7a or the cover 8a of the inner container 11. ) Is released from the receiving groove 16 on the other side, thereby allowing the waste in the main body 7a and the cover 8a of the inner container 11 to be discharged out.

Then, after washing the main body (7a) and the cover (8a) of the inner container (11), assembling the pneumatic member (1a) in the reverse order so far through the pneumatic pipe (6) of the waste input section ( 4).

As described above, the present invention makes it possible to more conveniently seal the food waste using the inner container, and furthermore, when the transporter is recovered through the transport pipe without completely removing food waste in the transporter cleaning process, each layer The risk of introducing odor through the transporter collection port or the transporter input port of the garbage input was removed in advance.

Claims (5)

In the feeder structure of the food waste conveying system that puts food waste in the transporter and transports it to the underground storage of the building through the transport pipe, The carrier has an outer container having a predetermined receiving space; Removably accommodated in the outer container, a pneumatic structure of the food waste transport system, characterized in that the inner container is formed with a predetermined receiving space formed to seal the garbage sealed inside. The food container transport system of claim 1, wherein the outer container has an opening formed by cutting an upper outer circumferential surface to a predetermined size along an axis to accommodate the inner container. 3. The transporter structure of a food waste transportation system according to claim 2, wherein the outer container is provided with locking means at outer peripheries of both ends of the opening so that the inner container is not inadvertently detached from the outer container. According to claim 1, wherein both ends of the outer container is a pneumatic structure of the food waste transport system is attached to the impact buffer each. According to claim 1, wherein the inner container and the main body having a predetermined receiving space; Consists of a cover coupled to one end of the main body, the cover and the main body of the food waste transport system is that when the locking rib is formed on one side of the other side is formed receiving groove for receiving the locking rib on the other side rescue.