JPS617101A - Dust vacuum transporter - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement of a garbage vacuum transport device in which a garbage storage and discharge device is provided at a garbage input port and the discharge port of the garbage storage and discharge device is connected to a transport pipe.

To explain the conventional garbage vacuum transport device with reference to FIG. 3, a garbage storage and discharge device (3) is installed below a dust chute (1) equipped with a garbage inlet (2). ) is sequentially discharged into the garbage transport pipe (4) and collected at the collection center (121).The collected garbage is separated into garbage and air by a separator (5), and the separated air is It passes through the dust remover (8), the blower (9), the silencer a, and the deodorizer and is released into the atmosphere, and when it is separated, it is put into the garbage compactor (6) and packed into the container (forced). Equipment such as the garbage compactor (6) and container (7) will not be expanded when garbage collected at the collection center (Lz) is directly discharged to the incinerator pit; Whether or not to install the garbage at the collection center a is determined as appropriate depending on construction conditions, waste quality, etc.

In the garbage vacuum transport device, when the garbage handled is kitchen garbage, it has a large specific gravity and adheres to the inside of the transportation pipe (4), making it impossible to transport, so it is treated separately. However, although this treatment method is good when the amount of kitchen waste is small, in areas where large amounts of kitchen waste are generated, such as in areas with many restaurants, it cannot be processed completely, and it is desired to transport the kitchen waste to a collection center via a transport pipe. .

The present invention satisfies the above-mentioned requirements in a garbage vacuum transport device in which a garbage storage and discharge device is provided at a garbage input port, and the discharge port of the garbage storage and discharge device is connected to a transport pipe. Relating to a garbage vacuum transport device characterized in that a dielectric heating device is provided between the garbage input port,
The object thereof is to provide an improved vacuum transport device for garbage that can be transported by a transport pipe such as a garbage dumpster.

Next, the garbage vacuum transport device of the present invention will be explained based on an embodiment shown in FIG. 1. (3) is a garbage storage and discharge device similar to the garbage storage and discharge device shown in FIG. Transport pipe, α
A discharge valve that opens and closes the connection between the four-time garbage storage and discharge device (3) and the same transport pipe (4). In this implementation, α x is the inlet and hopper for garbage with high moisture content such as kitchen waste, α e is the dielectric heating device, and a ~ is the pushing machine that pushes the kitchen waste etc. into the heating tunnel (17) of the dielectric heating device H. In the case of the example, the pushing machine a
9 is a screw press type, but it may also be a reciprocating type or a snake conveyor type (or the heating tunnel (1)
There is no problem even if the person enters the inside of 7). In addition, when the α keg is of the screw press type, the motor α 樟 is an intake pipe that sucks in the steam emitted from heated kitchen waste, etc., and the re-intake pipe α bell also has the function of sucking in odors at the same time. The suction through this intake pipe (11) is carried out by the collection center α shown in FIG.
The deodorizing process is carried out by Zolone (a) in 2, and Zolon (9)
It becomes operational when the machine is not in operation.

In addition, QI) is the pulp that opens and closes the intake pipe (L→), and is open when the deodorizing Zorowa Kan is in operation. (
A check valve may be attached to 22. Garbage storage and discharge device (
3) is in the form of a rotating drum in the case of the other embodiment shown in Fig. 2, but it may also be a screw-type waste storage/discharge device with a screw press inside or another type of waste storage/discharge device. good.

Figure 2 shows an example of a kitchen waste disposal machine with a handle attached to the garbage inlet. (C) is a kitchen waste crusher, and (C) is a dehydrator (2) that converts the crushed kitchen waste into a slurry. (5) is the return pipe for the water extracted by the dehydrator (C). Other symbols are the same as in FIG. 1.

In addition, the kitchen waste processing machine (c) is a crusher c! 4) and dehydrator□
□□ integrated with slurry pipe (c), return pipe omitted, multiple crushers (24 to 1 with slurry pipe (c)
Combined with two dehydrators (c), crusher C! Slurry storage tank (not shown) between (a) and dehydrator (c)
It may be of any type, such as one equipped with a dehydrator (23), or one in which the extracted water from the dehydrator (23) is directly drained and a return pipe is omitted. The intake pipe σI is still connected to the transport pipe (4
It is also possible to use a mechanism that exhausts air independently without being connected to 1. Further, a plurality of dielectric heating devices αe may be connected to the waste storage and discharge device R(3). Further, the waste storage and discharge device (3) may be independently provided with an input port (not shown) into which waste with a low moisture content is input. Alternatively, the heated kitchen waste may be stirred by appropriately operating the waste storage and discharge device (3) to promote evaporation and drying.

The present invention provides a garbage vacuum transport device in which a garbage storage and discharge device (3) is provided at the garbage input port (t4) and the discharge port of the garbage storage and discharge device (3) is connected to the transport pipe (4) as described above. A dielectric heating device e is provided between the garbage storage and discharge device (3) and the garbage input port aa, and the kitchen waste is heated by the dielectric heating device (16). 06) and the waste storage and discharge device (3) can evaporate and dry the moisture in kitchen waste.

As described above, according to the garbage vacuum transport device of the present invention, it is possible to dry kitchen waste, and it is possible to transport kitchen waste using the garbage vacuum transport device, which was previously impossible, in the same way as other general garbage. It is very useful when applied to areas where a large amount of kitchen waste is generated.

Although the present invention has been described above with reference to embodiments, it goes without saying that the present invention is not limited to such embodiments, and that various design modifications can be made without departing from the spirit of the present invention. .

[BRIEF DESCRIPTION OF THE DRAWINGS] Fig. 1 is a side view showing one embodiment of the garbage vacuum transportation device according to the present invention, Fig. 2 is a side view showing another embodiment, and Fig. 3 is a side view showing a conventional garbage vacuum transportation device. FIG. 3 is a side view of the device. (3)... Garbage storage and discharge device - (4)... Transport pipe,
(141-...garbage input port, a6)...induction heating device. Sub-Agent Patent Attorney Shige Okamoto 3 people Figure 3

Claims (1)

[Claims] In a garbage vacuum transport device in which a garbage storage and discharge device is provided at a garbage input port and the discharge port of the garbage storage and discharge device is connected to a transport pipe, a dielectric heating device is provided between the garbage storage and discharge device and the garbage input port. A garbage vacuum transport device characterized by being provided with.