KR100892041B1 - Impinger for movable cremation apparatus - Google Patents

Abstract

A dust collector of transportable cremation manufacturing equipment is provided to improve an operation function while lowering the overall height of the dust collector. A dust collector of transportable cremation manufacturing equipment comprises: a first casing(410) having a horizontal separation board between a first waste heat inlet port of the lower part and a first waste heat vent of the upper part; a plurality of bag filter(420) of cylinder shape installed through a separator; a pulse unit(430) installed in the upper part of the bag filter in order to generate the air pulse; and a tray(440) of the drawer type installed in the lower part of the first casing in order to collect the dust.

Description

Dust collector for movable cremation equipment {Impinger for movable cremation apparatus}

The present invention relates to a dust collector of a mobile cosmetic facility for cremating a dead body, and specifically, to remove dust and odors in waste heat discharged from an incinerator step by step.

In order to make up the carcass, it is common to transport it to a separate crematorium, but in a special situation where the carcass is infected or infected with an infectious disease, the movement of the carcass is inevitably limited to prevent the spread of the plague.

To this end, the present inventors have provided a mobile cosmetic facility equipped with a make-up facility mounted on a trailer so that it can be quickly towed to a site having a body using a general road.

As shown in FIG. 1, the movable cosmetic facility includes a trailer 100 capable of towing and stopping, an incinerator 200 for burning dead bodies, a cooling device 300 for cooling waste heat discharged from the incinerator, and the discharged. Dust collector 400 for removing dust and odor contained in the waste heat, waste heat discharge device 500 for discharging the waste heat from which the dust and odor has been removed, gas supply device for supplying fuel required for combustion of the incinerator 600 and an electrical supply device 700 for supplying electric power used for the operation of each of the above components. Reference numeral 110 in the drawing denotes a lift for lifting a dead body to the inlet of the incinerator 200.

The present invention is to solve the conventional problem that the height of the dust collector for filtering the dust in the waste heat discharged from the incinerator is not suitable for the portable cosmetic equipment, the function is reduced when the height of the dust collector is lowered.

The present invention is to solve the conventional problem of discomfort in the surrounding living environment due to the odor contained in the waste heat.

The present invention seeks to solve the conventional problems of dust removal and inconvenient operation and management of the device.

The present invention is a dust collecting device for a mobile cosmetic facility is formed so that the incinerator is mounted on the trailer to move,

A pulse dust collector for removing dust contained in waste heat generated in the incinerator; And an electrostatic precipitator for removing odor contained in the waste heat.

The pulse dust collector may include a first casing provided with a horizontal separator between a first waste heat inlet at a lower portion and a first waste heat outlet at an upper portion thereof; A plurality of bag filters installed through the separator and formed in the shape of a trough; A pulse unit provided above the bag filter and configured to generate an air pulse; And a drawer-shaped tray installed under the first casing and collecting dust, wherein the pulse unit comprises: an air tank configured to generate air pressure; At least one pulse valve for opening and closing the air pressure; And at least one pulse tube connected from each of the pulse valves and configured to discharge air pressure to each of the bag filters.

A second casing having a second waste heat inlet formed at an upper portion thereof, a second waste heat outlet formed at a lower portion thereof, and an opening / closing door formed at a front thereof; An electric filter installed between the second waste heat inlet and the second waste heat outlet and having a plurality of metal plates spaced at regular intervals; And a control box for controlling the electric filter. The rear filter is installed under the electric filter, and the control box is installed at the front of the opening / closing door.

The present invention is to filter out the dust in the waste heat discharged from the incinerator through a plurality of bag filters arranged in front, rear, left and right, it is possible to improve the function while lowering the overall height of the dust collector can be used suitably for mobile cosmetic equipment.

According to the present invention, the fine odor particles are gradually removed along with the dust contained in the waste heat, thereby making it possible to comfortably maintain the surrounding living environment.

The present invention further facilitates use by removing dust and odors and by simplifying operation and management of the device.

1 is a perspective view of a removable cosmetic facility to which the present invention is applied.

Figure 2 is an enlarged perspective view showing a dust collector to which the present invention is applied.

Figure 3 is a front sectional view showing a dust collecting device to which the present invention is applied.

Figure 4 is a side cross-sectional view showing a pulse dust collector of the dust collector to which the present invention is applied.

Figure 5 is a side cross-sectional view showing an electric dust collector of the dust collector to which the present invention is applied.

<Brief description of symbols for the main parts of the drawings>

100: trailer

200: incinerator

300: chiller

400: dust collector

400a: pulse dust collector 400b: electric dust collector

410: first casing 411: first waste heat inlet

412: first waste heat outlet 413: separator plate

420: bag filter 430: pulse unit

431: air tank 432: pulse valve

433: pulse tube

440: tray

450: second casing 451: second waste heat inlet

452: second waste heat outlet 453: opening and closing door

460: electric filter 470: control box

480: trailing filter

500: waste heat discharge device

600: gas supply

700: power supply

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

1 to 5, the dust collecting device 400 of the present invention is large, as shown in FIGS. 1 to 5, the dust collector 400a for removing the dust contained in the waste heat generated in the incinerator 200 and the waste heat It consists of an electric dust collector 400b for removing the odor contained therein.

The pulse dust collector 400a is for removing dust contained in waste heat generated in an incinerator, and a horizontal separation plate 413 is disposed between a first waste heat inlet 411 in the lower portion and a first waste heat outlet 412 in the upper portion. A plurality of bag filters 420 formed in the shape of a trough while being installed through the first casing 410 and the separation plate 413 installed thereon, and a pulse unit formed to generate air pulses while being installed above the bag filter 420. 430 and a lower tray 440 installed in the lower portion of the first casing 410 to collect dust. The pulse dust collector 400a is disposed through the waste heat inlet 412 above the separator 413 in a state in which waste heat introduced through the waste heat inlet 411 under the separator 413 removes dust through the bag filter 420. It is configured to be discharged. The dust filtered by the bag filter 420 falls by air pulses generated from the pulse unit 430, and the dust thus separated is accumulated and discharged in the tray 440. The bag filter 420 is formed of a high temperature glass fiber material because the temperature of the waste heat is high temperature around 200 ℃, the overall height is low by configuring a plurality of the height of the bag filter 420 formed within the range of 1000 ~ 2000mm It is made of a structure with improved functionality.

The pulse unit 430 is connected to an air tank 431 formed to generate air pressure, at least one pulse valve 432 for opening and closing the air pressure, and each pulse valve 432 to be connected to each bag filter 420. And at least one pulse tube 433 formed to discharge air pressure. The pulse unit 430 is a means for removing dust stuck to the bag filter 420. Since the air tank 431 is operated while being exposed to the outside, the pulse unit 430 is adopted as a low noise type.

The electrostatic precipitator 400b is to remove the fine dust and odor particles passing through the bag filter 420 in the waste heat by the force of electricity by passing the waste heat between the metal plate formed with the magnetic field, the second waste heat inlet 451 on the top And a second waste heat outlet 452 is formed at the bottom and the second casing 450, the opening and closing door 453 is formed on the front, a plurality of metal plates are installed between the waste heat inlet 451 and the waste heat outlet 452 It consists of an electric filter 460 of the type spaced apart and the control box 470 for controlling the electric filter 460. The electric dust collector 400b is disposed at a lower portion of the electric filter 460 in a state in which waste heat introduced through the second waste heat inlet 451 above the electric filter 460 removes fine dust and odor particles through the electric filter 460. It is configured to be discharged through the second waste heat outlet 452.

A rear filter 480 is installed below the electric filter 460 to finally remove dust contained in the waste heat. The electric filter 460 and the rear filter 480 are formed of a stainless material to operate stably even at a high temperature.

The second waste heat inlet 451 and the second waste heat outlet 452 of the second casing 450 are formed in a cylindrical shape and have a tapered structure inclined to the upper and lower portions so that the waste heat flows smoothly.

The control box 470 is installed in front of the opening and closing door 453 to facilitate operation, while opening and closing the door 453 together with the control box 470, the electric filter 460 inside the second casing 450. And a rear end filter 480 is configured to view.

Therefore, the present invention is to filter the dust in the waste heat discharged from the incinerator 200 through a plurality of bag filters 420 arranged in front, rear, left and right, thereby improving the function while lowering the overall height of the dust collector (400a, 400b) It can be used suitably for mobile cosmetic equipment, and by removing the fine odor particles step by step with the dust contained in the waste heat, it is possible to maintain a comfortable living environment. As described above, the present invention is more convenient to use because it is easy to remove dust and odor and to operate and manage the device.

Although the present invention as described above has been described with reference to one embodiment shown in the drawings, this is merely exemplary and various modifications and equivalent other embodiments are possible to those skilled in the art. I will understand. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

Claims (6)

delete A pulse dust collecting unit for removing dust contained in waste heat generated in an incinerator of a mobile cosmetic facility in which an incinerator is mounted on a trailer and moved; In the dust collecting device for a mobile cosmetic facility having an electric dust collector for removing the odor contained in the waste heat, The pulse dust collector comprises: a first casing provided with a horizontal separator between a first waste heat inlet at a lower portion and a first waste heat outlet at an upper portion thereof; A plurality of bag filters installed through the separator and formed in the shape of a trough; A pulse unit provided above the bag filter and configured to generate an air pulse; And a drawer-shaped tray installed under the first casing to recover dust. 3. The air conditioner of claim 2, wherein the pulse unit comprises: an air tank configured to generate air pressure; At least one pulse valve for opening and closing the air pressure; Dust collecting device for a mobile cosmetic facility characterized in that composed of at least one pulse tube connected to each of the pulse valves to discharge the air pressure to each bag filter. delete delete delete