KR102447529B1 - Mobile ash tray for dust collector - Google Patents

Abstract

The present invention enables the selective coupling and separation of the ash tray at the lower part of the dust collector that purifies the dust and harmful substances generated from the corpse that is incinerated in the crematorium that incinerates the body, and facilitates the movement of the ash tray. It relates to a removable ash tray for a dust collector that can efficiently process harmful substances collected in the ash tray, wherein the ash tray is composed of a connection part, a collection part and a wheel part, but the connection part penetrates from the top to the bottom inside A penetrating part is formed, and it is configured so that it can be combined and separated from the outlet of the dust collector so that the operator can selectively couple and separate it to the outlet of the dust collector as needed, and form a receiving space inside the collecting part, The upper end is configured to be mutually airtight coupling and separated from the lower end of the connection part so that a plastic bag can be put inside the collecting part to collect harmful substances, and harmful substances discharged from the outlet are scattered around It relates to a removable ash tray for a dust collector, which can prevent the ash container from being damaged, and configures a plurality of wheels on the lower part of the collection part to make it easier to move the ash tray.

Description

Mobile ash tray for dust collector

The present invention relates to a removable ash tray for a dust collector, and more particularly, selectively combining and separating the ash tray at the lower part of the dust collector for purifying dust and harmful substances generated from a corpse that is incinerated in a crematorium for incinerating the body. It relates to a removable ash tray for a dust collector that enables efficient disposal of harmful substances collected in the ash tray by making it possible and easy to move the ash tray.

Cremation incinerators are fluids, that is, furnaces that completely incinerate the body of the deceased at high temperatures to supply the remains. there is a situation.

On the other hand, the general configuration of the crematorium as described above is composed of a crematorium, which is a front-end facility for incinerating the body, and a rear-end facility for purifying dust and harmful substances generated from the body incinerated in the crematorium.

These downstream facilities remove and purify not only fine dust contained in the combustion gas generated during the incineration of fluids and pipes, but also many kinds of harmful substances such as carbon monoxide, nitrogen oxides, sulfur oxides, hydrochloric acid, and dioxins. This allows the air to be released into the atmosphere.

The rear-end facility is a heat exchanger that lowers the temperature of the high-temperature combustion gas exhausted from the combustion chamber of the furnace, which is a front-end facility, and separates dust and various harmful substances contained in the combustion gas cooled to a predetermined temperature or less through the heat exchanger. It consists of a cyclone to remove, and a dust collector for removing residual dust and harmful substances in the clean combustion gas from which dust and harmful substances are separated and removed from the cyclone.

On the other hand, the dust collector is generally equipped with a receptacle for collecting dust and particulate harmful substances that are collected or detached from the bag filter. A separate tool is used to process it in a tone bag.

First, looking at the prior art,

Registration No. 10-0981454 (Special) In the crematorium, which is a front-end facility that incinerates the body, and the filter dust collector of the rear-end facility that purifies dust and harmful substances generated from the body incinerated in the crematorium, it is possible to insert activated carbon The outlet of the screw conveyor tube equipped with a screw conveyor is installed on the upper part of the body to transport the activated carbon to the lower part of the body that forms a funnel at the same time as the lid is installed on the upper part to ensure that the activated carbon is selectively selected by the operation of the solenoid valve. The combustion gas inlet is formed on the side of the cone-shaped floor so that the activated carbon is introduced into the vent pipe by the activated carbon injector supplied to the vent pipe and the harmful substances that have turned into particulates can be collected and treated, and the upper side in the opposite direction to the combustion gas inlet At the same time, it has a suction fan and a clean combustion gas outlet connected to the vent pipe connected to the stack, and a plurality of divided lids are mounted on the upper part for easy handling, and the clean gas is discharged from the upper part. a body having a bag filter regeneration air inlet installed inside the side opposite to the combustion gas outlet and having an air inlet for regenerating the bag filter to enable regeneration of the filter fabric of the bag filter that collects and desorbs harmful substances; Mounting flanges mounted in each of the plurality of installation holes of the bag filter installation panel installed to be positioned lower than the clean combustion gas outlet of the body are formed in the upper portion, and vertical bars are formed concentrically below the mounting flanges, a bag filter comprising a filter cloth knitted with fiber grass covered outside of a filter frame in which shape maintaining bars are formed at equal intervals between the vertical bars to remove micromolecules and harmful substances changed into particulates in the combustion gas; It relates to a filter dust collector of an air pollution prevention device, which is a rear end facility of a crematorium, characterized in that it consists of a dust collection tank in which particulate harmful substances collected by the opening and closing operation of the electromagnetic valve installed at the bottom of the body are collected.

Looking at the prior art described above, it is described that a dust collection tank is installed at the bottom of the body so that the collected particulate harmful substances can be collected. There was a cumbersome problem, such as having to transfer the harmful substances collected in the dust collection tank to a ton bag using a separate tool to process it.

The present invention has been devised to solve the problems of the prior art, and the receptacle is composed of a connection part, a collection part and a wheel part, but a penetrating part is formed inside the connection part from top to bottom, and at the outlet of the dust collector It is configured so that it can be combined and separated so that the operator can selectively combine and separate it with the outlet of the dust collector as needed, and form an accommodating space inside the collecting unit, and the upper end is mutually with the lower end of the connecting unit. It is configured to allow airtight bonding and separation, so that harmful substances can be collected by putting a plastic bag inside the collection unit, as well as to prevent harmful substances discharged from the outlet from scattering around the collection unit. It has been completed as a technical task with an emphasis on providing a removable ash tray for dust collectors that can easily move the ash tray by configuring a plurality of wheel parts at the lower part of the ash tray.

According to the present invention for achieving the above object, in the receptacle for collecting the dusty particulate harmful substances discharged from the outlet of the dust collector that purifies the dust and harmful substances generated from the corpse incinerated in the crematorium that incinerates the corpse. In the ash tray, a penetrating part penetrating from the upper side to the lower side is formed therein, a connection part configured to be coupled and detachable to the outlet of the dust collector, a receiving space is formed therein, and one end of the upper side is the It is composed of a collecting unit configured to enable mutual airtight coupling and separation from the lower end of the connecting unit, and a plurality of wheel units configured at the lower part of the collecting unit. A first groove portion and a second groove portion interpolated to the other side are respectively formed, and on one side of the first groove portion, a support shaft having one end fixed inside the first groove portion, and the other end of the support shaft are formed. , is configured to include a support portion consisting of a support plate for supporting one side of the outer periphery of the outlet inserted into the through portion, and one side of the second groove portion is located inside the second groove portion, one end of the connection portion A flow shaft connected to a drive means provided outside of the flow shaft to flow left and right according to the operation of the drive means, and configured at the other end of the flow shaft to press the other side of the outer periphery of the outlet inserted into the penetration part An object of the present invention is to solve the problem by providing a movable ash tray for a dust collector that includes a pressing part composed of a pressing plate.

According to the movable ash tray for a dust collector according to the present invention, the original purpose of collecting the dust-collected particulate harmful substances discharged from the outlet of the dust collector is maintained as it is, and at the same time, the operator easily combines the ash tray with the outlet of the dust collector. and separation, and after allowing the harmful substances discharged through the outlet of the dust collector coupled with the connection part to be collected in the plastic bag accommodated inside the collection part, the operator can move it to the plastic bag and remove it, In the process of removing the collected hazardous substances, it is possible to minimize the scattering of hazardous substances, thereby improving the working efficiency and preventing the surrounding area of the receptacle from being polluted by hazardous substances. It is a useful invention.

1 is a front view showing a preferred embodiment of the present invention;
2 is a front view showing a preferred embodiment of the present invention;
3 is a front cross-sectional view showing a preferred embodiment of the present invention;
Figure 4 is an operation state diagram showing the pressing part of the configuration of the receptacle of the present invention;
Figure 5 is a state diagram showing the pressing part of the configuration of the receptacle of the present invention
6 is a state diagram showing a locking part and a fixing part among the configuration of the ash tray of the present invention;
7 is a use state diagram showing another embodiment of the support part configured with an elastic member in the configuration of the receptacle of the present invention;
Figure 8 is a front cross-sectional view showing the auxiliary collection part of the configuration of the receptacle of the present invention;

The present invention enables the selective coupling and separation of the ash tray at the lower part of the dust collector that purifies the dust and harmful substances generated from the corpse that is incinerated in the crematorium that incinerates the body, and facilitates the movement of the ash tray. Provided is a removable ash bin for dust collectors that can efficiently process hazardous substances collected in the ash bin.

Hereinafter, the preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 8 with reference to the accompanying drawings.

First of all, before explaining the present invention, referring to Figs. 1 to 3 for its configuration, the dust collector (d) that purifies the dust and harmful substances generated from the corpse that is incinerated in the crematorium that incinerates the corpse. In the receptacle 10 for collecting the dust-collected particulate harmful substances discharged from the outlet (e), the receptacle 10 is, from the upper side, inside so that the outlet (e) of the dust collector (d) is inserted. A penetrating part 110 penetrating downward is formed, and a connection part 100 configured to be coupled and detachable to the outlet (e) of the dust collector (d), and an accommodating space 210 is formed therein, and the upper side It is composed of a collecting unit 200 having one end configured to be airtightly coupled and separated from the lower end of the connecting unit 100 , and a plurality of wheel units 300 configured under the collecting unit 200 .

When the present invention configured as described above is described in more detail,

First, the dust collector (d) is a component included in the front-end equipment and the rear-end equipment in the rear-end equipment constituting the general configuration of the furnace, and lowers the temperature of the high-temperature burner exhausted from the combustion chamber of the furnace, which is the front-end equipment. It is included in a heat exchanger and a rear end facility including a cyclone that separates and removes dust and various harmful substances contained in the combustion gas cooled to a predetermined temperature or less by passing through the heat exchanger, so that the dust and harmful substances are separated and removed from the cyclone. It plays a role in removing residual dust and harmful substances in the clean combustion gas.

That is, as shown in FIG. 1, the dust collector (d) purifies the dust and harmful substances generated from the body that is incinerated in a crematorium for incinerating the body, and the present invention is the dust collector (d). It relates to the receptacle (10) for collecting the particulate harmful substances discharged to the outlet (e).

As shown in FIGS. 2 and 3 , the receptacle 10 includes a connection part 100 , a collection part 200 , and a wheel part 300 .

The connection part 100 has a through part 110 penetrating from the top to the bottom so that the outlet (e) of the dust collector (d) can be inserted inside, and the outlet (e) of the dust collector (d) It is configured so that it can be combined and separated.

Here, the inner diameter of the penetrating part 110 is the outlet (e) of the dust collector (d) is inserted into the penetrating part (110), and the collected particulate harmful substances discharged from the outlet (e) pass through the penetrating part (110) It is preferably formed to be the same as the outer diameter of the outlet (e) of the dust collector (d) or larger than the outer diameter of the outlet (e) so that it can be discharged to and collected by the collection unit 200 to be located below the dust collector (d).

The collecting unit 200 has an open upper portion, and an accommodating space 210 is formed therein, and an upper end thereof is configured to be mutually airtightly coupled and separated from the lower end of the connecting unit 100 .

That is, the collecting unit 200 collects the particulate harmful substances discharged from the outlet (e) inserted into the through part 110 of the connecting unit 100 when it is airtightly coupled to the lower end of the connecting unit 100 . The collection unit 200 after the operator separates the connection unit 100 from the collection unit 200 by allowing harmful substances to collect in the plastic bag due to the structure in which a separate plastic bag can be placed inside. ) can be removed by moving the plastic bag accommodated in the inside, so that the scattering of harmful substances in the process of removing the harmful substances collected in the collection unit 200 can be minimized.

The wheel part 300 is configured in one or more plural at the lower part of the collecting part 200 .

That is, the wheel part 300 is a collection part 200 separated from the connection part 100 located below the outlet (e) of the dust collector (d) or the connection part 100 and the collection part ( 200) so that the operator can easily remove the harmful substances collected in the collection unit 200.

On the other hand, although not shown, various valve methods such as a general rotary valve for controlling the amount of harmful substances discharged to the outlet (e) may be applied and used inside the outlet (e) or the connection part (100).

As shown in FIGS. 3 and 6, the lower end of the connection part 100 is configured to surround and cover the upper part of the collecting part 200, and the outer periphery side and the other side have a locking protrusion 410 formed on the upper part. Each of the locking parts 400 is configured, and on one side and the other side of the outer periphery of the upper end of the collecting part 200, one upper end of the collecting part 200 is mutually airtightly coupled with the lower end of the connecting part 100. Each of the fixing parts 500 including the locking members 510 that can be selectively fixed or separated by hanging on the locking jaws 410 of the locking part 400 are configured.

That is, when the connecting part 100 surrounds and covers the upper part of the collecting part 200 in the engaging part 400 and the fixing part 500 , the engaging member 510 of the fixing part 500 is the engaging part. By being caught and fixed by the hook 410 of the 400, it is possible to prevent the connection part 100 from being separated from the upper part of the collection part 200, so that the connection part 100 and the collection part 200 are more rigid. in order to maintain the bond.

Here, the locking member 510 is preferably made of a material having elasticity, and the fixing part 500 pulls or rotates one side of the fixing part 500 to provide a tension or position of the locking member 510 . A variety of conventional structures can be applied and used to adjust the .

As shown in FIG. 8, in the receiving space 210 of the collecting unit 200, the upper part is formed in an open shape, the receiving space 223 is formed therein, and a plastic bag locking part ( 225) is configured to include an auxiliary collection unit 220 is formed.

That is, the auxiliary collecting unit 220 allows a separate plastic bag that can be accommodated in the receiving space 210 of the collecting unit 200 to be located in the receiving space 223 , and in the receiving space 223 . By hooking and fixing the upper end of the located plastic bag to the plastic bag hooking part 225 formed on the outer periphery of the upper end of the auxiliary collection unit 220, the plastic bag is deformed by harmful substances discharged from the outlet (e). in order to minimize it.

3, 4 and 5, the first and second grooves 120 and second grooves ( 130) are respectively formed.

Here, the first groove portion 120 is preferably formed to be larger than the size of the support plate 620 of the support portion 600 to be described below, and the second groove portion 130 is the pressure plate 720 of the pressing portion 700 to be described below. ) is preferably formed larger than the size of

In addition, on one side of the first groove portion 120, one end is configured at the other end of the support shaft 610, the support shaft 610 is fixed to the inside of the first groove portion 120, The support portion 600 is configured to include a support plate 620 for supporting one side of the outer periphery of the outlet (e) inserted into the through portion (110).

In addition, at one side of the second groove 130 , it is located inside the second groove 130 , and one end is connected to a driving means t provided outside of the connection part 100 to drive the drive. The flow shaft 710 flowing to the left and right according to the operation of the means t, is configured at the other end of the flow shaft 710, and is the outer periphery of the outlet (e) inserted into the through part (110) A pressing part 700 consisting of a pressing plate 720 for pressing the side is included and configured.

That is, when the inner diameter of the through portion 110 is formed to be larger than the outer diameter of the outlet (e) of the dust collector (d), the other side of the outer periphery of the outlet (e) inserted into the through portion (110) The pressure plate 720 configured on the flow shaft 710 that flows according to the operation of the driving means t is pressed, and the outer periphery side of the outlet (e) pushed to one side by the pressure plate 720 is the support part 600 The outlet (e) of the dust collector (d) inserted into the through part (110) can be stably fixed to the inside of the through part (110) so that it can be supported in contact with the support plate (620) of the penetrating part (110).

As shown in FIG. 7 , the support plate 620 is axially coupled to the support shaft 610 to enable rotation, and at one lower side of the support shaft 610 , the support shaft 610 is spaced apart from each other. One end is configured to be connected to the inside of the first groove part 120, the other end is configured to be connected to the support plate 620, and the lower end of the support plate 620 is connected to the through part 110 of the An elastic member 800 made of a material having elasticity to push it inward is configured.

That is, by the elastic member 800, the support plate 620 is configured to be inclined downwardly from one side to the other side, so that the outlet (e) inserted into the through part 110 is smoothly without being caught by the support plate 620 . When the other side of the outer periphery of the outlet (e) inserted into the through part 110 is pressed by the pressure plate 720, the support plate 620 rotates to be vertical, but the elastic member The lower end of the support plate 620 by the pushing elasticity of 800 can press the outer periphery side of the outlet (e) again, so that the outlet (e) is more stably inserted into the through part (110). so that it can be fixed firmly.

According to the movable ash tray for a dust collector according to the present invention, the original purpose of collecting the dust-collected particulate harmful substances discharged from the outlet of the dust collector is maintained as it is, and at the same time, the operator easily combines the ash tray with the outlet of the dust collector. and separation, and after allowing the harmful substances discharged through the outlet of the dust collector coupled with the connection part to be collected in the plastic bag accommodated inside the collection part, the operator can move it to the plastic bag and remove it, In the process of removing the collected hazardous substances, it is possible to minimize the scattering of hazardous substances, thereby improving the working efficiency and preventing the surrounding area of the receptacle from being polluted by hazardous substances. It is a useful invention.

10: ash tray
100: connection part
110: penetrating part
120: first groove 130: second groove
200: collection unit
210: accommodation space
220: auxiliary collection unit
223: accommodation space 225: plastic bag hanging part
300: wheel
400: locking part
410: jamming jaw
500: fixed part
510: locking member
600: support
610: support shaft 620: support plate
700: pressurized part
710: flow shaft 720: pressure plate
800: elastic member
d: dust collector
e: outlet
t: drive means

Claims (5)

Receptacle (10) for collecting dust and harmful substances in particulate form discharged from the outlet (e) of the dust collector (d) that purifies the dust and harmful substances generated from the body incinerated in the crematorium where the body is incinerated. In
The receptacle 10 is,
A through portion 110 penetrating from the upper side to the lower side is formed therein so that the outlet (e) of the dust collector (d) is inserted, and a connection part configured to be coupled to and separated from the outlet (e) of the dust collector (d). (100) and
The receiving space 210 is formed therein, and the upper end is configured to be mutually airtight coupling and separation from the lower end of the connecting part 100, the collecting part 200,
It is composed of a plurality of wheel parts 300 configured in the lower part of the collecting part 200,
A first groove portion 120 and a second groove portion 130 that are interpolated to one side and the other side are formed on one inner sidewall and the other sidewall of the connecting portion 100 where the through portion 110 is formed, respectively,
On one side of the first groove portion 120,
a support shaft 610 having one end fixed to the inside of the first groove portion 120;
It is configured at the other end of the support shaft 610 and includes a support portion 600 consisting of a support plate 620 for supporting one side of the outer periphery of the outlet (e) inserted into the through portion 110, and ,
On one side of the second groove 130,
Located inside the second groove 130, one end is connected to the driving means t provided on the outside of the connection part 100 to flow left and right according to the operation of the driving means t a flow shaft 710 and
It is configured at the other end of the flow shaft 710 and includes a pressing part 700 consisting of a pressing plate 720 for pressing the other side of the outer periphery of the outlet (e) inserted into the through part 110. A removable ash tray for a dust collector, characterized in that it becomes.
The method of claim 1,
The lower end of the connection part 100 is configured to surround and cover the upper part of the collecting part 200, and on the outer periphery one side and the other side, the locking part 400 having a locking jaw 410 formed on the upper part is each configured. ,
On one side and the other side of the outer periphery of the upper end of the collecting unit 200 , when the upper end of the collecting unit 200 is airtightly coupled to the lower end of the connecting unit 100 , the stopping protrusion of the engaging unit 400 . Removable receptacle for dust collector, characterized in that each of the fixing parts 500 including a locking member 510 that can be selectively fixed or separated by hanging on (410) is configured.
3. The method of claim 2,
In the receiving space 210 of the collecting unit 200,
The upper part is formed in an open shape, the receiving space 223 is formed therein, and an auxiliary collecting part 220 having a plastic bag hooking part 225 formed on the outer periphery of the upper end is included. Removable ash tray for dust collector.
delete The method of claim 1,
The support plate 620 is axially coupled to the support shaft 610 and is configured to be rotatable,
On one lower side of the support shaft 610,
The support shaft 610 is configured to be spaced apart, and one end is connected to the inside of the first groove part 120 , and the other end is configured to be connected to the support plate 620 , the support plate 620 . Removable receptacle for dust collector, characterized in that the elastic member (800) made of a material having elasticity to push the lower end to the inside of the through part (110) is configured.

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